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CDAWeb Served Heliophysics Datasets Beginning with 'T'

THAPRED_OR_SSC: THEMIS-A Predicted Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THA_L1_STATE: Probe state file, contains position, attitude, sun pulse data - V. Angelopoulos (UCB, NASA NAS5-02099)

THA_L2_EFI: Spacecraft-collected (EFI) Electric field - V. Angelopoulos, J. Bonnell & F. Mozer (UCB, NASA NAS5-02099)

THA_L2_ESA: THEMIS-A: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density, velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes. FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded angular resolution, high (approx. 3 sec) time resolution. BURST: high angular resolution, high time resolution; only short bursts of data. Note that angular resolution affects moments since they are obtained integrating over the mode-specific angular distribution. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THA_L2_FBK: Probe Electric Field Instrument and Search Coil Magnetometer Instrument, Digital Fields Board- digitally computed Filter Bank spectra and E12 peak and average in HF band. - V. Angelopoulos, J. W. Bonnell & F. S. Mozer; A. Roux and R. E. Ergun (UCB; CETP and LASP respectively, NASA NAS5-02099)

THA_L2_FFT: THEMIS-A: On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI) and Magnetic (SCM) field, for particle and wave burst survey modes. - V. Angelopoulos (UCB, NASA NAS5-02099)

THA_L2_FGM: Spacecraft-collected fluxgate magnetometer, Decimated TeleMetry High, DSL, GSE and GSM coordinates - V. Angelopoulos, U. Auster & K.H. Glassmeier and W. Baumjohann (UCB, TUBS and IWF respectively, NASA NAS5-02099)

THA_L2_FIT: THEMIS-A: On Board spin fits of Electric (EFI) and Magnetic (FGM) field. - V. Angelopoulos (UCB, NASA NAS5-02099)

THA_L2_GMOM: THEMIS-A: Solid State Telescope (ESA+SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (ions: 5 eV - 4 MeV,electrons: 6 eV - 700 keV) - V. Angelopoulos, D. Larson & R.P. Lin, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THA_L2_MOM: THEMIS-A: On Board moments: Electron/Ion moments density, flux, velocity, pressure and temperature. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THA_L2_SCM: Spacecraft-collected search-coil magnetometer (SCM) Magnetic field - V. Angelopoulos, A. Roux and O. LeContel (UCB, LPP NASA NAS5-02099)

THA_L2_SST: THEMIS-A: Solid State Telescope (SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV). - V. Angelopoulos, D. Larson & R.P. Lin (UCB, NASA NAS5-02099)

THA_OR_SSC: Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THBPRED_OR_SSC: THEMIS-B Predicted Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THB_HELIO1DAY_POSITION: Position in heliocentric coordinates from SPDF Helioweb - Natalia Papitashvili (NASA/GSFC/SPDF)

THB_L1_STATE: Probe state file, contains position, attitude, sun pulse data - V. Angelopoulos (UCB, NASA NAS5-02099)

THB_L2_EFI: Spacecraft-collected (EFI) Electric field - V. Angelopoulos, J. Bonnell & F. Mozer (UCB, NASA NAS5-02099)

THB_L2_ESA: THEMIS-B: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density, velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes. FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded angular resolution, high (approx. 3 sec) time resolution. BURST: high angular resolution, high time resolution; only short bursts of data. Note that angular resolution affects moments since they are obtained integrating over the mode-specific angular distribution. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THB_L2_FBK: Probe Electric Field Instrument and Search Coil Magnetometer Instrument, Digital Fields Board- digitally computed Filter Bank spectra and E12 peak and average in HF band. - V. Angelopoulos, J. W. Bonnell & F. S. Mozer; A. Roux and R. E. Ergun (UCB; CETP and LASP respectively, NASA NAS5-02099)

THB_L2_FFT: THEMIS-B: On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI) and Magnetic (SCM) field, for particle and wave burst survey modes. - V. Angelopoulos (UCB, NASA NAS5-02099)

THB_L2_FGM: Spacecraft-collected fluxgate magnetometer, Decimated TeleMetry High, DSL, GSE and GSM coordinates - V. Angelopoulos, U. Auster & K.H. Glassmeier and W. Baumjohann (UCB, TUBS and IWF respectively, NASA NAS5-02099)

THB_L2_FIT: THEMIS-B: On Board spin fits of Electric (EFI) and Magnetic (FGM) field. - V. Angelopoulos (UCB, NASA NAS5-02099)

THB_L2_GMOM: THEMIS-B: Solid State Telescope (ESA+SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (ions: 5 eV - 4 MeV,electrons: 6 eV - 700 keV) - V. Angelopoulos, D. Larson & R.P. Lin, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THB_L2_MERGED: This data set contains ARTEMIS P1(THEMIS B) plasma parameters from the Electrostatic Analyzer (ESA), magnetic field data from the FGM instrument, and geocentric and selenocentric spacecraft position data. The data are at 96s or 384s resolution. For more details see - N. Papatashvilli, J.H. King (SPDF, NASA/GSFC)

THB_L2_MOM: THEMIS-B: On Board moments: Electron/Ion moments density, flux, velocity, pressure and temperature. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THB_L2_SCM: Spacecraft-collected search-coil magnetometer (SCM) Magnetic field - V. Angelopoulos, A. Roux and O. LeContel (UCB, LPP NASA NAS5-02099)

THB_L2_SST: THEMIS-B: Solid State Telescope (SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV). - V. Angelopoulos, D. Larson & R.P. Lin (UCB, NASA NAS5-02099)

THB_OR_SSC: Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THCPRED_OR_SSC: THEMIS-C Predicted Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THC_HELIO1DAY_POSITION: Position in heliocentric coordinates from SPDF Helioweb - Natalia Papitashvili (NASA/GSFC/SPDF)

THC_L1_STATE: Probe state file, contains position, attitude, sun pulse data - V. Angelopoulos (UCB, NASA NAS5-02099)

THC_L2_EFI: Spacecraft-collected (EFI) Electric field - V. Angelopoulos, J. Bonnell & F. Mozer (UCB, NASA NAS5-02099)

THC_L2_ESA: THEMIS-C: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density, velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes. FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded angular resolution, high (approx. 3 sec) time resolution. BURST: high angular resolution, high time resolution; only short bursts of data. Note that angular resolution affects moments since they are obtained integrating over the mode-specific angular distribution. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THC_L2_FBK: Probe Electric Field Instrument and Search Coil Magnetometer Instrument, Digital Fields Board- digitally computed Filter Bank spectra and E12 peak and average in HF band. - V. Angelopoulos, J. W. Bonnell & F. S. Mozer; A. Roux and R. E. Ergun (UCB; CETP and LASP respectively, NASA NAS5-02099)

THC_L2_FFT: THEMIS-C: On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI) and Magnetic (SCM) field, for particle and wave burst survey modes. - V. Angelopoulos (UCB, NASA NAS5-02099)

THC_L2_FGM: Spacecraft-collected fluxgate magnetometer, Decimated TeleMetry High, DSL, GSE and GSM coordinates - V. Angelopoulos, U. Auster & K.H. Glassmeier and W. Baumjohann (UCB, TUBS and IWF respectively, NASA NAS5-02099)

THC_L2_FIT: THEMIS-C: On Board spin fits of Electric (EFI) and Magnetic (FGM) field. - V. Angelopoulos (UCB, NASA NAS5-02099)

THC_L2_GMOM: THEMIS-C: Solid State Telescope (ESA+SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (ions: 5 eV - 4 MeV,electrons: 6 eV - 700 keV) - V. Angelopoulos, D. Larson & R.P. Lin, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THC_L2_MERGED: This data set contains ARTEMIS P2(THEMIS C) plasma parameters from the Electrostatic Analyzer (ESA), magnetic field data from the FGM instrument, and geocentric and selenocentric spacecraft position data. The data are at 96s or 384s resolution. For more details see - N. Papatashvilli, J.H. King (SPDF, NASA/GSFC)

THC_L2_MOM: THEMIS-C: On Board moments: Electron/Ion moments density, flux, velocity, pressure and temperature. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THC_L2_SCM: Spacecraft-collected search-coil magnetometer (SCM) Magnetic field - V. Angelopoulos, A. Roux and O. LeContel (UCB, LPP NASA NAS5-02099)

THC_L2_SST: THEMIS-C: Solid State Telescope (SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV). - V. Angelopoulos, D. Larson & R.P. Lin (UCB, NASA NAS5-02099)

THC_OR_SSC: Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THDPRED_OR_SSC: THEMIS-D Predicted Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THD_L1_STATE: Probe state file, contains position, attitude, sun pulse data - V. Angelopoulos (UCB, NASA NAS5-02099)

THD_L2_EFI: Spacecraft-collected (EFI) Electric field - V. Angelopoulos, J. Bonnell & F. Mozer (UCB, NASA NAS5-02099)

THD_L2_ESA: THEMIS-D: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density, velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes. FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded angular resolution, high (approx. 3 sec) time resolution. BURST: high angular resolution, high time resolution; only short bursts of data. Note that angular resolution affects moments since they are obtained integrating over the mode-specific angular distribution. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THD_L2_FBK: Probe Electric Field Instrument and Search Coil Magnetometer Instrument, Digital Fields Board- digitally computed Filter Bank spectra and E12 peak and average in HF band. - V. Angelopoulos, J. W. Bonnell & F. S. Mozer; A. Roux and R. E. Ergun (UCB; CETP and LASP respectively, NASA NAS5-02099)

THD_L2_FFT: THEMIS-D: On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI) and Magnetic (SCM) field, for particle and wave burst survey modes. - V. Angelopoulos (UCB, NASA NAS5-02099)

THD_L2_FGM: Spacecraft-collected fluxgate magnetometer, Decimated TeleMetry High, DSL, GSE and GSM coordinates - V. Angelopoulos, U. Auster & K.H. Glassmeier and W. Baumjohann (UCB, TUBS and IWF respectively, NASA NAS5-02099)

THD_L2_FIT: THEMIS-D: On Board spin fits of Electric (EFI) and Magnetic (FGM) field. - V. Angelopoulos (UCB, NASA NAS5-02099)

THD_L2_GMOM: THEMIS-D: Solid State Telescope (ESA+SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (ions: 5 eV - 4 MeV,electrons: 6 eV - 700 keV) - V. Angelopoulos, D. Larson & R.P. Lin, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THD_L2_MOM: THEMIS-D: On Board moments: Electron/Ion moments density, flux, velocity, pressure and temperature. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THD_L2_SCM: Spacecraft-collected search-coil magnetometer (SCM) Magnetic field - V. Angelopoulos, A. Roux and O. LeContel (UCB, LPP NASA NAS5-02099)

THD_L2_SST: THEMIS-D: Solid State Telescope (SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV). - V. Angelopoulos, D. Larson & R.P. Lin (UCB, NASA NAS5-02099)

THD_OR_SSC: Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THEMIS_R0_EFI: THEMIS A/B/C/D/E Electric Field Instrument (EFI) Waveform Level-1 Products - V. Angelopoulos (UCB, NASA NAS5-02099)

THEMIS_R0_GIFWALK: Links to THEMIS pre-generated MP Crossing Survey plots - David Sibeck (NASA GSFC)

THEMIS_R0_GMAG: THEMIS GMAG Reprocesses http://cdaweb.gsfc.nasa.gov/THEMIS_GMAG_Processing_History.doc - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THEPRED_OR_SSC: THEMIS-E Predicted Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THE_L1_STATE: Probe state file, contains position, attitude, sun pulse data - V. Angelopoulos (UCB, NASA NAS5-02099)

THE_L2_EFI: Spacecraft-collected (EFI) Electric field - V. Angelopoulos, J. Bonnell & F. Mozer (UCB, NASA NAS5-02099)

THE_L2_ESA: THEMIS-E: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density, velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes. FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded angular resolution, high (approx. 3 sec) time resolution. BURST: high angular resolution, high time resolution; only short bursts of data. Note that angular resolution affects moments since they are obtained integrating over the mode-specific angular distribution. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THE_L2_FBK: Probe Electric Field Instrument and Search Coil Magnetometer Instrument, Digital Fields Board- digitally computed Filter Bank spectra and E12 peak and average in HF band. - V. Angelopoulos, J. W. Bonnell & F. S. Mozer; A. Roux and R. E. Ergun (UCB; CETP and LASP respectively, NASA NAS5-02099)

THE_L2_FFT: THEMIS-E: On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI) and Magnetic (SCM) field, for particle and wave burst survey modes. - V. Angelopoulos (UCB, NASA NAS5-02099)

THE_L2_FGM: Spacecraft-collected fluxgate magnetometer, Decimated TeleMetry High, DSL, GSE and GSM coordinates - V. Angelopoulos, U. Auster & K.H. Glassmeier and W. Baumjohann (UCB, TUBS and IWF respectively, NASA NAS5-02099)

THE_L2_FIT: THEMIS-E: On Board spin fits of Electric (EFI) and Magnetic (FGM) field. - V. Angelopoulos (UCB, NASA NAS5-02099)

THE_L2_GMOM: THEMIS-E: Solid State Telescope (ESA+SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (ions: 5 eV - 4 MeV,electrons: 6 eV - 700 keV) - V. Angelopoulos, D. Larson & R.P. Lin, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THE_L2_MOM: THEMIS-E: On Board moments: Electron/Ion moments density, flux, velocity, pressure and temperature. - V. Angelopoulos, C.W. Carlson & J. McFadden (UCB, NASA NAS5-02099)

THE_L2_SCM: Spacecraft-collected search-coil magnetometer (SCM) Magnetic field - V. Angelopoulos, A. Roux and O. LeContel (UCB, LPP NASA NAS5-02099)

THE_L2_SST: THEMIS-E: Solid State Telescope (SST): Energy Flux spectrogram: Data includes: Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV). - V. Angelopoulos, D. Larson & R.P. Lin (UCB, NASA NAS5-02099)

THE_OR_SSC: Orbit parameters from SSCWeb - SSCWeb (SPDF/Goddard)

THG_L1_ASK: Ground-based All Sky Imager (ASI), 3sec S-N Keograms, THEMIS GBO network - V. Angelopoulos, S. Mende & E. Donovan (UCB & Univ of Calgary respectively, NASA NAS5-02099)

THG_L2_MAG_AKUL: Ground-based Vector Magnetic Field at Akulivik, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_AMD: Ground-based Vector Magnetic Field at Amderma, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_AMER: Ground-based Vector Magnetic Field at Americus, KS, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_AMK: Ground-based Vector Magnetic Field at Tasiilaq, Greenland, 60 sec time Resolution. - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_AND: Ground-based Vector Magnetic Field at Andenes, Norway, 1 minute time Resolution. - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_ARCT: Ground-based Vector Magnetic Field at Arctic Village, AK, 1.0 sec Level-2, GIMA network. Original data retrieved from http://magnet.gi.alaska.edu/. - D.Hampton (U Alaska, NASA NAS5-02099)

THG_L2_MAG_ATHA: Higher latitude chain (Lat 54.7, Long 246.7), Ground-based Vector Magnetic Field at Athabasca, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta)

THG_L2_MAG_ATU: Ground-based Vector Magnetic Field at Attu, Greenland, 60 sec time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_BBG: Ground-based Vector Magnetic Field at Barentsburg, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_BENN: Ground-based Vector Magnetic Field at Bennington, NE, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_BETT: Ground-based Vector Magnetic Field at Bettles, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_BFE: Ground-based Vector Magnetic Field at Brofelde, Denmark, 1 minute time Resolution - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_BJN: Ground-based Vector Magnetic Field at Bj..rn..ya, Norway, 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037, Tromso, Norway)

THG_L2_MAG_BLC: Ground-based Vector Magnetic Field at Baker Lake, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_BMLS: Ground-based Vector Magnetic Field at Bay Mills, MI, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_BOU: Ground-based Vector Magnetic Field at Boulder, Colorado, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_BRN: Ground-based Vector Magnetic Field at Baranov, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_BRW: Ground-based Vector Magnetic Field at Barrow, Alaska, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_BSL: Ground-based Vector Magnetic Field at NASA , Stennis Space Center, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_CBB: Ground-based Vector Magnetic Field at Cambridge Bay, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_CCNV: Ground-based Vector Magnetic Field at Carson City, NV, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_CDRT: Ground-based Vector Magnetic Field at Cape Dorset, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_CHBG: Ground-based Vector Magnetic Field at Chibougamou, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_CHBR: Ground-based Vector Magnetic Field at Coral Harbour, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_CIGO: Ground-based Vector Magnetic Field at CIGO, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_CMO: Ground-based Vector Magnetic Field at Fairbanks, Alaska, College 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_COL: Ground-based Vector Magnetic Field at Pawnee, Colorado, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_CRVR: Ground-based Vector Magnetic Field at Clyde River, Nunavut, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_DAT: Ground-based Vector Magnetic Field at Lewis, NY, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DBO: Ground-based Vector Magnetic Field at University of Colorado, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DCT: Ground-based Vector Magnetic Field at New Britain, CT, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DED: Ground-based Vector Magnetic Field at Dead Horse, Alaska, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_DHE: Ground-based Vector Magnetic Field at Hennepin, MN, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DIK: Ground-based Vector Magnetic Field at Dikson, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_DMA: Ground-based Vector Magnetic Field at Haystack Observatory, MIT, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DME: Ground-based Vector Magnetic Field at Augusta, ME, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DMH: Ground-based Vector Magnetic Field at Danmarkshavn, Greenland, 60 sec time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_DMO: Ground-based Vector Magnetic Field at University of Missouri, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DNB: Ground-based Vector Magnetic Field at Daneborg, Greenland, 20 sec time Resolution. - Hans Gleisner (Geomagnetism & Remote Sensing, Danish Meteorological Institute, Lyngbyvej 100, DK-2100 Copenhagen. email: hgl@dmi.dk)

THG_L2_MAG_DOB: Ground-based Vector Magnetic Field at Dombas, Norway, 1 minute time Resolution - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso, N-9037 Tromso, Norway )

THG_L2_MAG_DOH: Ground-based Vector Magnetic Field at Wauseon, OH, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DON: Ground-based Vector Magnetic Field at Donna,Norway 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso, N-9037 Tromso, Norway )

THG_L2_MAG_DRBY: Ground-based Vector Magnetic Field at Derby, VT, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_DSH: Ground-based Vector Magnetic Field at Sugar Hills, MN, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DTX: Ground-based Vector Magnetic Field at Odessa, TX, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_DVA: Ground-based Vector Magnetic Field at Warrenton, VA, 1 sec time Resolution. - Jennifer Gannon, Delores Knipp, Mike Henderson (Computational Physics, Inc, University of Colorado, Boulder, GIC Magnetics. )

THG_L2_MAG_EAGL: Ground-based Vector Magnetic Field at Eagle, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_EKAT: Ground-based Vector Magnetic Field at Ekati, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & I. Mann (UCB & U Calgary respectively, NASA NAS5-02099)

THG_L2_MAG_FCC: Ground-based Vector Magnetic Field at Fort Churchill, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_FHB: Ground-based Vector Magnetic Field at Paamiut(Frederiksh..p), Greenland 1 minute time Resolution - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_FRD: Ground-based Vector Magnetic Field at Corbin, VA, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_FRN: Ground-based Vector Magnetic Field at Fresno, Californaia, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_FSIM: Higher latitude chain (Lat 61.8, Long 238.8), Ground-based Vector Magnetic Field at Fort Simpson, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta)

THG_L2_MAG_FSJ: Ground-based Vector Magnetic Field at Fort St., John, BC, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network, available through AUTUMN, network Univ Athabasca)

THG_L2_MAG_FSMI: Higher latitude chain (Lat 60.0, Long 248.2), Ground-based Vector Magnetic Field at Fort Smith, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta )

THG_L2_MAG_FTN: Ground-based Vector Magnetic Field at Fort Nelson, BC, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network)

THG_L2_MAG_FYKN: Ground-based Vector Magnetic Field at Fort Yukon, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_FYTS: Ground-based Vector Magnetic Field at Fort Yates, ND, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_GAKO: Ground-based Vector Magnetic Field at Gakona, AK, 1.0 sec Level-2, GIMA network. Original files at http://magnet.gi.alaska.edu/. - D. Hampton (U Alaska, NASA NAS5-02099)

THG_L2_MAG_GBAY: Ground-based Vector Magnetic Field at Goose Bay, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_GDH: Ground-based Vector Magnetic Field at Qeqertarsuaq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_GHB: Ground-based Vector Magnetic Field at Nuuk(Godth..p), Greenland 1 minute time Resolution - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_GILL: Higher latitude chain (Lat 56.4, Long 265.3), Ground-based Vector Magnetic Field at Gillam, Canada, 0.5 sec Level-2, CARISMA network - I. Mann (U Alberta )

THG_L2_MAG_GJOA: Ground-based Vector Magnetic Field at Gjoa Haven, Nunavut, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_GLYN: Ground-based Vector Magnetic Field at Glyndon, MN, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_GUA: Ground-based Vector Magnetic Field at Dededo, Guam, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_HAN: Ground-based Vector Magnetic Field at Hankasalmi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_HLMS: Ground-based Vector Magnetic Field at HMLS, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_HOMR: Ground-based Vector Magnetic Field at Homer, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_HON: Ground-based Vector Magnetic Field at Ewa Beach, HI, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_HOP: Ground-based Vector Magnetic Field at Hopen,Norway 1 minute time Resolution. - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_HOTS: Ground-based Vector Magnetic Field at Hot Springs, MT, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_HOV: Ground-based Vector Magnetic Field at Hov, Faroe Islands, Denmark, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_HRIS: Ground-based Vector Magnetic Field at Hrisis, Minnesota, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_HRP: Ground-based Vector Magnetic Field at Hornepayne, Ont, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network, available through AUTUMN, network Univ Athabasca)

THG_L2_MAG_IGLO: Ground-based Vector Magnetic Field at Igloolik, Nunavut, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_INUK: Ground-based Vector Magnetic Field at Inukjuak, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_INUV: Ground-based Vector Magnetic Field at Inuvik, NT, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_IQA: Ground-based Vector Magnetic Field at Iqaluit, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_IVA: Ground-based Vector Magnetic Field at Ivalo, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_JAN: Ground-based Vector Magnetic Field at Jan Mayen, Norway, 1 minute time Resolution. - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_JCK: Ground-based Vector Magnetic Field at Jackvik, Sweden, 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_KAKO: Ground-based Vector Magnetic Field at Kaktovik, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_KAPU: Ground-based Vector Magnetic Field at Kapuskasing, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_KAR: Ground-based Vector Magnetic Field at Karmoy,Norway 1 minute time Resolution. - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_KENA: Ground-based Vector Magnetic Field at Kenai College, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_KEV: Ground-based Vector Magnetic Field at Kevo, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_KIAN: Ground-based Vector Magnetic Field at Kiana, AK, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_KIL: Ground-based Vector Magnetic Field at Kilpisjarvi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_KJPK: Ground-based Vector Magnetic Field at Kuujjuarapik, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_KODK: Ground-based Vector Magnetic Field at Kodkak, Alaska, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_KUUJ: Ground-based Vector Magnetic Field at Nain, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C.T. Russell (UCB & UCLA Respectively, NASA NAS5-02099)

THG_L2_MAG_KUV: Ground-based Vector Magnetic Field at Kullorsuaq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_LARG: Ground-based Vector Magnetic Field at La Ronge, Saskatchewan, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_LCL: Ground-based Vector Magnetic Field at Lucky Lake, Sask, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network)

THG_L2_MAG_LETH: Ground-based Vector Magnetic Field at Lethbridge, Alberta, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_LOYS: Ground-based Vector Magnetic Field at Loysburg PA, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_LOZ: Ground-based Vector Magnetic Field at Lovozero, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_LREL: Ground-based Vector Magnetic Field at Lrelel, Maryland, 0.5 sec Level-2 - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_LRES: Ground-based Vector Magnetic Field at Linares, Mexico, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_LRG: Ground-based Vector Magnetic Field at LaRonge Sask, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network)

THG_L2_MAG_LRV: Ground-based Vector Magnetic Field at Leirvogur, Iceland, 10 second resolution data. - Gunnlaugur Bjornsson (Science Institute, University of Iceland, Reykjavik, Iceland)

THG_L2_MAG_LYFD: Ground-based Vector Magnetic Field at Lyford, TX, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_LYR: Ground-based Vector Magnetic Field at Longyearbyen, Norway, 1 minute time Resolution. - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_MAS: Ground-based Vector Magnetic Field at Masi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_MCGR: Ground-based Vector Magnetic Field at McGrath, AK, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_MEA: Ground-based Vector Magnetic Field at Meanook, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_MEK: Ground-based Vector Magnetic Field at Mekrijarvi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_MUO: Ground-based Vector Magnetic Field at Muono, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_NAIN: Ground-based Vector Magnetic Field at Nain, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_NAL: Ground-based Vector Magnetic Field at Ny ..lesund, Norway, 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_NAQ: Ground-based Vector Magnetic Field at Narsarsuaq, Greenland, 1 minute time Resolution. - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_NEW: Ground-based Vector Magnetic Field at Colville, National Forest, WA, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_NOR: Ground-based Vector Magnetic Field at Nordkapp, Norway, 1 minute time Resolution. - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_NRD: Ground-based Vector Magnetic Field at Nord, Greenland, 20 sec time Resolution. - Hans Gleisner (Geomagnetism & Remote Sensing, Danish Meteorological Institute, Lyngbyvej 100, DK-2100 Copenhagen. email: hgl@dmi.dk)

THG_L2_MAG_NRSQ: Ground-based Vector Magnetic Field at Narsarsuaq, Greenland, 20 sec time Resolution. - Hans Gleisner (Geomagnetism & Remote Sensing, Danish Meteorological Institute, Lyngbyvej 100, DK-2100 Copenhagen. email: hgl@dmi.dk)

THG_L2_MAG_NUR: Ground-based Vector Magnetic Field at Nurmijarvi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_OTT: Ground-based Vector Magnetic Field at Ottawa, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_OUJ: Ground-based Vector Magnetic Field at Oulujarvi, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_PANG: Ground-based Vector Magnetic Field at Pangnirtung, Nunavut, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_PBK: Ground-based Vector Magnetic Field at Pevek, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_PBLO: Ground-based Vector Magnetic Field at Pblolo, Colorado, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_PCEL: Ground-based Vector Magnetic Field at Purcell, OK, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_PEL: Ground-based Vector Magnetic Field at Pello, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_PG0: Higher latitude chain (Lat -83.7, Long 88.7), Ground-based Vector Magnetic Field in Antarctica, 1-sec, raw data. Instrument deployed in Dec 2014 under NSF awards ANT0839858, ATM922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PG1: Higher latitude chain (Lat -84.5, Long 77.2), Ground-based Vector Magnetic Field in Antarctica, 1-sec raw data. Station deployed Jan 2008 under NSF award ATM-922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PG2: Higher latitude chain (Lat -84.4, Long 58.0), Ground-based Vector Magnetic Field in Antarctica, 1-sec raw data. Station deployed Jan 2009, redeployed Dec 2012 under NSF award PLR-1243390 and ATM-922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PG3: Higher latitude chain (Lat -84.8, Long 37.6), Ground-based Vector Magnetic Field in Antarctica, 1-sec raw data. Station deployed Jan 2013 under NSF awards PLR-1243390 and ATM-922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PG4: Higher latitude chain (Lat -83.3, Long 12.3), Ground-based Vector Magnetic Field in Antarctica, 1-sec raw data. Station deployed Jan 2014 under NSF awards PLR-1243390 and ATM-922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PG5: Higher latitude chain (Lat -83.7, Long 88.7), Ground-based Vector Magnetic Field at PG5 site in Antarctica, 1-sec raw data. Instrument deployed in Jan 2016 under NSF awards ANT0839858, ATM922979 - C. R. Clauer (Virginia Tech.)

THG_L2_MAG_PGEO: Ground-based Vector Magnetic Field at Prince George Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_PINA: Higher latitude chain (Lat 50.2, Long 263.9), Ground-based Vector Magnetic Field at Pinawa, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta)

THG_L2_MAG_PINE: Ground-based Vector Magnetic Field at Pine Ridge, SD, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_PKS: Ground-based Vector Magnetic Field at Parksite Sask, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network)

THG_L2_MAG_POKR: Ground-based Vector Magnetic Field at Poker Flat, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_PTRS: Ground-based Vector Magnetic Field at Petersburg, AK, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_PUVR: Ground-based Vector Magnetic Field at Puvirnituq, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_RADI: Ground-based Vector Magnetic Field at Radisson, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_RAN: Ground-based Vector Magnetic Field at Ranua, Finland, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_RANK: Higher latitude chain (Lat 62.8, Long 267.9), Ground-based Vector Magnetic Field at Rankin Inlet, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta )

THG_L2_MAG_RBAY: Ground-based Vector Magnetic Field at Repulse Bay, Canada, 0.5 sec time Resolution. - Erik S. Steinmetz (Magnetometer Array for Cusp and Cleft Studies (MACCS), Augsburg College, Dr. Erik Steinmetz. email: steinmee@augsburg.edu)

THG_L2_MAG_REDR: Ground-based Vector Magnetic Field at Red Deer, Alberta, Canada, 0.5 sec Level-2, THEMIS GBO network. - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_RICH: Ground-based Vector Magnetic Field at Richardson, TX, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_RMUS: Ground-based Vector Magnetic Field at Remus, MI, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_ROE: Ground-based Vector Magnetic Field at R..m.., Demark 1 minute time Resolution - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_ROTH: Ground-based Vector Magnetic Field at Rothney Astrophysical Observatory (University of Calgary) at Priddis, Alberta, Canada, 0.5 sec Level-2, THEMIS GBO network. - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_RVK: Ground-based Vector Magnetic Field at R..rvik,Norway 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037, Tromso, Norway)

THG_L2_MAG_SALU: Ground-based Vector Magnetic Field at Salluit, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_SATX: Ground-based Vector Magnetic Field at SanAntonio, TX, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_SCHF: Ground-based Vector Magnetic Field at Schefferville, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_SCO: Ground-based Vector Magnetic Field at Ittoqqortoormiit, Greenland, 60 sec time Resolution. - Truls Lynne Hansen (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_SEPT: Ground-based Vector Magnetic Field at Sept-Iles, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_SHU: Ground-based Vector Magnetic Field at Sand Point, Alaska, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_SIT: Ground-based Vector Magnetic Field at Sitka, Alaska, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_SJG: Ground-based Vector Magnetic Field at Cayey, Puerto Rico, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_SKT: Ground-based Vector Magnetic Field at Maniitsoq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_SNAP: Ground-based Vector Magnetic Field at Snap Lake, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_SNKQ: Higher latitude chain (Lat 56.5, Long 280.8), Ground-based Vector Magnetic Field at Sanikiluaq, Canada, 0.5 sec, CARISMA network - I. Mann (U Alberta )

THG_L2_MAG_SOL: Ground-based Vector Magnetic Field at Solund, Norway 1 minute time Resolution - Tromso Geophysical Obervatory (Tromso Geophysical Observatory Faculty of Science University of Tromso, N-9037 Tromso, Norway )

THG_L2_MAG_SOR: Ground-based Vector Magnetic Field at Soroya Norway, 1 minute time Resolution. - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_STF: Ground-based Vector Magnetic Field at Kangerlussuaq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_STFD: Ground-based Vector Magnetic Field at Stfdford, California, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_STFL: Ground-based Vector Magnetic Field at Saint-Felicien, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_STJ: Ground-based Vector Magnetic Field at St.John Newfoundland, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_SUM: Ground-based Vector Magnetic Field at Summit, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_SVS: Ground-based Vector Magnetic Field at Savissivik, Greenland, 60 sec time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_SWNO: Ground-based Vector Magnetic Field at Shawano, WI, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_TAB: Ground-based Vector Magnetic Field at Thule Air Base, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_TAR: Ground-based Vector Magnetic Field at Tartu, Estonia, 10.0 sec time Resolution. - Liisa Juusola (Finnish Meteorological Institute P.O. Box 503, FI-00101 Helsinki, Finland)

THG_L2_MAG_TDC: Ground-based Vector Magnetic Field at Tristan da Cunha, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_THL: Ground-based Vector Magnetic Field at Qaanaaq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_TIK: Ground-based Vector Magnetic Field at Tiksi, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_TOOL: Ground-based Vector Magnetic Field at Toolik Lake, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_TPAS: Ground-based Vector Magnetic Field at Flin Flon / The Pas Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_TRAP: Ground-based Vector Magnetic Field at Trapper Creek, AK, 1.0 sec Level-2, GIMA network. Original data retrieved at http://magnet.gi.alaska.edu/. - D. Hampton (UAlaska, NASA NAS5-02099)

THG_L2_MAG_TRO: Ground-based Vector Magnetic Field at Tromso,Norway 1 minute time Resolution - Tromso Geophysical Observatory (Tromso Geophysical Observatory Faculty of Science University of Tromso N-9037 Tromso, Norway)

THG_L2_MAG_TUC: Ground-based Vector Magnetic Field at Tucson, Arizona, 1.0 sec time Resolution. - Carol A. Finn (United States Geological Survey, 1711 Illinois St, Golden, CO 80401-1865, USA)

THG_L2_MAG_UKIA: Ground-based Vector Magnetic Field at Ukiah, OR, 0.5 sec, THEMIS GEONS network.. Calibration files used are at: http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_UMQ: Ground-based Vector Magnetic Field at Uummannaq, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_UPN: Ground-based Vector Magnetic Field at Upernavik, Greenland, 1 minute time Resolution. - R. Behlke and A.N. Willer (DTU Space - National Sapce Institute, Denmark)

THG_L2_MAG_VIC: Ground-based Vector Magnetic Field at Victoria, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_VIZ: Ground-based Vector Magnetic Field at Vize Island, Russia. 1 minute time resolution. - Oleg Troshichev (Department of Geophysics, Arctic and Antarctic Research Institute)

THG_L2_MAG_VLDR: Ground-based Vector Magnetic Field at Val-d'Or, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos, C. T. Russell, and M. Connors (UCB, UCLA, and U Athabasca respectively, NASA NAS5-02099)

THG_L2_MAG_WHIT: Ground-based Vector Magnetic Field at White Horse, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_L2_MAG_WHS: Ground-based Vector Magnetic Field at WhiteHorse YT, Canada, 1.0 sec time Resolution. - Dr. Kanji Hayashi (Step Polar Network)

THG_L2_MAG_WLPS: Ground-based Vector Magnetic Field at Wlpsops Island, Virginia, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - P. Chi (USAF Academy, UCLA)

THG_L2_MAG_WRTH: Ground-based Vector Magnetic Field at Worthington, MN, 0.5 sec Level-2 - Peter Chi (MCMAC data and NSF for support through grant ATM-0245139)

THG_L2_MAG_YKC: Ground-based Vector Magnetic Field at Fort Churchill, Canada, 1.0 sec time Resolution. - David Calp (Geological Survey of Canada (GSC) Geomagnetic Laboratory 7 Observatory Crescent Ottawa, Ontario, Canada K1A 0Y3)

THG_L2_MAG_YKNF: Ground-based Vector Magnetic Field at Yellowknife, Canada, 0.5 sec Level-2, THEMIS GBO network. CAL files at http://www-ssc.igpp.ucla.edu/themis_data/calib_files/ - V. Angelopoulos & C. T. Russell (UCB & UCLA respectively, NASA NAS5-02099)

THG_R0_ASI: THEMIS Ground-Based All Sky Imager (ASI) Level-0 Image Data links - V. Angelopoulos (UCB, NASA NAS5-02099)

TIMED_EDP_GUVI: Electron Density Profiles - Andrew Christensen (Aerospace)

TIMED_L1BV20_SABER: IR Radiances in 10 channels (1.27 to 17ym) from 0 to 150 km, Version 1.07, - James Russell III (Hampton University)

TIMED_L1CDISK_GUVI: Airglow fluxes at 5 wavelengths bands - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1216A_MERC_MOVIES: Airglow flux 14 day movies, at wavelength 1216A in Mercator Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1216A_NP_MOVIES: Airglow flux 14 day movies, at wavelength 1216 A in North Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1216A_SP_MOVIES: Airglow flux 14 day movies, at wavelength 1216 A in South Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1304A_MERC_MOVIES: Airglow flux 14 day movies, at wavelength 1304A in Mercator Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1304A_NP_MOVIES: Airglow flux 14 day movies, at wavelength 1304A in North Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1304A_SP_MOVIES: Airglow flux 14 day movies, at wavelength 1304A in South Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1356A_MERC_MOVIES: Airglow flux 14 day movies, at wavelength 1356A in Mercator Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1356A_NP_MOVIES: Airglow flux 14 day movies, at wavelength 1356A in North Polar Pojection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_1356A_SP_MOVIES: Airglow flux 14 day movies, at wavelength 1356A in South Polar Pojection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH1_MERC_MOVIES: Airglow flux 14 day movies, at wavelength LBH1 in Mercator Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH1_NP_MOVIES: Airglow flux 14 day movies, at wavelength LBH1 in North Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH1_SP_MOVIES: Airglow flux 14 day movies, at wavelength LBH1 in South Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH2_MERC_MOVIES: Airglow flux 14 day movies, at wavelength LBH2 in Mercator Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH2_NP_MOVIES: Airglow flux 14 day movies, at wavelength LBH2 in North Polar Projection - Andrew Christensen (Aerospace)

TIMED_L1CDISK_GUVI_LBH2_SP_MOVIES: Airglow flux 14 day movies, at wavelength LBH2 in South Polar Projection - Andrew Christensen (Aerospace)

TIMED_L2A_SABER: O3, CO2, H2O Mixing Ratios and O, O2, OH, NO Volume Emission Rates, also NMC Neutral Temp., Density, and Pressure, Version 2.0, - James Russell III (Hampton University)

TIMED_L3A_SEE: Solar irradiances 0.1 - 194 nm, Version 11 - Tom Woods (LASP/CU)

TIMED_WINDVECTORSNCAR_TIDI: Zonal and meridional winds at 60 to 180 km, version 0307, - Timothy Killeen (NCAR)

TOOWINDY_E_NE: Electron density and electric field measurements during the rocket flight. - D. Hysell (Cornell University)

TSS-1R_M1_CSAA: TSS-1R, Shuttle Attitude Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSAB: TSS-1R, Orbiter and Target State Vectors IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSCA: TSS-1R, Computed OA Data Values IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSCB: TSS-1R, Special Computation Events IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSEA: TSS-1R, Temperature, Voltage, and Current Measurements IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSEB: TSS-1R, Supply and Waste Water Quantities IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSMA: TSS-1R, KU-Band Communications/RADAR Roll and Pitch Monitors IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSMB: TSS-1R, KU-Band Communications/RADAR Power and Range Monitors IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSSA: TSS-1R, FCP, Water and Waste Dump, FES, and Power Status IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSSB: TSS-1R, KU-BAND Communications/RADAR and Recorder Operation Status IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSSC: TSS-1R, RCS/Vernier Jets-Impulse/Exhaust Gases Status IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_CSTA: TSS-1R, GMT and MET Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_DBPO: TSS-1R, Boom Tip Position (DBPO) IDFS format - Jean Sabbagh (ASI)

TSS-1R_M1_DBSA: TSS-1R, Boom, DPY/RTR, and JTS Status Data (DBSA) IDFS format - Jean Sabbagh (ASI)

TSS-1R_M1_DBSB: TSS-1R, Boom Stowed Status, DPY/RTR Status, and JTR Fire Status IDFS format - Jean Sabbagh (ASI)

TSS-1R_M1_DBSC: TSS-1R, DPY/RTR and JTR Power Status IDFS format - Jean Sabbagh (ASI)

TSS-1R_M1_DBTA: TSS-1R, Boom Temperature Monitors (DBTA) IDFS format - Jean Sabbagh (ASI)

TSS-1R_M1_DCDV: TSS-1R, DV Voltage and DVG Pressure Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCGA: TSS-1R, Electron Gun Current Monitors (DCGA) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCGB: TSS-1R, Electron Gun Tether Current Offset Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCGC: TSS-1R, Electron Filament Voltage And Acceleration Potentials IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCMA: TSS-1R, General Monitor Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCMB: TSS-1R, Memory Dump Data IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCMC: TSS-1R, EGA Filament and Tether Current Cycle Data IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCMD: TSS-1R, DCORE Format Counter and Dump Data IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCME: TSS-1R, Applicative Programs Data IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCSA: TSS-1R, General High Rate Status Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCSB: TSS-1R, General Status Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DCTA: TSS-1R, Temperature Measurements IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_DPHA: TSS-1R, 16/major Frame Miscellaneous Housekeeping Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPHB: TSS-1R, SFMSD Command Word Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPHC: TSS-1R, Rotating Memeory Dump Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPHD: TSS-1R, Segment Information IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPHE: TSS-1R, Time Stamp Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMA: TSS-1R, CP Tether Tensions IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMB: TSS-1R, Low Rate Tether Information IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMC: TSS-1R, 16 bit Measured Tether Lengths and Rates IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMD: TSS-1R, Tether Rate Raw Timer Counts IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPME: TSS-1R, Miscellaneous Tether Measurements IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMF: TSS-1R, Voltage, Current, and Tether Tension Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMG: TSS-1R, Tether Length IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMH: TSS-1R, Tether Velocity IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMI: TSS-1R, Tether Length Raw Encoder Counts IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMJ: TSS-1R, DEL-L Measurements IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPMK: TSS-1R, Reel Motor Command Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSA: TSS-1R, Boom Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSC: TSS-1R, Power and ADC Voltage Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSD: TSS-1R, Latch Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSE: TSS-1R, U1 and U2 Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSF: TSS-1R, L-DOT, DEL-L, and Talkback Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSG: TSS-1R, 1/major Frame Miscellaneous Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSH: TSS-1R, 16/major Frame Miscellaneous Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSI: TSS-1R, Maneuver Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPSJ: TSS-1R, Miscellaneous Relay Status Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPTA: TSS-1R, Reel And Boom Temperature Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_DPTB: TSS-1R, Temperature Data IDFS format - Ron Geiger (Martin Marietta Astronautics)

TSS-1R_M1_EPMA: TSS-1R, Temperature, Voltage, Current, and Freon Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPMB: TSS-1R, Output Command Block and Variable Data Block IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPMC: TSS-1R, SFMDM Last Command Accepted Buffer IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPMF: TSS-1R, Timeline Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPMG: TSS-1R, DDCS and SFMDM Miscellaneous Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPMH: TSS-1R, SFMDM RS-422 And IO Transfer Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPSA: TSS-1R, EMP Satellite and Deployer Status Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPSB: TSS-1R, EMP SFMDM General Status Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPSC: TSS-1R, EMP SFMDM D05 and D28 LEV and PUL Status Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_EPSD: TSS-1R, SDIO Channel Status Data IDFS format - Tony Lavoie (Marshall Space Flight Center)

TSS-1R_M1_RPBB: TSS-1R, Boom Biasing Current and Voltage IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPDM: TSS-1R, DIFP Peak Monitor Data (RPDM) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPDP: TSS-1R, DIFP Deflection and Retard Data (RPDP) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPEA: TSS-1R, Satellite Mounted Electron Sensors (RPEA) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPEB: TSS-1R, Boom Mounted Electron Sensors IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPEM: TSS-1R, DIFP Electrometer Data IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPHA: TSS-1R, DIFP Miscellaneous Housekeeping (RPHA) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPHB: TSS-1R, DIFP A/D Voltage And Current Monitors IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPHC: TSS-1R, SPES Voltage And Current Monitors (RPHC) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPHD: TSS-1R, SPES Grid Voltages (RPHD) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPHE: TSS-1R, ROPE CEP and FS Voltage And Temperature Monitors (RPHE) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPHF: TSS-1R, Satellite Programmable Power Supply Monitors (RPHF) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPHG: TSS-1R, Floating Power Supply Current (RPHG) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPIA: TSS-1R, Satellite Mounted Ion Sensor IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPIB: TSS-1R, Boom Mounted Ion Sensors (RPIB) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPSA: TSS-1R, SPES Grid Bias And HVU 1/2 Status (RPSA) IDFS format - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_M1_RPSB: TSS-1R, ROPE Command Status Words (RPSB) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPSC: TSS-1R, Floating Supply Discrete Status Values (RPSC) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RPSD: TSS-1R, DIFP RAM Test Data (RPSD) IDFS format - Dr. Nobie Stone (Marshall Space Flight Center)

TSS-1R_M1_RTEF: TSS-1R, Langmuir Probe DC Electric Field Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTHF: TSS-1R, High Frequency Electromagnetic Wave Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTIP: TSS-1R, Ion Probe Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKA: TSS-1R, AC Housekeeping measurements IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKC: TSS-1R, Error table measurements IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKD: TSS-1R, Telecommand Echo IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKE: TSS-1R, Pentode Current And DCBP Voltage IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKF: TSS-1R, RETE Format Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKG: TSS-1R, LF RETE Format Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKH: TSS-1R, MF RETE Format Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTKI: TSS-1R, HF RETE Format Data IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTLA: TSS-1R, Low Frequency Electromagnetic Wave Data (Band A) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTLB: TSS-1R, Low Frequency Electromagnetic Wave Data (Band B) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTMC: TSS-1R, Medium Frequency Electromagnetic Wave Data (Band C) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTMD: TSS-1R, Medium Frequency Electromagnetic Wave Data (Band D) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTME: TSS-1R, Medium Frequency Electromagnetic Wave Data (Band E) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTMF: TSS-1R, Medium Frequency Electromagnetic Wave Data (Band F) IDFS format - Dr. Marino Dobrowolny (Instituto Di Fisica Dello Spazio Interplanetario)

TSS-1R_M1_RTRLP: TSS-1R, Reduced Langmuir Probe Data IDFS format - J-P. Lebreton (ESA/ESTEC, Solar System Division)

TSS-1R_M1_SCAC: TSS-1R, SLA vector coarse acceleration (SCAC) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCAF: TSS-1R, SLA High Res Vector Acceleration Measurements (SCAF) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCMA: TSS-1R, SLA Temperature and Voltage Monitors IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCMB: TSS-1R, SA Temperature and Overtemperature Monitors (SCMB) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCMC: TSS-1R, Satellite Ampmeter Current Monitors (SCMC) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCSA: TSS-1R, Low time resolution experiment status flags (SCSA) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SCSB: TSS-1R, High time resolution experiment status flags (SCSB) IDFS format - Carlo Bonifazi (ASI)

TSS-1R_M1_SHAA: TSS-1R, Yaw, Roll and Pitch Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAB: TSS-1R, Scaled Roll, Yaw and Pitch Data (SHAB) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAC: TSS-1R, Gyro Rate and Sun Presence IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAD: TSS-1R, Gyro Angular Data (SHAD) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAE: TSS-1R, Gyro and Attitude Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAF: TSS-1R, Satellite Spin Rate (SAHF) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHAG: TSS-1R, Gyro and Attitude Angular Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHA: TSS-1R, Miscellaneous Housekeeping Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHB: TSS-1R, 24 Bit Battery Current and Power Moniters (SHHB) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHC: TSS-1R, Miscellaneous Timing Data (SHHC) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHD: TSS-1R, Various 64/major frame 8 bit Housekeeping Data (SHHD) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHE: TSS-1R, Low time resolution 3 bit satellite monitors (SHHE) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHHF: TSS-1R, Satellite RX Coherent AGC and Loop Stress Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHMA: TSS-1R, Onboard Data Handling RSMN Data (SHMA) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHMB: TSS-1R, Onboard Data Handling ASMN Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHMC: TSS-1R, Memory Dump And TLC Data (SHMC) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHMD: TSS-1R, OBDH And AMCS Status Flags IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHME: TSS-1R, OBDH and AMCS Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHPA: TSS-1R, Satellite miscellaneous power monitors IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSA: TSS-1R, Low resolution gyro status flags (SHSA) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSB: TSS-1R, Gyro converter, heating and wheel status data (SHSB) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSC: TSS-1R, Low resolution FDS3/FDS4 status flags (SHSC) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSD: TSS-1R, Satellite Program Status Flags IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSE: TSS-1R, Medium resolution miscellaneous status flags (SHSE) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSF: TSS-1R, Satellite medium resolution status data (SHSF) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSG: TSS-1R, Satellite slow status data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSH: TSS-1R, Satellite high time resolution status data (SHSH) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSI: TSS-1R, Satellite miscellaneous power status data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSJ: TSS-1R, Alpha, Beta, and FDS1/FDS2 status data (SHSJ) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHSK: TSS-1R, Satellite Thruster Status Data IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHTA: TSS-1R, Gyro and Earth Sensor Temperatures IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHTB: TSS-1R, Satellite temperatures IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SHTC: TSS-1R, Satellite temperatures and pressures (SHTC) IDFS format - G. Oelker (Alenia Spazio S.p.A.)

TSS-1R_M1_SPBA: TSS-1R, Space Beam Data IDFS format - Dr Dave Hardy (GL/PHE)

TSS-1R_M1_SPEA: TSS-1R, Selected Electron Spectra From Spectrometer A IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPEB: TSS-1R, Selected Electron Spectra From Spectrometer B IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPEC: TSS-1R, Electron Spectra From Spectrometer A IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPED: TSS-1R, Electron Spectra From Spectrometer B IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPFA: TSS-1R, ESA A, High Frequency Electron Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPFB: TSS-1R, ESA B, High Frequency Electron Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPHA: TSS-1R, Subcommutated Housekeeping Measureents IDFS format - Dr Dave Hardy (GL/PHE)

TSS-1R_M1_SPHB: TSS-1R, FDR Housekeeping Measurements IDFS format - Dr Dave Hardy (GL/PHE)

TSS-1R_M1_SPHC: TSS-1R, FDR Tape Counters IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPHD: TSS-1R, Space Counter Data IDFS format - Dr Dave Hardy (GL/PHE)

TSS-1R_M1_SPHE: TSS-1R, Uplink Command Echo IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPIA: TSS-1R, Zone Summed Ion Spectra From Spectrometer A IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPIB: TSS-1R, Zone Summed Ion Spectra From Spectrometer B IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPIC: TSS-1R, Selected Ion Spectra From Spectrometer A IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPID: TSS-1R, Selected Ion Spectra From Spectrometer B IDFS format - Capt. Marilyn R. Oberhardt (GL/PHE)

TSS-1R_M1_SPIE: TSS-1R, Ion Spectra From Spectrometer A IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPIF: TSS-1R, Ion Spectra From Spectrometer B IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPLA: TSS-1R, Spectrometer A, Low Frequency Ion Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPLB: TSS-1R, ESA A, Low Frequency Electron Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPLC: TSS-1R, Spectrometer B, Low Frequency Ion Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPLD: TSS-1R, ESA B, Low Frequency Electron Auto-Corellation Spectra IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPMF: TSS-1R, Magnetic Field Data IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPOP: TSS-1R, Orbiter Potential Data IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPSA: TSS-1R, SPACE Status And Flow Monitor Data IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPSB: TSS-1R, DPU and FDR Sense Key Status Data IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPSC: TSS-1R, FDR Tape Status IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_SPSD: TSS-1R, DCORE and SETS Gun Status IDFS format - Dr. Dave Hardy (GL/PHE)

TSS-1R_M1_STAA: TSS-1R, Magnetic Field IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STCA: TSS-1R, Current and Charge Probe, Peak Monitors IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STCB: TSS-1R, Direct Current and Charge Probe Monitors IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STCC: TSS-1R, CCP Status Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STCD: TSS-1R, SETS CCP Monitor Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STDA: TSS-1R, DEP and Timing Information IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STDB: TSS-1R, DEP Operation Timing Information IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STDC: TSS-1R, DEP: CPU, GMT and Multibus Time IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STFA: TSS-1R, SETS FPEG Monitors IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STFB: TSS-1R, FPEG Status Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STMA: TSS-1R, SRPA, SPIB and AMAG Power Status Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STMB: TSS-1R, SETS AMAG And SPIB Monitors IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STSA: TSS-1R, Langmuir Probe IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STSB: TSS-1R, Spherical Retarding Potential Analyzer IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STSC: TSS-1R, SETS SRPA Monitors IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STTA: TSS-1R, TCVM Tether Current Monitor IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STTB: TSS-1R, Tether Voltage Monitor IDFS format - Brian Gilchrist (Unversity of Michigan)

TSS-1R_M1_STTC: TSS-1R, SETS TCVM Monitor Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_STTD: TSS-1R, TCVM Relay Status Data IDFS format - Ivan Linscott (Stanford University)

TSS-1R_M1_TMHA: TSS-1R, Housekeeping Data (TMHA) IDFS format - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TSS-1R_M1_TMHB: TSS-1R, Telecommand Echo And Checksum (TMHB) IDFS format - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TSS-1R_M1_TMMI: TSS-1R, Satellite Inboard Magnetometer Data (TMMI) IDFS format - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TSS-1R_M1_TMMO: TSS-1R, Satellite Outboard Magnetometer Data (TMMO) IDFS format - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TSS-1R_M1_TMTA: TSS-1R, Tether Current (TMTA) IDFS format - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TSS-1R_R0_CAS: CAS (Shuttle Ancillary System) Data Sets Follow:

TSS-1R_R0_DCORE: DCORE (Deployer Core Equipment) Data Sets Follow:

TSS-1R_R0_DPLY: DPLY (Deployer Miscellaneous Housekeeping) Data Sets Follow:

TSS-1R_R0_DRB: DRB (Deployable-Retrievable Boom) Data Sets Follow:

TSS-1R_R0_EMP: EMP (End Mass Payload) Data Sets Follow:

TSS-1R_R0_RETE: RETE ( Research on Electrodynamic Tether Effects) Data Sets Follow:

TSS-1R_R0_ROPE: ROPE (Research on Orbital Plasma Electrodynamics) Data setsfollow - Dr. J. David Winningham (Southwest Research Institute)

TSS-1R_R0_SAHK: SAHK (Spacecraft Housekeeping) Data Sets Follow:

TSS-1R_R0_SCORE: SCORE (Satellite Core Equipment) Data Sets Follow:

TSS-1R_R0_SETS: SETS (Shuttle Electrodynamic Tether System) Data Sets Follow:

TSS-1R_R0_SPREE: SPREE (Shuttle Potential and Return Electron Experiment) Data Sets Follow:

TSS-1R_R0_TEMAG: TEMAG (Magnetic Field Experiment to TSS Mission) Data sets follow: - Dr. Franco Mariani (University of Vergata, Departmento Fisica)

TWINS1_AT_DEF: TWINS1 - Spacecraft Attitude - D. McComas (Southwest Research Institute)

TWINS1_HK_1SEC: TWINS Spacecraft 1 - housekeeping - D. McComas & H. Fahr (SwRI & U. Bonn, respectively.)

TWINS1_L1_IMAGER: TWINS Spacecraft 1 - Neutral-atom Spectrometer Level-1 Magnetospheric Images and Image Movies at Full (9 Energy Steps and 15 minute) Resolution - D. McComas (Southwest Research Institute)

TWINS1_L1_LAD: TWINS Spacecraft 1 - Lyman Alpha Detector Level-1 Geocorona Data - D. McComas & H. Fahr (SwRI & U. Bonn, respectively.)

TWINS1_OR_DEF: TWINS1 - Spacecraft Ephemeris - D. McComas (Southwest Research Institute)

TWINS1_TISTORM_IMAGER: Images of plasma sheet ion temperature during storms calculated from ENA measurements - Amy Keesee (West Virginia University)

TWINS2_AT_DEF: TWINS2 - Spacecraft Attitude - D. McComas (Southwest Research Institute)

TWINS2_HK_1SEC: TWINS Spacecraft 2 - housekeeping - D. McComas & H. Fahr (SwRI & U. Bonn, respectively.)

TWINS2_L1_IMAGER: TWINS Spacecraft 2 - Neutral-atom Spectrometer Level-1 Magnetospheric Images and Image Movies at Full (9 Energy Steps and 15 minute) Resolution - D. McComas (Southwest Research Institute)

TWINS2_L1_LAD: TWINS Spacecraft 2 - Lyman Alpha Detector Level-1 Geocorona Data - D. McComas & H. Fahr (SwRI & U. Bonn, respectively)

TWINS2_OR_DEF: TWINS2 - Spacecraft Ephemeris - D. McComas (Southwest Research Institute)

TWINS2_TISTORM_IMAGER: Images of plasma sheet ion temperature during storms calculated from ENA measurements - Amy Keesee (West Virginia University)

TWINS_M2_ENA: Images of plasma sheet ion temperature during storms calculated from ENA measurements - R. M. Katus (Eastern Michigan University)

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THAPRED_OR_SSC

Description

GROUP 1    Satellite   Resolution   Factor
            themisapred     60         1
            themisbpred     60         1
            themiscpred     60         1
            themisdpred     60         1
            themisepred     60         1
           Start Time           Stop Time 
           2028   1 00:00       2029   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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THA_L1_STATE (spase://NASA/NumericalData/THEMIS/A/Ephemeris/PT01M)

Description

Produced by Mission Ops, Science Ops and Science Team..V00: Predictive on all,
pre-pass.V01: Intermediate: added definitive spinper, spinphase others
predictive, expected shortly after pass.V02: Preliminary: added definitive
position, expected shortly after OD update (1 day after pass).V03: Definitive:
added science attitude determination using perigee data post-processing

Modification History

Rev- 2008-04-09

• Data Variable Descriptions
  tha_position XYZ in GEI (timeseries plot) [tha_pos]
  tha_position XYZ in GEI (orbit plot) [tha_posV]
  tha_velocity [tha_vel]
  [Not populated yet] Initial angle offset between IDPU model and eclipse model in this segment. [tha_spin_initial_delta_phi]

  Only valid during eclipse segments.
  

  [Not populated yet] IDPU spin period [tha_spin_idpu_spinper]

  Only used during eclipse segments.
  

  [Not populated yet] Marker for eclipse segments. [tha_spin_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  Initial angle offset between IDPU model and eclipse model in this segment (eclipse spin model). [tha_spin_ecl_initial_delta_phi]

  Only valid during eclipse segments.
  

  IDPU spin period (eclipse spin model) [tha_spin_ecl_idpu_spinper]

  Only used during eclipse segments.
  

  Marker for eclipse segments (eclipse spin model). [tha_spin_ecl_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  tha_position XYZ in GSE (timeseries plot) [tha_pos_gse]
  tha_position XYZ in GSE (orbit plot) [tha_pos_gseV]
  tha_position XYZ in GSM (timeseries plot) [tha_pos_gsm]
  tha_position XYZ in GSM (orbit plot) [tha_pos_gsmV]
  tha_velocity_gse [tha_vel_gse]
  tha_velocity_gsm [tha_vel_gsm]
  tha_pos_sel [tha_pos_sel]
  tha_pos_sse [tha_pos_sse]
  tha_velocity_sel [tha_vel_sel]
  tha_velocity_sse [tha_vel_sse]

Dataset in CDAWeb
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THA_L2_EFI doi:10.48322/3mhg-q627 Copy BibTeX Citation

Description

THEMIS-A: Electric Field Instrument (EFI) Electric field measurements. The L2
product is a 3D estimate of Eperp derived from the spin plane E-field
measurements assuming E dot B = 0, using relevant FGM (Flux-Gate Magnetometer)
data.Includes spin-averaged, and Fast-survey field data.Spin-averaged (EFS_DOT0)
data has approximately 3 second time resolution. Fast-survey (EFF_DOT0) data has
1/8 second time resolution.

Modification History

Rev- 2009-09-16

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [tha_efs_dot0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [tha_efs_dot0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_efs_dot0_dsl]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSE coordinates [tha_eff_dot0_gse]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSM coordinates [tha_eff_dot0_gsm]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, , using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_eff_dot0_dsl]

  Units are in mV/m
  

  EFF_Q_MAG (Data Quality Parameter: equal to the spin-fit E34 electric field magnitude divided by the spin-fit E12 electric field magnitude. Good values are near 1.0) [tha_eff_q_mag]

  No Units
  

  EFF_Q_PHA (Data Quality Parameter: equal to the cosine of the angle between the spin-fit E34 electric field and the spin-fit E12 electric field. Good values are near 1.0) [tha_eff_q_pha]

  No Units
  

  E12_EFS, Ground Spin-fit (using E12), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_eff_e12_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

  E34_EFS, Ground Spin-fit (using E34), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_eff_e34_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

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THA_L2_ESA doi:10.48322/t16r-s286 Copy BibTeX Citation

Description

THEMIS-A: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peif_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [tha_peif_densityQ]
  -----Ion Average Temperature [tha_peif_avgtempQ]
  -----Ion Thermal Velocity [tha_peif_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA data) [tha_peif_sc_potQ]
  -----Ion Energy Flux spectrogram w/ [tha_peif_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peif_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peif_ptensQ]
  -----Ion Momentum Flux Tensor [tha_peif_mftensQ]
  -----Ion Particle Flux Vector /w Quality [tha_peif_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peif_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peif_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [tha_peif_magfQ]
  -----Ion Velocity Vector in DSL [tha_peif_velocity_dslQ]
  -----Ion Velocity Vector in GSE [tha_peif_velocity_gseQ]
  -----Ion Velocity Vector in GSM [tha_peif_velocity_gsmQ]
  ESA Full Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peef_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [tha_peef_densityQ]
  -----Electron Average Temperature [tha_peef_avgtempQ]
  -----Electron Thermal Velocity [tha_peef_vthermalQ]
  -----SC Potential (Same time array as Full Electron ESA data) [tha_peef_sc_potQ]
  -----Electron Energy Flux spectrogram [tha_peef_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peef_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peef_ptensQ]
  -----Electron Momentum Flux Tensor [tha_peef_mftensQ]
  -----Electron Particle Flux Vector [tha_peef_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peef_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peef_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [tha_peef_magfQ]
  -----Electron Velocity Vector in DSL [tha_peef_velocity_dslQ]
  -----Electron Velocity Vector in GSE [tha_peef_velocity_gseQ]
  -----Electron Velocity Vector in GSM [tha_peef_velocity_gsmQ]
  ESA Reduced Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peir_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [tha_peir_densityQ]
  -----Ion Average Temperature [tha_peir_avgtempQ]
  -----Ion Thermal Velocity [tha_peir_vthermalQ]
  -----SC Potential (Same time array as Reduced Ion ESA data) [tha_peir_sc_potQ]
  -----Ion Energy Flux spectrogram [tha_peir_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peir_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peir_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peir_ptensQ]
  -----Ion Momentum Flux Tensor [tha_peir_mftensQ]
  -----Ion Particle Flux Vector [tha_peir_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peir_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peir_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [tha_peir_magfQ]
  -----Ion Velocity Vector in DSL [tha_peir_velocity_dslQ]
  -----Ion Velocity Vector in GSE [tha_peir_velocity_gseQ]
  -----Ion Velocity Vector in GSM [tha_peir_velocity_gsmQ]
  ESA Reduced Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peer_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [tha_peer_densityQ]
  -----Electron Average Temperature [tha_peer_avgtempQ]
  -----Electron Thermal Velocity [tha_peer_vthermalQ]
  -----SC Potential (Same time array as Reduced Electron ESA data) [tha_peer_sc_potQ]
  -----Electron Energy Flux spectrogram [tha_peer_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peer_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peer_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peer_ptensQ]
  -----Electron Momentum Flux Tensor [tha_peer_mftensQ]
  -----Electron Particle Flux Vector [tha_peer_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peer_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peer_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [tha_peer_magfQ]
  -----Electron Velocity Vector in DSL [tha_peer_velocity_dslQ]
  -----Electron Velocity Vector in GSE [tha_peer_velocity_gseQ]
  -----Electron Velocity Vector in GSM [tha_peer_velocity_gsmQ]
  ESA Burst Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peib_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [tha_peib_densityQ]
  -----Ion Average Temperature [tha_peib_avgtempQ]
  -----Ion Thermal Velocity [tha_peib_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA data) [tha_peib_sc_potW]
  -----Ion Energy Flux spectrogram [tha_peib_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peib_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peib_ptensQ]
  -----Ion Momentum Flux Tensor [tha_peib_mftensQ]
  -----Ion Particle Flux Vector [tha_peib_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peib_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peib_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [tha_peib_magfQ]
  -----Ion Velocity Vector in DSL [tha_peib_velocity_dslQ]
  -----Ion Velocity Vector in GSE [tha_peib_velocity_gseQ]
  -----Ion Velocity Vector in GSM [tha_peib_velocity_gsmQ]
  ESA Burst Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [tha_peeb_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [tha_peeb_densityQ]
  -----Electron Average Temperature [tha_peeb_avgtempQ]
  -----Electron Thermal Velocity [tha_peeb_vthermalQ]
  -----SC Potential (Same time array as Burst Electron ESA data) [tha_peeb_sc_potQ]
  -----Electron Energy Flux spectrogram [tha_peeb_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peeb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peeb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peeb_ptensQ]
  -----Electron Momentum Flux Tensor [tha_peeb_mftensQ]
  -----Electron Particle Flux Vector [tha_peeb_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peeb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peeb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [tha_peeb_magfQ]
  -----Electron Velocity Vector in DSL [tha_peeb_velocity_dslQ]
  -----Electron Velocity Vector in GSE [tha_peeb_velocity_gseQ]
  -----Electron Velocity Vector in GSM [tha_peeb_velocity_gsmQ]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [tha_peif_density]
  -----Ion Average Temperature [tha_peif_avgtemp]
  -----Ion Thermal Velocity [tha_peif_vthermal]
  -----SC Potential (Same time array as Full Ion ESA data) [tha_peif_sc_pot]
  -----Ion Energy Flux spectrogram [tha_peif_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peif_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peif_ptens]
  -----Ion Momentum Flux Tensor [tha_peif_mftens]
  -----Ion Particle Flux Vector [tha_peif_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peif_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peif_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [tha_peif_magf]
  -----Ion Velocity Vector in DSL [tha_peif_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_peif_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_peif_velocity_gsm]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [tha_peef_density]
  -----Electron Average Temperature [tha_peef_avgtemp]
  -----Electron Thermal Velocity [tha_peef_vthermal]
  -----SC Potential (Same time array as Full Electron ESA data) [tha_peef_sc_pot]
  -----Electron Energy Flux spectrogram [tha_peef_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peef_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peef_ptens]
  -----Electron Momentum Flux Tensor [tha_peef_mftens]
  -----Electron Particle Flux Vector [tha_peef_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peef_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peef_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [tha_peef_magf]
  -----Electron Velocity Vector in DSL [tha_peef_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_peef_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_peef_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [tha_peir_density]
  -----Ion Average Temperature [tha_peir_avgtemp]
  -----Ion Thermal Velocity [tha_peir_vthermal]
  -----SC Potential (Same time array as Reduced Ion ESA data) [tha_peir_sc_pot]
  -----Ion Energy Flux spectrogram [tha_peir_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peir_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peir_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peir_ptens]
  -----Ion Momentum Flux Tensor [tha_peir_mftens]
  -----Ion Particle Flux Vector [tha_peir_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peir_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peir_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [tha_peir_magf]
  -----Ion Velocity Vector in DSL [tha_peir_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_peir_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_peir_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [tha_peer_density]
  -----Electron Average Temperature [tha_peer_avgtemp]
  -----Electron Thermal Velocity [tha_peer_vthermal]
  -----SC Potential (Same time array as Reduced Electron ESA data) [tha_peer_sc_pot]
  -----Electron Energy Flux spectrogram [tha_peer_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peer_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peer_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peer_ptens]
  -----Electron Momentum Flux Tensor [tha_peer_mftens]
  -----Electron Particle Flux Vector [tha_peer_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peer_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peer_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [tha_peer_magf]
  -----Electron Velocity Vector in DSL [tha_peer_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_peer_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_peer_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [tha_peib_density]
  -----Ion Average Temperature [tha_peib_avgtemp]
  -----Ion Thermal Velocity [tha_peib_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA data) [tha_peib_sc_pot]
  -----Ion Energy Flux spectrogram [tha_peib_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peib_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_peib_ptens]
  -----Ion Momentum Flux Tensor [tha_peib_mftens]
  -----Ion Particle Flux Vector [tha_peib_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peib_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_peib_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [tha_peib_magf]
  -----Ion Velocity Vector in DSL [tha_peib_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_peib_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_peib_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [tha_peeb_density]
  -----Electron Average Temperature [tha_peeb_avgtemp]
  -----Electron Thermal Velocity [tha_peeb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA data) [tha_peeb_sc_pot]
  -----Electron Energy Flux spectrogram [tha_peeb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_peeb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_peeb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_peeb_ptens]
  -----Electron Momentum Flux Tensor [tha_peeb_mftens]
  -----Electron Particle Flux Vector [tha_peeb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_peeb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_peeb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [tha_peeb_magf]
  -----Electron Velocity Vector in DSL [tha_peeb_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_peeb_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_peeb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_iesa_solarwind_flag]

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THA_L2_FBK doi:10.48322/ed7r-tt72 Copy BibTeX Citation

Description

Sensor and electronics design provided by UCB (J. W. Bonnell, F. S. Mozer),
Digital Fields Board provided by LASP (R. Ergun), Search coil data provided by
CETP (A. Roux).

Modification History

Rev- 2006-09-18

• Data Variable Descriptions
  High-Frequency Filter peak and average values [tha_fb_hff]

  hf_peak and hf_avg are the peak and average values of the output of the
  High-Frequency Filter, a broadband filter convering the 100- to 400-kHz band
  used for AKR detection
  

  Spectrogram FBK Potential, Sensor 1 [tha_fb_v1]
  Spectrogram FBK Potential, Sensor 2 [tha_fb_v2]
  Spectrogram FBK Potential, Sensor 3 [tha_fb_v3]
  Spectrogram FBK Potential, Sensor 4 [tha_fb_v4]
  Spectrogram FBK Potential, Sensor 5 [tha_fb_v5]
  Spectrogram FBK Potential, Sensor 6 [tha_fb_v6]
  Spectrogram FBK E Field DC Component, Sensors 1&2 (spin plane) [tha_fb_edc12]
  Spectrogram FBK E Field DC Component, Sensors 3&4 (spin plane) [tha_fb_edc34]
  Spectrogram FBK E Field DC Component, Sensors 5&6 (axial) [tha_fb_edc56]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 1 [tha_fb_scm1]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 2 [tha_fb_scm2]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 3 [tha_fb_scm3]
  Spectrogram FBK E Field AC Component, Sensors 1&2 (spin plane) [tha_fb_eac12]
  Spectrogram FBK E Field AC Component, Sensors 3&4 (spin plane) [tha_fb_eac34]
  Spectrogram FBK E Field AC Component, Sensors 5&6 (axial) [tha_fb_eac56]

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---

THA_L2_FFT doi:10.48322/yj87-yy65 Copy BibTeX Citation

Description

THEMIS-A:  On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI)
and Magnetic (SCM) field, for particle and wave burst survey modes.

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (parallel to B) [tha_fff_16_dbpara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (perp to B) [tha_fff_16_dbperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_fff_16_eac12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_fff_16_eac34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_fff_16_eac56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_fff_16_edc12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_fff_16_edc34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_fff_16_edc56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (parallel to B) [tha_fff_16_epara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (perp to B) [tha_fff_16_eperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 1 [tha_fff_16_scm1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 2 [tha_fff_16_scm2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 3 [tha_fff_16_scm3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 1 [tha_fff_16_v1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 2 [tha_fff_16_v2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 3 [tha_fff_16_v3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 4 [tha_fff_16_v4]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 5 [tha_fff_16_v5]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 6 [tha_fff_16_v6]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (parallel to B) [tha_fff_32_dbpara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (perp to B) [tha_fff_32_dbperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_fff_32_eac12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_fff_32_eac34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_fff_32_eac56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_fff_32_edc12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_fff_32_edc34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_fff_32_edc56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (parallel to B) [tha_fff_32_epara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (perp to B) [tha_fff_32_eperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 1 [tha_fff_32_scm1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 2 [tha_fff_32_scm2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 3 [tha_fff_32_scm3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 1 [tha_fff_32_v1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 2 [tha_fff_32_v2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 3 [tha_fff_32_v3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 4 [tha_fff_32_v4]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 5 [tha_fff_32_v5]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 6 [tha_fff_32_v6]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (parallel to B) [tha_fff_64_dbpara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (perp to B) [tha_fff_64_dbperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_fff_64_eac12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_fff_64_eac34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_fff_64_eac56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_fff_64_edc12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_fff_64_edc34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_fff_64_edc56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (parallel to B) [tha_fff_64_epara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (perp to B) [tha_fff_64_eperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 1 [tha_fff_64_scm1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 2 [tha_fff_64_scm2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 3 [tha_fff_64_scm3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 1 [tha_fff_64_v1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 2 [tha_fff_64_v2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 3 [tha_fff_64_v3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 4 [tha_fff_64_v4]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 5 [tha_fff_64_v5]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 6 [tha_fff_64_v6]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (parallel to B) [tha_ffp_16_dbpara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (perp to B) [tha_ffp_16_dbperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffp_16_eac12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffp_16_eac34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffp_16_eac56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffp_16_edc12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffp_16_edc34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffp_16_edc56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (parallel to B) [tha_ffp_16_epara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (perp to B) [tha_ffp_16_eperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 1 [tha_ffp_16_scm1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 2 [tha_ffp_16_scm2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 3 [tha_ffp_16_scm3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 1 [tha_ffp_16_v1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 2 [tha_ffp_16_v2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 3 [tha_ffp_16_v3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 4 [tha_ffp_16_v4]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 5 [tha_ffp_16_v5]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 6 [tha_ffp_16_v6]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (parallel to B) [tha_ffp_32_dbpara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (perp to B) [tha_ffp_32_dbperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffp_32_eac12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffp_32_eac34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffp_32_eac56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffp_32_edc12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffp_32_edc34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffp_32_edc56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (parallel to B) [tha_ffp_32_epara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (perp to B) [tha_ffp_32_eperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 1 [tha_ffp_32_scm1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 2 [tha_ffp_32_scm2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 3 [tha_ffp_32_scm3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 1 [tha_ffp_32_v1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 2 [tha_ffp_32_v2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 3 [tha_ffp_32_v3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 4 [tha_ffp_32_v4]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 5 [tha_ffp_32_v5]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 6 [tha_ffp_32_v6]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (parallel to B) [tha_ffp_64_dbpara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (perp to B) [tha_ffp_64_dbperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffp_64_eac12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffp_64_eac34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffp_64_eac56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffp_64_edc12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffp_64_edc34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffp_64_edc56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (parallel to B) [tha_ffp_64_epara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (perp to B) [tha_ffp_64_eperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 1 [tha_ffp_64_scm1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 2 [tha_ffp_64_scm2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 3 [tha_ffp_64_scm3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 1 [tha_ffp_64_v1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 2 [tha_ffp_64_v2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 3 [tha_ffp_64_v3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 4 [tha_ffp_64_v4]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 5 [tha_ffp_64_v5]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 6 [tha_ffp_64_v6]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (parallel to B) [tha_ffw_16_dbpara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (perp to B) [tha_ffw_16_dbperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffw_16_eac12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffw_16_eac34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffw_16_eac56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffw_16_edc12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffw_16_edc34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffw_16_edc56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (parallel to B) [tha_ffw_16_epara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (perp to B) [tha_ffw_16_eperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 1 [tha_ffw_16_scm1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 2 [tha_ffw_16_scm2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 3 [tha_ffw_16_scm3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 1 [tha_ffw_16_v1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 2 [tha_ffw_16_v2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 3 [tha_ffw_16_v3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 4 [tha_ffw_16_v4]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 5 [tha_ffw_16_v5]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 6 [tha_ffw_16_v6]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (parallel to B) [tha_ffw_32_dbpara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (perp to B) [tha_ffw_32_dbperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffw_32_eac12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffw_32_eac34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffw_32_eac56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffw_32_edc12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffw_32_edc34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffw_32_edc56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (parallel to B) [tha_ffw_32_epara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (perp to B) [tha_ffw_32_eperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 1 [tha_ffw_32_scm1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 2 [tha_ffw_32_scm2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 3 [tha_ffw_32_scm3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 1 [tha_ffw_32_v1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 2 [tha_ffw_32_v2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 3 [tha_ffw_32_v3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 4 [tha_ffw_32_v4]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 5 [tha_ffw_32_v5]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 6 [tha_ffw_32_v6]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (parallel to B) [tha_ffw_64_dbpara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (perp to B) [tha_ffw_64_dbperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [tha_ffw_64_eac12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [tha_ffw_64_eac34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [tha_ffw_64_eac56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [tha_ffw_64_edc12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [tha_ffw_64_edc34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [tha_ffw_64_edc56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (parallel to B) [tha_ffw_64_epara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (perp to B) [tha_ffw_64_eperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 1 [tha_ffw_64_scm1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 2 [tha_ffw_64_scm2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 3 [tha_ffw_64_scm3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 1 [tha_ffw_64_v1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 2 [tha_ffw_64_v2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 3 [tha_ffw_64_v3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 4 [tha_ffw_64_v4]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 5 [tha_ffw_64_v5]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 6 [tha_ffw_64_v6]

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---

THA_L2_FGM (spase://DLR/NumericalData/THEMIS/A/FGM/PT0.0078125S)

Description

Sensor and electronics design provided by TUBS (Glassmeier, Auster) and IWF
(Baumjohann, Magnes)

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGM-FGS Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [tha_fgm_fgs_quality]
  (Good data only) FGS magnetic field B magnitude [tha_fgs_btotalQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [tha_fgs_gseQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSM Coordinates [tha_fgs_gsmQ]

  Units are in nanotesla
  

  ---- FGS magnetic field B in DSL (Despun Spacecraft) Coordinates [tha_fgs_dslQ]

  Units are in nanotesla
  

  (All Qualities data) FGS magnetic field B magnitude [tha_fgs_btotal]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [tha_fgs_gse]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ GSM Coordinates [tha_fgs_gsm]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_fgs_dsl]

  Units are in nanotesla
  

  FGM-FGL Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [tha_fgm_fgl_quality]
  (Good data only) FGL magnetic field B magnitude [tha_fgl_btotalQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSE Coordinates [tha_fgl_gseQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSM Coordinates [tha_fgl_gsmQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in DSL (Despun Spacecraft) Coordinates [tha_fgl_dslQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in SSL (Spinning Spacecraft) Coordinates [tha_fgl_sslQ]

  Units are in nanotesla
  

  (All Qualitities data) FGL magnetic field B magnitude [tha_fgl_btotal]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) field B in XYZ GSE Coordinates [tha_fgl_gse]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ GSM Coordinates [tha_fgl_gsm]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_fgl_dsl]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [tha_fgl_ssl]

  Units are in nanotesla
  

  FGM-FGH Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [tha_fgm_fgh_quality]
  (Good data only) FGH magnetic field B magnitude [tha_fgh_btotalQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [tha_fgh_gseQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSM Coordinates [tha_fgh_gsmQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in DSL (Despun Spacecraft) Coordinates [tha_fgh_dslQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in SSL (Spinning Spacecraft) Coordinates [tha_fgh_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGH magnetic field B magnitude [tha_fgh_btotal]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [tha_fgh_gse]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ GSM Coordinates [tha_fgh_gsm]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_fgh_dsl]

  Units are in nanotesla
  

  ----FGH magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [tha_fgh_ssl]

  Units are in nanotesla
  

  FGM-FGE Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [tha_fgm_fge_quality]
  (Good data only) FGE magnetic field B magnitude [tha_fge_btotalQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [tha_fge_gseQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSM Coordinates [tha_fge_gsmQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in DSL Coordinates [tha_fge_dslQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in SSL Coordinates [tha_fge_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGE (engineering) magnetic field B magnitude [tha_fge_btotal]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [tha_fge_gse]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ GSM Coordinates [tha_fge_gsm]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_fge_dsl]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [tha_fge_ssl]

  Units are in nanotesla
  

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---

THA_L2_FIT doi:10.48322/6nb7-ze78 Copy BibTeX Citation

Description

THEMIS-A:  On Board spin fits of Electric (EFI) and Magnetic (FGM) field. 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Standard Deviation of onboard FGS magnetic field spin-fit [tha_fgs_sigma]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in XYZ despun spacecraft coordinates (DSL) [tha_fgs_dsl]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSE coordinates [tha_fgs_gse]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSM coordinates [tha_fgs_gsm]

  Units are in nanotesla
  

  Standard Deviation of onboard EFS (spin-fit) electric field spin-fit [tha_efs_sigma]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_efs_dsl]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in XYZ despun spacecraft coordinates (DSL) [tha_efs_0_dsl]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [tha_efs_dot0_dsl]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSE coordinates [tha_efs_gse]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSE coordinates [tha_efs_0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [tha_efs_dot0_gse]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSM coordinates [tha_efs_gsm]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSM coordinates [tha_efs_0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [tha_efs_dot0_gsm]

  Units are in mV/m
  

  FIT_BFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [tha_fit_bfit]

  Units are in nanotesla
  

  FIT_EFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [tha_fit_efit]

Dataset in CDAWeb
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---

THA_L2_GMOM doi:10.48322/xfmr-rk71 Copy BibTeX Citation

Description

THEMIS-A:  Solid State Telescope (SST) & Electrostatic Analyzer (ESA): ground
calculatedenergy fluxes & moments.(density, velocity, pressure, and temperature)
Generated from ESA+SST combined distributions

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA+SST Full+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_ptiff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Ion Density [tha_ptiff_densityQ]
  -----(Good Data Only)Ion Average Temperature [tha_ptiff_avgtempQ]
  -----(Good Data Only)Ion Thermal Velocity [tha_ptiff_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA-SST data) (Good Data Only) [tha_ptiff_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [tha_ptiff_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_ptiff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [tha_ptiff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [tha_ptiff_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [tha_ptiff_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [tha_ptiff_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [tha_ptiff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_ptiff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) (Good Data Only) [tha_ptiff_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [tha_ptiff_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [tha_ptiff_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [tha_ptiff_velocity_gsmQ]
  ESA+SST Full+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_pteff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Elec Density [tha_pteff_densityQ]
  -----(Good Data Only)Elec Average Temperature [tha_pteff_avgtempQ]
  -----(Good Data Only)Elec Thermal Velocity [tha_pteff_vthermalQ]
  -----SC Potential (Same time array as Full Elec ESA-SST data) (Good Data Only) [tha_pteff_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [tha_pteff_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_pteff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [tha_pteff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [tha_pteff_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [tha_pteff_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [tha_pteff_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [tha_pteff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_pteff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Elec ESA-SST data) (Good Data Only) [tha_pteff_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [tha_pteff_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [tha_pteff_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [tha_pteff_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_ptirf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [tha_ptirf_densityQ]
  -----Ion Average Temperature(Good Data Only) [tha_ptirf_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [tha_ptirf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) (Good Data Only) [tha_ptirf_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [tha_ptirf_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_ptirf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [tha_ptirf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [tha_ptirf_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [tha_ptirf_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [tha_ptirf_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [tha_ptirf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_ptirf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data)(Good Data Only) [tha_ptirf_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [tha_ptirf_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [tha_ptirf_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [tha_ptirf_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_pterf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Elec Density [tha_pterf_densityQ]
  -----Elec Average Temperature(Good Data Only) [tha_pterf_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [tha_pterf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Elec ESA-SST data) (Good Data Only) [tha_pterf_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [tha_pterf_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_pterf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [tha_pterf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [tha_pterf_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [tha_pterf_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [tha_pterf_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [tha_pterf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_pterf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Elec ESA-SST data)(Good Data Only) [tha_pterf_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [tha_pterf_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [tha_pterf_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [tha_pterf_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_ptibb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [tha_ptibb_densityQ]
  -----Ion Average Temperature(Good Data Only) [tha_ptibb_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [tha_ptibb_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA-SST data)(Good Data Only) [tha_ptibb_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [tha_ptibb_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_ptibb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [tha_ptibb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [tha_ptibb_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [tha_ptibb_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [tha_ptibb_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [tha_ptibb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_ptibb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data)(Good Data Only) [tha_ptibb_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [tha_ptibb_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [tha_ptibb_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [tha_ptibb_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [tha_ptebb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Elec Density [tha_ptebb_densityQ]
  -----Elec Average Temperature(Good Data Only) [tha_ptebb_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [tha_ptebb_vthermalQ]
  -----SC Potential (Same time array as Burst Elec ESA-SST data)(Good Data Only) [tha_ptebb_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [tha_ptebb_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [tha_ptebb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [tha_ptebb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [tha_ptebb_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [tha_ptebb_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [tha_ptebb_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [tha_ptebb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [tha_ptebb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Elec ESA-SST data)(Good Data Only) [tha_ptebb_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [tha_ptebb_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [tha_ptebb_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [tha_ptebb_velocity_gsmQ]
  (All qualities data) ESA+SST Full+Full Mode, Ion Density [tha_ptiff_density]
  -----Ion Average Temperature [tha_ptiff_avgtemp]
  -----Ion Thermal Velocity [tha_ptiff_vthermal]
  -----SC Potential (Same time array as Full Ion ESA-SST data) [tha_ptiff_sc_pot]
  -----Ion Energy Flux spectrogram [tha_ptiff_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_ptiff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_ptiff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_ptiff_ptens]
  -----Ion Momentum Flux Tensor [tha_ptiff_mftens]
  -----Ion Particle Flux Vector [tha_ptiff_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_ptiff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_ptiff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) [tha_ptiff_magf]
  -----Ion Velocity Vector in DSL [tha_ptiff_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_ptiff_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_ptiff_velocity_gsm]
  (All qualities data) ESA-SST Full (High Angular Resolution, few minute time res.) Mode, Electron Density [tha_pteff_density]
  -----Electron Average Temperature [tha_pteff_avgtemp]
  -----Electron Thermal Velocity [tha_pteff_vthermal]
  -----SC Potential (Same time array as Full Electron ESA-SST data) [tha_pteff_sc_pot]
  -----Electron Energy Flux spectrogram [tha_pteff_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_pteff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_pteff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_pteff_ptens]
  -----Electron Momentum Flux Tensor [tha_pteff_mftens]
  -----Electron Particle Flux Vector [tha_pteff_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_pteff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_pteff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA-SST data) [tha_pteff_magf]
  -----Electron Velocity Vector in DSL [tha_pteff_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_pteff_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_pteff_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [tha_ptirf_density]
  -----Ion Average Temperature [tha_ptirf_avgtemp]
  -----Ion Thermal Velocity [tha_ptirf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) [tha_ptirf_sc_pot]
  -----Ion Energy Flux spectrogram [tha_ptirf_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_ptirf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_ptirf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_ptirf_ptens]
  -----Ion Momentum Flux Tensor [tha_ptirf_mftens]
  -----Ion Particle Flux Vector [tha_ptirf_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_ptirf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_ptirf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data) [tha_ptirf_magf]
  -----Ion Velocity Vector in DSL [tha_ptirf_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_ptirf_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_ptirf_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Electron Density [tha_pterf_density]
  -----Electron Average Temperature [tha_pterf_avgtemp]
  -----Electron Thermal Velocity [tha_pterf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Electron ESA-SST data) [tha_pterf_sc_pot]
  -----Electron Energy Flux spectrogram [tha_pterf_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_pterf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_pterf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_pterf_ptens]
  -----Electron Momentum Flux Tensor [tha_pterf_mftens]
  -----Electron Particle Flux Vector [tha_pterf_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_pterf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_pterf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Electron ESA-SST data) [tha_pterf_magf]
  -----Electron Velocity Vector in DSL [tha_pterf_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_pterf_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_pterf_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [tha_ptibb_density]
  -----Ion Average Temperature [tha_ptibb_avgtemp]
  -----Ion Thermal Velocity [tha_ptibb_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA-SST data) [tha_ptibb_sc_pot]
  -----Ion Energy Flux spectrogram [tha_ptibb_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_ptibb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_ptibb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [tha_ptibb_ptens]
  -----Ion Momentum Flux Tensor [tha_ptibb_mftens]
  -----Ion Particle Flux Vector [tha_ptibb_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_ptibb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [tha_ptibb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data) [tha_ptibb_magf]
  -----Ion Velocity Vector in DSL [tha_ptibb_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_ptibb_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_ptibb_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Electron Density [tha_ptebb_density]
  -----Electron Average Temperature [tha_ptebb_avgtemp]
  -----Electron Thermal Velocity [tha_ptebb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA-SST data) [tha_ptebb_sc_pot]
  -----Electron Energy Flux spectrogram [tha_ptebb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [tha_ptebb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [tha_ptebb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [tha_ptebb_ptens]
  -----Electron Momentum Flux Tensor [tha_ptebb_mftens]
  -----Electron Particle Flux Vector [tha_ptebb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [tha_ptebb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [tha_ptebb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA-SST data) [tha_ptebb_magf]
  -----Electron Velocity Vector in DSL [tha_ptebb_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_ptebb_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_ptebb_velocity_gsm]
  ESA-SST electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_eesa_solarwind_flag]
  ESA-SST ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_iesa_solarwind_flag]

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THA_L2_MOM doi:10.48322/pfsr-hk98 Copy BibTeX Citation

Description

THEMIS-A:  On Board moments:  Electron/Ion moments density, flux, velocity,
pressure and temperature.Moment Data Quality flags (0: good data; non-zero flags
are totals of values; 1: missing S/C potential, 16: electron density Gt 2*ion
density, 32: ion density Gt 2*electron density, 64: Spacecraft Maneuver).

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Ion Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [tha_peim_data_quality]
  (Good data only) ESA On Board Moment (MOM) Ion Density, THEMIS-A [tha_peim_densityQ]
  -----Ion Total Pressure [tha_peim_ptotQ]
  -----Ion Particle Flux Vector [tha_peim_fluxQ]
  -----Ion Momentum Flux Tensor [tha_peim_mftensQ]
  -----Ion Energy Flux Vector [tha_peim_efluxQ]
  -----Ion Velocity Vector in DSL [tha_peim_velocity_dslQ]
  -----Ion Velocity Vector in GSE [tha_peim_velocity_gseQ]
  -----Ion Velocity Vector in GSM [tha_peim_velocity_gsmQ]
  -----Ion Pressure Tensor [tha_peim_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [tha_peim_magQ]
  -----Ion Velocity Vector, Field Aligned [tha_peim_velocity_magQ]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peim_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [tha_peim_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Electron Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [tha_peem_data_quality]
  (Good data only) ESA On Board Moment (MOM) Electron Density, THEMIS-A [tha_peem_densityQ]
  -----Electron Total Pressure [tha_peem_ptotQ]
  -----Electron Particle Flux Vector [tha_peem_fluxQ]
  -----Electron Momentum Flux Tensor [tha_peem_mftensQ]
  -----Electron Energy Flux Vector [tha_peem_efluxQ]
  -----Electron Velocity Vector in DSL [tha_peem_velocity_dslQ]
  -----Electron Velocity Vector in GSE [tha_peem_velocity_gseQ]
  -----Electron Velocity Vector in GSM [tha_peem_velocity_gsmQ]
  -----Electron Pressure Tensor [tha_peem_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [tha_peem_magQ]
  -----Electron Velocity Vector, Field Aligned [tha_peem_velocity_magQ]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peem_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [tha_peem_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All qualities data) ESA On Board Moment (MOM) Ion Density, THEMIS-A [tha_peim_density]
  -----Ion Total Pressure [tha_peim_ptot]
  -----Ion Particle Flux Vector [tha_peim_flux]
  -----Ion Momentum Flux Tensor [tha_peim_mftens]
  -----Ion Energy Flux Vector [tha_peim_eflux]
  -----Ion Velocity Vector in DSL [tha_peim_velocity_dsl]
  -----Ion Velocity Vector in GSE [tha_peim_velocity_gse]
  -----Ion Velocity Vector in GSM [tha_peim_velocity_gsm]
  -----Ion Pressure Tensor [tha_peim_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [tha_peim_mag]
  -----Ion Velocity Vector, Field Aligned [tha_peim_velocity_mag]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peim_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [tha_peim_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All Qualities data) ESA On Board Moment (MOM) Electron Density, THEMIS-A [tha_peem_density]
  -----Electron Total Pressure [tha_peem_ptot]
  -----Electron Particle Flux Vector [tha_peem_flux]
  -----Electron Momentum Flux Tensor [tha_peem_mftens]
  -----Electron Energy Flux Vector [tha_peem_eflux]
  -----Electron Velocity Vector in DSL [tha_peem_velocity_dsl]
  -----Electron Velocity Vector in GSE [tha_peem_velocity_gse]
  -----Electron Velocity Vector in GSM [tha_peem_velocity_gsm]
  -----Electron Pressure Tensor [tha_peem_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [tha_peem_mag]
  -----Electron Velocity Vector, Field Aligned [tha_peem_velocity_mag]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [tha_peem_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [tha_peem_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Spacecraft Potential, THEMIS-A [tha_pxxm_pot]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_iesa_solarwind_flag]

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THA_L2_SCM doi:10.48322/48b9-0860 Copy BibTeX Citation

Description

THEMIS-A: Search Coil Magnetometer (SCM) Magnetic Field Measurements. Includes
FAST SURVEY, PARTICLE BURST and WAVE BURST data. FAST SURVEY (SCF): 1/8 second
time resolution. PARTICLE BURST (SCP): 1/128 second time resolution; only short
bursts of data. WAVE BURST (SCW): 1/8192 second time resolution; only short
bursts of data. Sensor and electronics design provided by LPP, Roux and Le
Contel

Modification History

Rev- 2009-08-13

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B magnitude [tha_scf_btotal]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSE Coordinates [tha_scf_gse]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSM Coordinates [tha_scf_gsm]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_scf_dsl]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B magnitude [tha_scp_btotal]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [tha_scp_gse]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [tha_scp_gsm]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_scp_dsl]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B magnitude [tha_scw_btotal]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [tha_scw_gse]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [tha_scw_gsm]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [tha_scw_dsl]

  Units are in nanotesla
  

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THA_L2_SST doi:10.48322/99yq-8g75 Copy BibTeX Citation

Description

THEMIS-A:  Solid State Telescope (SST): Energy Flux spectrogram:  Data includes:
Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SST Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [tha_psif_data_quality]
  SST Ion energy spectrogram(Full Mode) (Good data only) [tha_psif_en_efluxQ]
  SST full mode derived ion density(Good data only) [tha_psif_densityQ]
  SST full mode derived average ion temperature(Good data only) [tha_psif_avgtempQ]
  SST full mode derived average ion thermal velocity(Good data only) [tha_psif_vthermalQ]
  Spacecraft potential used in generation of tha_psif moments(Good data only) [tha_psif_sc_potQ]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [tha_psif_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [tha_psif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(Good data only) [tha_psif_ptensQ]
  SST full distribution derived ion momentum flux tensor(Good data only) [tha_psif_mftensQ]
  SST full mode ion particle flux vector(Good data only) [tha_psif_fluxQ]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [tha_psif_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [tha_psif_symm_angQ]
  Magnetic field vector used for generation of psif moments in DSL coordinates(Good data only) [tha_psif_magfQ]
  SST full distribution derived ion velocity vector in DSL coordinates(Good data only) [tha_psif_velocity_dslQ]
  SST full distribution derived ion velocity vector in GSE coordinates(Good data only) [tha_psif_velocity_gseQ]
  SST full distribution derived ion velocity vector in GSM coordinates(Good data only) [tha_psif_velocity_gsmQ]
  SST Ion energy spectrogram(Full Mode)(All qualities) [tha_psif_en_eflux]
  SST full mode derived ion density(All qualities) [tha_psif_density]
  SST full mode derived average ion temperature(All qualities) [tha_psif_avgtemp]
  SST full mode derived average ion thermal velocity(All qualities) [tha_psif_vthermal]
  Spacecraft potential used in generation of tha_psif moments(All qualities) [tha_psif_sc_pot]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [tha_psif_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [tha_psif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(All qualities) [tha_psif_ptens]
  SST full distribution derived ion momentum flux tensor(All qualities) [tha_psif_mftens]
  SST full mode ion particle flux vector(All qualities) [tha_psif_flux]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [tha_psif_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [tha_psif_symm_ang]
  Magnetic field vector used for generation of psif moments in DSL coordinates(All qualities) [tha_psif_magf]
  SST full distribution derived ion velocity vector in DSL coordinates. (All qualities) [tha_psif_velocity_dsl]
  SST full distribution derived ion velocity vector in GSE coordinates(All qualities) [tha_psif_velocity_gse]
  SST full distribution derived ion velocity vector in GSM coordinates(All qualities) [tha_psif_velocity_gsm]
  SST Full Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [tha_psef_data_quality]
  SST Electron energy spectrogram(Good data only) [tha_psef_en_efluxQ]
  SST full mode derived electron density(Good data only) [tha_psef_densityQ]
  SST full mode derived average electron temperature(Good data only) [tha_psef_avgtempQ]
  SST full mode derived average electron thermal velocity(Good data only) [tha_psef_vthermalQ]
  Spacecraft potential used in generation of tha_psef moments(Good data only) [tha_psef_sc_potQ]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [tha_psef_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [tha_psef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(Good data only) [tha_psef_ptensQ]
  SST full distribution derived electron momentum flux tensor(Good data only) [tha_psef_mftensQ]
  SST full mode electron particle flux vector(Good data only) [tha_psef_fluxQ]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [tha_psef_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [tha_psef_symm_angQ]
  Magnetic field vector used for generation of psef moments in DSL coordinates(Good data only) [tha_psef_magfQ]
  SST full distribution derived electron velocity vector in DSL coordinates(Good data only) [tha_psef_velocity_dslQ]
  SST full distribution derived electron velocity vector in GSE coordinates(Good data only) [tha_psef_velocity_gseQ]
  SST full distribution derived electron velocity vector in GSM coordinates(Good data only) [tha_psef_velocity_gsmQ]
  SST Electron energy spectrogram(Full Mode)(All qualities) [tha_psef_en_eflux]
  SST full mode derived electron density(All qualities) [tha_psef_density]
  SST full mode derived average electron temperature(All qualities) [tha_psef_avgtemp]
  SST full mode derived average electron thermal velocity(All qualities) [tha_psef_vthermal]
  Spacecraft potential used in generation of tha_psef moments(All qualities) [tha_psef_sc_pot]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [tha_psef_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [tha_psef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(All qualities) [tha_psef_ptens]
  SST full distribution derived electron momentum flux tensor(All qualities) [tha_psef_mftens]
  SST full mode electron particle flux vector(All qualities) [tha_psef_flux]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [tha_psef_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [tha_psef_symm_ang]
  Magnetic field vector used for generation of psef moments in DSL coordinates(All Qualities) [tha_psef_magf]
  SST full distribution derived electron velocity vector in DSL coordinates(All Qualities) [tha_psef_velocity_dsl]
  SST full distribution derived electron velocity vector in GSE coordinates(All Qualities) [tha_psef_velocity_gse]
  SST full distribution derived electron velocity vector in GSM coordinates(All Qualities) [tha_psef_velocity_gsm]
  SST Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [tha_psib_data_quality]
  SST Ion energy spectrogram(Burst Mode) (Good data only) [tha_psib_en_efluxQ]
  SST burst mode derived ion density(Good data only) [tha_psib_densityQ]
  SST burst mode derived average ion temperature(Good data only) [tha_psib_avgtempQ]
  SST burst mode derived average ion thermal velocity(Good data only) [tha_psib_vthermalQ]
  Spacecraft potential used in generation of tha_psib moments(Good data only) [tha_psib_sc_potQ]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [tha_psib_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [tha_psib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(Good data only) [tha_psib_ptensQ]
  SST burst distribution derived ion momentum flux tensor(Good data only) [tha_psib_mftensQ]
  SST burst mode ion particle flux vector(Good data only) [tha_psib_fluxQ]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [tha_psib_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [tha_psib_symm_angQ]
  Magnetic field vector used for generation of psib moments in DSL coordinates(Good data only) [tha_psib_magfQ]
  SST burst distribution derived ion velocity vector in DSL coordinates(Good data only) [tha_psib_velocity_dslQ]
  SST burst distribution derived ion velocity vector in GSE coordinates(Good data only) [tha_psib_velocity_gseQ]
  SST burst distribution derived ion velocity vector in GSM coordinates(Good data only) [tha_psib_velocity_gsmQ]
  SST Ion energy spectrogram(Burst Mode)(All qualities) [tha_psib_en_eflux]
  SST burst mode derived ion density(All qualities) [tha_psib_density]
  SST burst mode derived average ion temperature(All qualities) [tha_psib_avgtemp]
  SST burst mode derived average ion thermal velocity(All qualities) [tha_psib_vthermal]
  Spacecraft potential used in generation of tha_psib moments(All qualities) [tha_psib_sc_pot]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [tha_psib_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [tha_psib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(All qualities) [tha_psib_ptens]
  SST burst distribution derived ion momentum flux tensor(All qualities) [tha_psib_mftens]
  SST burst mode ion particle flux vector(All qualities) [tha_psib_flux]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [tha_psib_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [tha_psib_symm_ang]
  Magnetic field vector used for generation of psib moments in DSL coordinates(All qualities) [tha_psib_magf]
  SST burst distribution derived ion velocity vector in DSL coordinates. (All qualities) [tha_psib_velocity_dsl]
  SST burst distribution derived ion velocity vector in GSE coordinates(All qualities) [tha_psib_velocity_gse]
  SST burst distribution derived ion velocity vector in GSM coordinates(All qualities) [tha_psib_velocity_gsm]
  SST Burst Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [tha_pseb_data_quality]
  SST Electron energy spectrogram(Good data only) [tha_pseb_en_efluxQ]
  SST burst mode derived electron density(Good data only) [tha_pseb_densityQ]
  SST burst mode derived average electron temperature(Good data only) [tha_pseb_avgtempQ]
  SST burst mode derived average electron thermal velocity(Good data only) [tha_pseb_vthermalQ]
  Spacecraft potential used in generation of tha_pseb moments(Good data only) [tha_pseb_sc_potQ]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [tha_pseb_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [tha_pseb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(Good data only) [tha_pseb_ptensQ]
  SST burst distribution derived electron momentum flux tensor(Good data only) [tha_pseb_mftensQ]
  SST burst mode electron particle flux vector(Good data only) [tha_pseb_fluxQ]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [tha_pseb_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [tha_pseb_symm_angQ]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(Good data only) [tha_pseb_magfQ]
  SST burst distribution derived electron velocity vector in DSL coordinates(Good data only) [tha_pseb_velocity_dslQ]
  SST burst distribution derived electron velocity vector in GSE coordinates(Good data only) [tha_pseb_velocity_gseQ]
  SST burst distribution derived electron velocity vector in GSM coordinates(Good data only) [tha_pseb_velocity_gsmQ]
  SST Electron energy spectrogram(Burst Mode)(All qualities) [tha_pseb_en_eflux]
  SST burst mode derived electron density(All qualities) [tha_pseb_density]
  SST burst mode derived average electron temperature(All qualities) [tha_pseb_avgtemp]
  SST burst mode derived average electron thermal velocity(All qualities) [tha_pseb_vthermal]
  Spacecraft potential used in generation of tha_pseb moments(All qualities) [tha_pseb_sc_pot]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [tha_pseb_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [tha_pseb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(All qualities) [tha_pseb_ptens]
  SST burst distribution derived electron momentum flux tensor(All qualities) [tha_pseb_mftens]
  SST burst mode electron particle flux vector(All qualities) [tha_pseb_flux]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [tha_pseb_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [tha_pseb_symm_ang]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(All Qualities) [tha_pseb_magf]
  SST burst distribution derived electron velocity vector in DSL coordinates(All Qualities) [tha_pseb_velocity_dsl]
  SST burst distribution derived electron velocity vector in GSE coordinates(All Qualities) [tha_pseb_velocity_gse]
  SST burst distribution derived electron velocity vector in GSM coordinates(All Qualities) [tha_pseb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [tha_iesa_solarwind_flag]

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---

THA_OR_SSC doi:10.48322/2dtd-tf28 Copy BibTeX Citation

Description

GROUP 1    Satellite   Resolution   Factor
            themisa        60         1
            themisb        60         1
            themisc        60         1
            themisd        60         1
            themise        60         1
           Start Time           Stop Time 
           2024 336 00:00       2025   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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---

THBPRED_OR_SSC

Description

GROUP 1    Satellite   Resolution   Factor
            themisapred     60         1
            themisbpred     60         1
            themiscpred     60         1
            themisdpred     60         1
            themisepred     60         1
           Start Time           Stop Time 
           2028   1 00:00       2029   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THB_HELIO1DAY_POSITION doi:10.48322/bqr4-cj65 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Distance from Sun to object [RAD_AU]
  Latitude in Solar Ecliptic Coordinate System (SE) [SE_LAT]
  Longitude in Solar Ecliptic Coordinate System (SE) [SE_LON]
  Latitude in heliographic Rotating Coordinate System (HG) [HG_LAT]
  Longitude in Heliographic Rotating Coordinate System (HG) [HG_LON]
  Latitude in heliographic Inertial Coordinate System (HGI) [HGI_LAT]
  Longitude in heliographic Inertial Coordinate System (HGI) [HGI_LON]

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---

THB_L1_STATE (spase://NASA/NumericalData/THEMIS/B/Ephemeris/PT01M)

Description

Produced by Mission Ops, Science Ops and Science Team..V00: Predictive on all,
pre-pass.V01: Intermediate: added definitive spinper, spinphase others
predictive, expected shortly after pass.V02: Preliminary: added definitive
position, expected shortly after OD update (1 day after pass).V03: Definitive:
added science attitude determination using perigee data post-processing

Modification History

Rev- 2008-04-09

• Data Variable Descriptions
  thb_position XYZ in GEI (timeseries plot) [thb_pos]
  thb_position XYZ in GEI (orbit plot) [thb_posV]
  thb_velocity [thb_vel]
  [Not populated yet] Initial angle offset between IDPU model and eclipse model in this segment. [thb_spin_initial_delta_phi]

  Only valid during eclipse segments.
  

  [Not populated yet] IDPU spin period [thb_spin_idpu_spinper]

  Only used during eclipse segments.
  

  [Not populated yet] Marker for eclipse segments. [thb_spin_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  Initial angle offset between IDPU model and eclipse model in this segment (eclipse spin model). [thb_spin_ecl_initial_delta_phi]

  Only valid during eclipse segments.
  

  IDPU spin period (eclipse spin model) [thb_spin_ecl_idpu_spinper]

  Only used during eclipse segments.
  

  Marker for eclipse segments (eclipse spin model). [thb_spin_ecl_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  thb_position XYZ in GSE (timeseries plot) [thb_pos_gse]
  thb_position XYZ in GSE (orbit plot) [thb_pos_gseV]
  thb_position XYZ in GSM (timeseries plot) [thb_pos_gsm]
  thb_position XYZ in GSM (orbit plot) [thb_pos_gsmV]
  thb_velocity_gse [thb_vel_gse]
  thb_velocity_gsm [thb_vel_gsm]
  thb_pos_sel [thb_pos_sel]
  thb_pos_sse [thb_pos_sse]
  thb_velocity_sel [thb_vel_sel]
  thb_velocity_sse [thb_vel_sse]

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THB_L2_EFI doi:10.48322/hadn-2t57 Copy BibTeX Citation

Description

THEMIS-B: Electric Field Instrument (EFI) Electric field measurements. The L2
product is a 3D estimate of Eperp derived from the spin plane E-field
measurements assuming E dot B = 0, using relevant FGM (Flux-Gate Magnetometer)
data.Includes spin-averaged, and Fast-survey field data.Spin-averaged (EFS_DOT0)
data has approximately 3 second time resolution. Fast-survey (EFF_DOT0) data has
1/8 second time resolution.

Modification History

Rev- 2009-09-16

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thb_efs_dot0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thb_efs_dot0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_efs_dot0_dsl]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSE coordinates [thb_eff_dot0_gse]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSM coordinates [thb_eff_dot0_gsm]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, , using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_eff_dot0_dsl]

  Units are in mV/m
  

  EFF_Q_MAG (Data Quality Parameter: equal to the spin-fit E34 electric field magnitude divided by the spin-fit E12 electric field magnitude. Good values are near 1.0) [thb_eff_q_mag]

  No Units
  

  EFF_Q_PHA (Data Quality Parameter: equal to the cosine of the angle between the spin-fit E34 electric field and the spin-fit E12 electric field. Good values are near 1.0) [thb_eff_q_pha]

  No Units
  

  E12_EFS, Ground Spin-fit (using E12), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_eff_e12_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

  E34_EFS, Ground Spin-fit (using E34), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_eff_e34_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

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THB_L2_ESA doi:10.48322/7g3t-f085 Copy BibTeX Citation

Description

THEMIS-B: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peif_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thb_peif_densityQ]
  -----Ion Average Temperature [thb_peif_avgtempQ]
  -----Ion Thermal Velocity [thb_peif_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA data) [thb_peif_sc_potQ]
  -----Ion Energy Flux spectrogram w/ [thb_peif_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peif_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peif_ptensQ]
  -----Ion Momentum Flux Tensor [thb_peif_mftensQ]
  -----Ion Particle Flux Vector /w Quality [thb_peif_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peif_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peif_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thb_peif_magfQ]
  -----Ion Velocity Vector in DSL [thb_peif_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thb_peif_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thb_peif_velocity_gsmQ]
  ESA Full Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peef_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thb_peef_densityQ]
  -----Electron Average Temperature [thb_peef_avgtempQ]
  -----Electron Thermal Velocity [thb_peef_vthermalQ]
  -----SC Potential (Same time array as Full Electron ESA data) [thb_peef_sc_potQ]
  -----Electron Energy Flux spectrogram [thb_peef_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peef_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peef_ptensQ]
  -----Electron Momentum Flux Tensor [thb_peef_mftensQ]
  -----Electron Particle Flux Vector [thb_peef_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peef_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peef_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thb_peef_magfQ]
  -----Electron Velocity Vector in DSL [thb_peef_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thb_peef_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thb_peef_velocity_gsmQ]
  ESA Reduced Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peir_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thb_peir_densityQ]
  -----Ion Average Temperature [thb_peir_avgtempQ]
  -----Ion Thermal Velocity [thb_peir_vthermalQ]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thb_peir_sc_potQ]
  -----Ion Energy Flux spectrogram [thb_peir_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peir_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peir_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peir_ptensQ]
  -----Ion Momentum Flux Tensor [thb_peir_mftensQ]
  -----Ion Particle Flux Vector [thb_peir_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peir_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peir_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thb_peir_magfQ]
  -----Ion Velocity Vector in DSL [thb_peir_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thb_peir_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thb_peir_velocity_gsmQ]
  ESA Reduced Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peer_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thb_peer_densityQ]
  -----Electron Average Temperature [thb_peer_avgtempQ]
  -----Electron Thermal Velocity [thb_peer_vthermalQ]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thb_peer_sc_potQ]
  -----Electron Energy Flux spectrogram [thb_peer_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peer_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peer_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peer_ptensQ]
  -----Electron Momentum Flux Tensor [thb_peer_mftensQ]
  -----Electron Particle Flux Vector [thb_peer_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peer_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peer_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thb_peer_magfQ]
  -----Electron Velocity Vector in DSL [thb_peer_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thb_peer_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thb_peer_velocity_gsmQ]
  ESA Burst Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peib_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thb_peib_densityQ]
  -----Ion Average Temperature [thb_peib_avgtempQ]
  -----Ion Thermal Velocity [thb_peib_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA data) [thb_peib_sc_potW]
  -----Ion Energy Flux spectrogram [thb_peib_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peib_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peib_ptensQ]
  -----Ion Momentum Flux Tensor [thb_peib_mftensQ]
  -----Ion Particle Flux Vector [thb_peib_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peib_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peib_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thb_peib_magfQ]
  -----Ion Velocity Vector in DSL [thb_peib_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thb_peib_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thb_peib_velocity_gsmQ]
  ESA Burst Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thb_peeb_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thb_peeb_densityQ]
  -----Electron Average Temperature [thb_peeb_avgtempQ]
  -----Electron Thermal Velocity [thb_peeb_vthermalQ]
  -----SC Potential (Same time array as Burst Electron ESA data) [thb_peeb_sc_potQ]
  -----Electron Energy Flux spectrogram [thb_peeb_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peeb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peeb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peeb_ptensQ]
  -----Electron Momentum Flux Tensor [thb_peeb_mftensQ]
  -----Electron Particle Flux Vector [thb_peeb_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peeb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peeb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thb_peeb_magfQ]
  -----Electron Velocity Vector in DSL [thb_peeb_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thb_peeb_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thb_peeb_velocity_gsmQ]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thb_peif_density]
  -----Ion Average Temperature [thb_peif_avgtemp]
  -----Ion Thermal Velocity [thb_peif_vthermal]
  -----SC Potential (Same time array as Full Ion ESA data) [thb_peif_sc_pot]
  -----Ion Energy Flux spectrogram [thb_peif_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peif_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peif_ptens]
  -----Ion Momentum Flux Tensor [thb_peif_mftens]
  -----Ion Particle Flux Vector [thb_peif_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peif_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peif_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thb_peif_magf]
  -----Ion Velocity Vector in DSL [thb_peif_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_peif_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_peif_velocity_gsm]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thb_peef_density]
  -----Electron Average Temperature [thb_peef_avgtemp]
  -----Electron Thermal Velocity [thb_peef_vthermal]
  -----SC Potential (Same time array as Full Electron ESA data) [thb_peef_sc_pot]
  -----Electron Energy Flux spectrogram [thb_peef_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peef_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peef_ptens]
  -----Electron Momentum Flux Tensor [thb_peef_mftens]
  -----Electron Particle Flux Vector [thb_peef_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peef_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peef_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thb_peef_magf]
  -----Electron Velocity Vector in DSL [thb_peef_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_peef_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_peef_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thb_peir_density]
  -----Ion Average Temperature [thb_peir_avgtemp]
  -----Ion Thermal Velocity [thb_peir_vthermal]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thb_peir_sc_pot]
  -----Ion Energy Flux spectrogram [thb_peir_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peir_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peir_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peir_ptens]
  -----Ion Momentum Flux Tensor [thb_peir_mftens]
  -----Ion Particle Flux Vector [thb_peir_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peir_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peir_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thb_peir_magf]
  -----Ion Velocity Vector in DSL [thb_peir_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_peir_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_peir_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thb_peer_density]
  -----Electron Average Temperature [thb_peer_avgtemp]
  -----Electron Thermal Velocity [thb_peer_vthermal]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thb_peer_sc_pot]
  -----Electron Energy Flux spectrogram [thb_peer_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peer_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peer_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peer_ptens]
  -----Electron Momentum Flux Tensor [thb_peer_mftens]
  -----Electron Particle Flux Vector [thb_peer_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peer_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peer_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thb_peer_magf]
  -----Electron Velocity Vector in DSL [thb_peer_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_peer_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_peer_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thb_peib_density]
  -----Ion Average Temperature [thb_peib_avgtemp]
  -----Ion Thermal Velocity [thb_peib_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA data) [thb_peib_sc_pot]
  -----Ion Energy Flux spectrogram [thb_peib_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peib_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_peib_ptens]
  -----Ion Momentum Flux Tensor [thb_peib_mftens]
  -----Ion Particle Flux Vector [thb_peib_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peib_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_peib_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thb_peib_magf]
  -----Ion Velocity Vector in DSL [thb_peib_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_peib_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_peib_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thb_peeb_density]
  -----Electron Average Temperature [thb_peeb_avgtemp]
  -----Electron Thermal Velocity [thb_peeb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA data) [thb_peeb_sc_pot]
  -----Electron Energy Flux spectrogram [thb_peeb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_peeb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_peeb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_peeb_ptens]
  -----Electron Momentum Flux Tensor [thb_peeb_mftens]
  -----Electron Particle Flux Vector [thb_peeb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_peeb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_peeb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thb_peeb_magf]
  -----Electron Velocity Vector in DSL [thb_peeb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_peeb_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_peeb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_iesa_solarwind_flag]

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THB_L2_FBK doi:10.48322/zbwc-cf09 Copy BibTeX Citation

Description

Sensor and electronics design provided by UCB (J. W. Bonnell, F. S. Mozer),
Digital Fields Board provided by LASP (R. Ergun), Search coil data provided by
CETP (A. Roux).

Modification History

Rev- 2006-09-18

• Data Variable Descriptions
  High-Frequency Filter peak and average values [thb_fb_hff]

  hf_peak and hf_avg are the peak and average values of the output of the
  High-Frequency Filter, a broadband filter convering the 100- to 400-kHz band
  used for AKR detection
  

  Spectrogram FBK Potential, Sensor 1 [thb_fb_v1]
  Spectrogram FBK Potential, Sensor 2 [thb_fb_v2]
  Spectrogram FBK Potential, Sensor 3 [thb_fb_v3]
  Spectrogram FBK Potential, Sensor 4 [thb_fb_v4]
  Spectrogram FBK Potential, Sensor 5 [thb_fb_v5]
  Spectrogram FBK Potential, Sensor 6 [thb_fb_v6]
  Spectrogram FBK E Field DC Component, Sensors 1&2 (spin plane) [thb_fb_edc12]
  Spectrogram FBK E Field DC Component, Sensors 3&4 (spin plane) [thb_fb_edc34]
  Spectrogram FBK E Field DC Component, Sensors 5&6 (axial) [thb_fb_edc56]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 1 [thb_fb_scm1]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 2 [thb_fb_scm2]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 3 [thb_fb_scm3]
  Spectrogram FBK E Field AC Component, Sensors 1&2 (spin plane) [thb_fb_eac12]
  Spectrogram FBK E Field AC Component, Sensors 3&4 (spin plane) [thb_fb_eac34]
  Spectrogram FBK E Field AC Component, Sensors 5&6 (axial) [thb_fb_eac56]

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THB_L2_FFT doi:10.48322/6mg1-y797 Copy BibTeX Citation

Description

THEMIS-B:  On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI)
and Magnetic (SCM) field, for particle and wave burst survey modes.

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (parallel to B) [thb_fff_16_dbpara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (perp to B) [thb_fff_16_dbperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_fff_16_eac12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_fff_16_eac34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_fff_16_eac56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_fff_16_edc12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_fff_16_edc34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_fff_16_edc56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (parallel to B) [thb_fff_16_epara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (perp to B) [thb_fff_16_eperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 1 [thb_fff_16_scm1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 2 [thb_fff_16_scm2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 3 [thb_fff_16_scm3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 1 [thb_fff_16_v1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 2 [thb_fff_16_v2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 3 [thb_fff_16_v3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 4 [thb_fff_16_v4]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 5 [thb_fff_16_v5]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 6 [thb_fff_16_v6]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (parallel to B) [thb_fff_32_dbpara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (perp to B) [thb_fff_32_dbperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_fff_32_eac12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_fff_32_eac34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_fff_32_eac56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_fff_32_edc12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_fff_32_edc34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_fff_32_edc56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (parallel to B) [thb_fff_32_epara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (perp to B) [thb_fff_32_eperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 1 [thb_fff_32_scm1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 2 [thb_fff_32_scm2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 3 [thb_fff_32_scm3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 1 [thb_fff_32_v1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 2 [thb_fff_32_v2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 3 [thb_fff_32_v3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 4 [thb_fff_32_v4]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 5 [thb_fff_32_v5]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 6 [thb_fff_32_v6]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (parallel to B) [thb_fff_64_dbpara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (perp to B) [thb_fff_64_dbperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_fff_64_eac12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_fff_64_eac34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_fff_64_eac56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_fff_64_edc12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_fff_64_edc34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_fff_64_edc56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (parallel to B) [thb_fff_64_epara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (perp to B) [thb_fff_64_eperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 1 [thb_fff_64_scm1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 2 [thb_fff_64_scm2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 3 [thb_fff_64_scm3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 1 [thb_fff_64_v1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 2 [thb_fff_64_v2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 3 [thb_fff_64_v3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 4 [thb_fff_64_v4]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 5 [thb_fff_64_v5]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 6 [thb_fff_64_v6]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (parallel to B) [thb_ffp_16_dbpara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (perp to B) [thb_ffp_16_dbperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffp_16_eac12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffp_16_eac34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffp_16_eac56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffp_16_edc12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffp_16_edc34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffp_16_edc56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (parallel to B) [thb_ffp_16_epara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (perp to B) [thb_ffp_16_eperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 1 [thb_ffp_16_scm1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 2 [thb_ffp_16_scm2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 3 [thb_ffp_16_scm3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 1 [thb_ffp_16_v1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 2 [thb_ffp_16_v2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 3 [thb_ffp_16_v3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 4 [thb_ffp_16_v4]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 5 [thb_ffp_16_v5]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 6 [thb_ffp_16_v6]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (parallel to B) [thb_ffp_32_dbpara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (perp to B) [thb_ffp_32_dbperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffp_32_eac12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffp_32_eac34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffp_32_eac56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffp_32_edc12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffp_32_edc34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffp_32_edc56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (parallel to B) [thb_ffp_32_epara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (perp to B) [thb_ffp_32_eperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 1 [thb_ffp_32_scm1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 2 [thb_ffp_32_scm2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 3 [thb_ffp_32_scm3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 1 [thb_ffp_32_v1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 2 [thb_ffp_32_v2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 3 [thb_ffp_32_v3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 4 [thb_ffp_32_v4]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 5 [thb_ffp_32_v5]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 6 [thb_ffp_32_v6]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (parallel to B) [thb_ffp_64_dbpara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (perp to B) [thb_ffp_64_dbperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffp_64_eac12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffp_64_eac34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffp_64_eac56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffp_64_edc12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffp_64_edc34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffp_64_edc56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (parallel to B) [thb_ffp_64_epara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (perp to B) [thb_ffp_64_eperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 1 [thb_ffp_64_scm1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 2 [thb_ffp_64_scm2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 3 [thb_ffp_64_scm3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 1 [thb_ffp_64_v1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 2 [thb_ffp_64_v2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 3 [thb_ffp_64_v3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 4 [thb_ffp_64_v4]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 5 [thb_ffp_64_v5]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 6 [thb_ffp_64_v6]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (parallel to B) [thb_ffw_16_dbpara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (perp to B) [thb_ffw_16_dbperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffw_16_eac12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffw_16_eac34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffw_16_eac56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffw_16_edc12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffw_16_edc34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffw_16_edc56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (parallel to B) [thb_ffw_16_epara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (perp to B) [thb_ffw_16_eperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 1 [thb_ffw_16_scm1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 2 [thb_ffw_16_scm2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 3 [thb_ffw_16_scm3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 1 [thb_ffw_16_v1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 2 [thb_ffw_16_v2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 3 [thb_ffw_16_v3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 4 [thb_ffw_16_v4]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 5 [thb_ffw_16_v5]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 6 [thb_ffw_16_v6]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (parallel to B) [thb_ffw_32_dbpara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (perp to B) [thb_ffw_32_dbperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffw_32_eac12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffw_32_eac34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffw_32_eac56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffw_32_edc12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffw_32_edc34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffw_32_edc56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (parallel to B) [thb_ffw_32_epara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (perp to B) [thb_ffw_32_eperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 1 [thb_ffw_32_scm1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 2 [thb_ffw_32_scm2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 3 [thb_ffw_32_scm3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 1 [thb_ffw_32_v1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 2 [thb_ffw_32_v2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 3 [thb_ffw_32_v3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 4 [thb_ffw_32_v4]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 5 [thb_ffw_32_v5]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 6 [thb_ffw_32_v6]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (parallel to B) [thb_ffw_64_dbpara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (perp to B) [thb_ffw_64_dbperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thb_ffw_64_eac12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thb_ffw_64_eac34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thb_ffw_64_eac56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thb_ffw_64_edc12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thb_ffw_64_edc34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thb_ffw_64_edc56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (parallel to B) [thb_ffw_64_epara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (perp to B) [thb_ffw_64_eperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 1 [thb_ffw_64_scm1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 2 [thb_ffw_64_scm2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 3 [thb_ffw_64_scm3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 1 [thb_ffw_64_v1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 2 [thb_ffw_64_v2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 3 [thb_ffw_64_v3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 4 [thb_ffw_64_v4]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 5 [thb_ffw_64_v5]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 6 [thb_ffw_64_v6]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

THB_L2_FGM (spase://DLR/NumericalData/THEMIS/B/FGM/PT0.0078125S)

Description

Sensor and electronics design provided by TUBS (Glassmeier, Auster) and IWF
(Baumjohann, Magnes)

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGM-FGS Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thb_fgm_fgs_quality]
  (Good data only) FGS magnetic field B magnitude [thb_fgs_btotalQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thb_fgs_gseQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSM Coordinates [thb_fgs_gsmQ]

  Units are in nanotesla
  

  ---- FGS magnetic field B in DSL (Despun Spacecraft) Coordinates [thb_fgs_dslQ]

  Units are in nanotesla
  

  (All Qualities data) FGS magnetic field B magnitude [thb_fgs_btotal]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thb_fgs_gse]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ GSM Coordinates [thb_fgs_gsm]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_fgs_dsl]

  Units are in nanotesla
  

  FGM-FGL Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thb_fgm_fgl_quality]
  (Good data only) FGL magnetic field B magnitude [thb_fgl_btotalQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSE Coordinates [thb_fgl_gseQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSM Coordinates [thb_fgl_gsmQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in DSL (Despun Spacecraft) Coordinates [thb_fgl_dslQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in SSL (Spinning Spacecraft) Coordinates [thb_fgl_sslQ]

  Units are in nanotesla
  

  (All Qualitities data) FGL magnetic field B magnitude [thb_fgl_btotal]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) field B in XYZ GSE Coordinates [thb_fgl_gse]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ GSM Coordinates [thb_fgl_gsm]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_fgl_dsl]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thb_fgl_ssl]

  Units are in nanotesla
  

  FGM-FGH Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thb_fgm_fgh_quality]
  (Good data only) FGH magnetic field B magnitude [thb_fgh_btotalQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thb_fgh_gseQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSM Coordinates [thb_fgh_gsmQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in DSL (Despun Spacecraft) Coordinates [thb_fgh_dslQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in SSL (Spinning Spacecraft) Coordinates [thb_fgh_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGH magnetic field B magnitude [thb_fgh_btotal]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thb_fgh_gse]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ GSM Coordinates [thb_fgh_gsm]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_fgh_dsl]

  Units are in nanotesla
  

  ----FGH magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thb_fgh_ssl]

  Units are in nanotesla
  

  FGM-FGE Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thb_fgm_fge_quality]
  (Good data only) FGE magnetic field B magnitude [thb_fge_btotalQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thb_fge_gseQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSM Coordinates [thb_fge_gsmQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in DSL Coordinates [thb_fge_dslQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in SSL Coordinates [thb_fge_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGE (engineering) magnetic field B magnitude [thb_fge_btotal]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thb_fge_gse]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ GSM Coordinates [thb_fge_gsm]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_fge_dsl]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thb_fge_ssl]

  Units are in nanotesla
  

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

THB_L2_FIT doi:10.48322/my2g-dj63 Copy BibTeX Citation

Description

THEMIS-B:  On Board spin fits of Electric (EFI) and Magnetic (FGM) field. 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Standard Deviation of onboard FGS magnetic field spin-fit [thb_fgs_sigma]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in XYZ despun spacecraft coordinates (DSL) [thb_fgs_dsl]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSE coordinates [thb_fgs_gse]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSM coordinates [thb_fgs_gsm]

  Units are in nanotesla
  

  Standard Deviation of onboard EFS (spin-fit) electric field spin-fit [thb_efs_sigma]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_efs_dsl]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in XYZ despun spacecraft coordinates (DSL) [thb_efs_0_dsl]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thb_efs_dot0_dsl]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSE coordinates [thb_efs_gse]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSE coordinates [thb_efs_0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thb_efs_dot0_gse]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSM coordinates [thb_efs_gsm]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSM coordinates [thb_efs_0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thb_efs_dot0_gsm]

  Units are in mV/m
  

  FIT_BFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thb_fit_bfit]

  Units are in nanotesla
  

  FIT_EFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thb_fit_efit]

Dataset in CDAWeb
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---

THB_L2_GMOM doi:10.48322/q8kq-gj70 Copy BibTeX Citation

Description

THEMIS-B:  Solid State Telescope (SST) & Electrostatic Analyzer (ESA): ground
calculatedenergy fluxes & moments.(density, velocity, pressure, and temperature)
Generated from ESA+SST combined distributions

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA+SST Full+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_ptiff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Ion Density [thb_ptiff_densityQ]
  -----(Good Data Only)Ion Average Temperature [thb_ptiff_avgtempQ]
  -----(Good Data Only)Ion Thermal Velocity [thb_ptiff_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA-SST data) (Good Data Only) [thb_ptiff_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thb_ptiff_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_ptiff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thb_ptiff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thb_ptiff_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thb_ptiff_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thb_ptiff_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thb_ptiff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_ptiff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) (Good Data Only) [thb_ptiff_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thb_ptiff_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thb_ptiff_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thb_ptiff_velocity_gsmQ]
  ESA+SST Full+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_pteff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Elec Density [thb_pteff_densityQ]
  -----(Good Data Only)Elec Average Temperature [thb_pteff_avgtempQ]
  -----(Good Data Only)Elec Thermal Velocity [thb_pteff_vthermalQ]
  -----SC Potential (Same time array as Full Elec ESA-SST data) (Good Data Only) [thb_pteff_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thb_pteff_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_pteff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thb_pteff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thb_pteff_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thb_pteff_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thb_pteff_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thb_pteff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_pteff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Elec ESA-SST data) (Good Data Only) [thb_pteff_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thb_pteff_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thb_pteff_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thb_pteff_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_ptirf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thb_ptirf_densityQ]
  -----Ion Average Temperature(Good Data Only) [thb_ptirf_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thb_ptirf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) (Good Data Only) [thb_ptirf_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thb_ptirf_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_ptirf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thb_ptirf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thb_ptirf_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thb_ptirf_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thb_ptirf_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thb_ptirf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_ptirf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data)(Good Data Only) [thb_ptirf_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thb_ptirf_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thb_ptirf_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thb_ptirf_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_pterf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Elec Density [thb_pterf_densityQ]
  -----Elec Average Temperature(Good Data Only) [thb_pterf_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thb_pterf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Elec ESA-SST data) (Good Data Only) [thb_pterf_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thb_pterf_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_pterf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thb_pterf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thb_pterf_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thb_pterf_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thb_pterf_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thb_pterf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_pterf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Elec ESA-SST data)(Good Data Only) [thb_pterf_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thb_pterf_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thb_pterf_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thb_pterf_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_ptibb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thb_ptibb_densityQ]
  -----Ion Average Temperature(Good Data Only) [thb_ptibb_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thb_ptibb_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thb_ptibb_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thb_ptibb_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_ptibb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thb_ptibb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thb_ptibb_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thb_ptibb_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thb_ptibb_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thb_ptibb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_ptibb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thb_ptibb_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thb_ptibb_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thb_ptibb_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thb_ptibb_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thb_ptebb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Elec Density [thb_ptebb_densityQ]
  -----Elec Average Temperature(Good Data Only) [thb_ptebb_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thb_ptebb_vthermalQ]
  -----SC Potential (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thb_ptebb_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thb_ptebb_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thb_ptebb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thb_ptebb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thb_ptebb_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thb_ptebb_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thb_ptebb_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thb_ptebb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thb_ptebb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thb_ptebb_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thb_ptebb_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thb_ptebb_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thb_ptebb_velocity_gsmQ]
  (All qualities data) ESA+SST Full+Full Mode, Ion Density [thb_ptiff_density]
  -----Ion Average Temperature [thb_ptiff_avgtemp]
  -----Ion Thermal Velocity [thb_ptiff_vthermal]
  -----SC Potential (Same time array as Full Ion ESA-SST data) [thb_ptiff_sc_pot]
  -----Ion Energy Flux spectrogram [thb_ptiff_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_ptiff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_ptiff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_ptiff_ptens]
  -----Ion Momentum Flux Tensor [thb_ptiff_mftens]
  -----Ion Particle Flux Vector [thb_ptiff_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_ptiff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_ptiff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) [thb_ptiff_magf]
  -----Ion Velocity Vector in DSL [thb_ptiff_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_ptiff_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_ptiff_velocity_gsm]
  (All qualities data) ESA-SST Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thb_pteff_density]
  -----Electron Average Temperature [thb_pteff_avgtemp]
  -----Electron Thermal Velocity [thb_pteff_vthermal]
  -----SC Potential (Same time array as Full Electron ESA-SST data) [thb_pteff_sc_pot]
  -----Electron Energy Flux spectrogram [thb_pteff_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_pteff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_pteff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_pteff_ptens]
  -----Electron Momentum Flux Tensor [thb_pteff_mftens]
  -----Electron Particle Flux Vector [thb_pteff_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_pteff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_pteff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA-SST data) [thb_pteff_magf]
  -----Electron Velocity Vector in DSL [thb_pteff_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_pteff_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_pteff_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thb_ptirf_density]
  -----Ion Average Temperature [thb_ptirf_avgtemp]
  -----Ion Thermal Velocity [thb_ptirf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) [thb_ptirf_sc_pot]
  -----Ion Energy Flux spectrogram [thb_ptirf_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_ptirf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_ptirf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_ptirf_ptens]
  -----Ion Momentum Flux Tensor [thb_ptirf_mftens]
  -----Ion Particle Flux Vector [thb_ptirf_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_ptirf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_ptirf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data) [thb_ptirf_magf]
  -----Ion Velocity Vector in DSL [thb_ptirf_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_ptirf_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_ptirf_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Electron Density [thb_pterf_density]
  -----Electron Average Temperature [thb_pterf_avgtemp]
  -----Electron Thermal Velocity [thb_pterf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Electron ESA-SST data) [thb_pterf_sc_pot]
  -----Electron Energy Flux spectrogram [thb_pterf_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_pterf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_pterf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_pterf_ptens]
  -----Electron Momentum Flux Tensor [thb_pterf_mftens]
  -----Electron Particle Flux Vector [thb_pterf_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_pterf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_pterf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Electron ESA-SST data) [thb_pterf_magf]
  -----Electron Velocity Vector in DSL [thb_pterf_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_pterf_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_pterf_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thb_ptibb_density]
  -----Ion Average Temperature [thb_ptibb_avgtemp]
  -----Ion Thermal Velocity [thb_ptibb_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA-SST data) [thb_ptibb_sc_pot]
  -----Ion Energy Flux spectrogram [thb_ptibb_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_ptibb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_ptibb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thb_ptibb_ptens]
  -----Ion Momentum Flux Tensor [thb_ptibb_mftens]
  -----Ion Particle Flux Vector [thb_ptibb_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_ptibb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thb_ptibb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data) [thb_ptibb_magf]
  -----Ion Velocity Vector in DSL [thb_ptibb_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_ptibb_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_ptibb_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Electron Density [thb_ptebb_density]
  -----Electron Average Temperature [thb_ptebb_avgtemp]
  -----Electron Thermal Velocity [thb_ptebb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA-SST data) [thb_ptebb_sc_pot]
  -----Electron Energy Flux spectrogram [thb_ptebb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thb_ptebb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thb_ptebb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thb_ptebb_ptens]
  -----Electron Momentum Flux Tensor [thb_ptebb_mftens]
  -----Electron Particle Flux Vector [thb_ptebb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thb_ptebb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thb_ptebb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA-SST data) [thb_ptebb_magf]
  -----Electron Velocity Vector in DSL [thb_ptebb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_ptebb_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_ptebb_velocity_gsm]
  ESA-SST electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_eesa_solarwind_flag]
  ESA-SST ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_iesa_solarwind_flag]

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THB_L2_MERGED doi:10.48322/kyn5-0772 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

THEMIS-B: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).
1. Retrieval of CDF files from CDAWeb of of ESA L2 'good' quality, 'full mode,
'ion plasma data [density (N), thermal speed(W), flow velocity GSE Cartesian
components (Vx,Vy, Vz)], starting 9/1/2010 when the spacecraft are mostly in the
moon's vicinity.  'Full mode' means as determined from 3-sec
high-angular-resolution distributions taken once every 96s (Fast Survey Scan -
FSS) or 384s (Slow Survey Scan - SSS), where FSS and SSS are mutually
exclusively used for several contiguous hours during each of most days.  Data
retrieval was followed by creation of ASCII version with N, W, and Vi, and with
|V|(flow speed) as computed by us from the Vi.
1a.  Despike the plasma data.  A modest number of ESA L2 data points appear to
be single-point spurious spikes.  We have attempted to delete these as follows. 
We test a point using its two predecessors and two followers. We require that
the 1st and last of these 5 points be within 60 mins of each other. The first
two and last two points in a data segment separated from its neighbors by
intervals of >60 min go untested by the algorithms discussed here.  We visually
scanned output data looking for obvious spikes thereby missed, and deleted
these.  Any record having a declared spike in any of its physical parameters is
rejected. For a parameter value to be declared a spike, it must satisfy two
criteria.   Let P represent the value of the physical parameter being tested.
Define <P> as the mean value of parameter P over the 1st, 2nd, 4th, and 5th
points of the current set, and let sigma(P) be the RMS deviation in this
average.  The first test for a spike is to have |P-<P>| > 20 * sigma(P).  As the
second test, for P = V, Vi (i = x, y, z), N, W, we require |P-<P>| > k * <P>
where k = 0.1, 0.1, 0.3, 0.6 for P = V, Vi, N, W respectively.  For Themis B and
C, these tests eliminated 64 and 51 96s or 384s ESA L2 points, respectively,
over the interval September 3, 2010 - January 29, 2011.
1b.  In addition to retrieving ESA N, W and Vi values from CDAWeb, we also
retrieved the ESA ion mode flag, where the values are 0 and 1.  Zero denotes a
magnetospheric mode and one a solar wind mode.  The magnetosphere mode involves
taking measurements over much broader ranges in energy and look direction than
for the solar wind mode.  This optimizes observations of hot, subsonic non-solar
wind plasma and of cooler supersonically flowing solar wind plasma.  Usually,
but not always, ESA is set to the solar wind mode when the spacecraft is in the
solar wind.  Moments of ESA magnetosphere-mode data taken while in the solar
wind are not reliable.  For further details, see the ESA documentation
accessible through the UCB URL given above. 
2. Retrieval of 1-min spacecraft position (GSE) data from SSCWeb
3. Retrieval of 29-min lunar position (GSE) data from SSCWeb
4. Calculation of moon-centered 1-min spacecraft positions by interpolating
29-min data to 1-min resolution, taking differences between the geocentric
spacecraft and moon positions, and changing units from Re to Rm (Moon radii, =
1737 km).
5. Merger of geocentric and selenocentric spacecraft position data and plasma
data, interpolating the 1-min position data to the times of the plasma data
6. Retrieval of CDF files of 3-sec magnetic field FGM data in GSE coordinates
from CDAWeb and conversion to ASCII.
7. Merger of plasma/position data and magnetic field data.  To each 96s or 384s
plasma/position record, we add the 3-s magnetic field data whose time tag is
closest to that of the plasma data (because, as noted above, the plasma
parameters are based on high-angular-resolution ion plasma distributions each
determined over three seconds.
8. Creation of FTPBrowser interfaces to these data for (a) plots and listings
[http://ftpbrowser.gsfc.nasa.gov/themisb_mrg.html] and (b) parameter value 
occurrence distributions and other statistics, with filtering
[http://ftpbrowser.gsfc.nasa.gov/themisb_mrg_d.html].(These interfaces will soon 
be LunaSOX-accessible at https://lunasox.gsfc.nasa.gov/Data_browser.html.) 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGS (spin-resolution/~3 sec) magnetic field B magnitude [thb_fgs_btotal]

  Units are in nanotesla
  

  FGS magnetic field B in XYZ GSE Coordinates [thb_fgs_gse]

  Units are in nanotesla
  

  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thb_peif_densityQ]
  -----Ion Thermal Velocity [thb_peif_vthermalQ]
  -----Plasma flow speed [thb_peif_vflowspeedQ]
  -----Ion Velocity Vector in GSE [thb_peif_velocity_gseQ]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in SSE coordinates (time-series) [XYZ_SSE]

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THB_L2_MOM doi:10.48322/2z69-n961 Copy BibTeX Citation

Description

THEMIS-B:  On Board moments:  Electron/Ion moments density, flux, velocity,
pressure and temperature.Moment Data Quality flags (0: good data; non-zero flags
are totals of values; 1: missing S/C potential, 16: electron density Gt 2*ion
density, 32: ion density Gt 2*electron density, 64: Spacecraft Maneuver).

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Ion Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thb_peim_data_quality]
  (Good data only) ESA On Board Moment (MOM) Ion Density, THEMIS-B [thb_peim_densityQ]
  -----Ion Total Pressure [thb_peim_ptotQ]
  -----Ion Particle Flux Vector [thb_peim_fluxQ]
  -----Ion Momentum Flux Tensor [thb_peim_mftensQ]
  -----Ion Energy Flux Vector [thb_peim_efluxQ]
  -----Ion Velocity Vector in DSL [thb_peim_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thb_peim_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thb_peim_velocity_gsmQ]
  -----Ion Pressure Tensor [thb_peim_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thb_peim_magQ]
  -----Ion Velocity Vector, Field Aligned [thb_peim_velocity_magQ]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peim_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thb_peim_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Electron Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thb_peem_data_quality]
  (Good data only) ESA On Board Moment (MOM) Electron Density, THEMIS-B [thb_peem_densityQ]
  -----Electron Total Pressure [thb_peem_ptotQ]
  -----Electron Particle Flux Vector [thb_peem_fluxQ]
  -----Electron Momentum Flux Tensor [thb_peem_mftensQ]
  -----Electron Energy Flux Vector [thb_peem_efluxQ]
  -----Electron Velocity Vector in DSL [thb_peem_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thb_peem_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thb_peem_velocity_gsmQ]
  -----Electron Pressure Tensor [thb_peem_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thb_peem_magQ]
  -----Electron Velocity Vector, Field Aligned [thb_peem_velocity_magQ]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peem_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thb_peem_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All qualities data) ESA On Board Moment (MOM) Ion Density, THEMIS-B [thb_peim_density]
  -----Ion Total Pressure [thb_peim_ptot]
  -----Ion Particle Flux Vector [thb_peim_flux]
  -----Ion Momentum Flux Tensor [thb_peim_mftens]
  -----Ion Energy Flux Vector [thb_peim_eflux]
  -----Ion Velocity Vector in DSL [thb_peim_velocity_dsl]
  -----Ion Velocity Vector in GSE [thb_peim_velocity_gse]
  -----Ion Velocity Vector in GSM [thb_peim_velocity_gsm]
  -----Ion Pressure Tensor [thb_peim_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thb_peim_mag]
  -----Ion Velocity Vector, Field Aligned [thb_peim_velocity_mag]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peim_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thb_peim_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All Qualities data) ESA On Board Moment (MOM) Electron Density, THEMIS-B [thb_peem_density]
  -----Electron Total Pressure [thb_peem_ptot]
  -----Electron Particle Flux Vector [thb_peem_flux]
  -----Electron Momentum Flux Tensor [thb_peem_mftens]
  -----Electron Energy Flux Vector [thb_peem_eflux]
  -----Electron Velocity Vector in DSL [thb_peem_velocity_dsl]
  -----Electron Velocity Vector in GSE [thb_peem_velocity_gse]
  -----Electron Velocity Vector in GSM [thb_peem_velocity_gsm]
  -----Electron Pressure Tensor [thb_peem_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thb_peem_mag]
  -----Electron Velocity Vector, Field Aligned [thb_peem_velocity_mag]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thb_peem_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thb_peem_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Spacecraft Potential, THEMIS-B [thb_pxxm_pot]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_iesa_solarwind_flag]

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THB_L2_SCM doi:10.48322/rwch-kk19 Copy BibTeX Citation

Description

THEMIS-B: Search Coil Magnetometer (SCM) Magnetic Field Measurements. Includes
FAST SURVEY, PARTICLE BURST and WAVE BURST data. FAST SURVEY (SCF): 1/8 second
time resolution. PARTICLE BURST (SCP): 1/128 second time resolution; only short
bursts of data. WAVE BURST (SCW): 1/8192 second time resolution; only short
bursts of data. Sensor and electronics design provided by LPP, Roux and Le
Contel

Modification History

Rev- 2009-08-13

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B magnitude [thb_scf_btotal]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSE Coordinates [thb_scf_gse]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSM Coordinates [thb_scf_gsm]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_scf_dsl]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B magnitude [thb_scp_btotal]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thb_scp_gse]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thb_scp_gsm]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_scp_dsl]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B magnitude [thb_scw_btotal]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thb_scw_gse]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thb_scw_gsm]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thb_scw_dsl]

  Units are in nanotesla
  

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THB_L2_SST doi:10.48322/gmq5-6h27 Copy BibTeX Citation

Description

THEMIS-B:  Solid State Telescope (SST): Energy Flux spectrogram:  Data includes:
Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SST Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thb_psif_data_quality]
  SST Ion energy spectrogram(Full Mode) (Good data only) [thb_psif_en_efluxQ]
  SST full mode derived ion density(Good data only) [thb_psif_densityQ]
  SST full mode derived average ion temperature(Good data only) [thb_psif_avgtempQ]
  SST full mode derived average ion thermal velocity(Good data only) [thb_psif_vthermalQ]
  Spacecraft potential used in generation of thb_psif moments(Good data only) [thb_psif_sc_potQ]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thb_psif_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thb_psif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(Good data only) [thb_psif_ptensQ]
  SST full distribution derived ion momentum flux tensor(Good data only) [thb_psif_mftensQ]
  SST full mode ion particle flux vector(Good data only) [thb_psif_fluxQ]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thb_psif_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thb_psif_symm_angQ]
  Magnetic field vector used for generation of psif moments in DSL coordinates(Good data only) [thb_psif_magfQ]
  SST full distribution derived ion velocity vector in DSL coordinates(Good data only) [thb_psif_velocity_dslQ]
  SST full distribution derived ion velocity vector in GSE coordinates(Good data only) [thb_psif_velocity_gseQ]
  SST full distribution derived ion velocity vector in GSM coordinates(Good data only) [thb_psif_velocity_gsmQ]
  SST Ion energy spectrogram(Full Mode)(All qualities) [thb_psif_en_eflux]
  SST full mode derived ion density(All qualities) [thb_psif_density]
  SST full mode derived average ion temperature(All qualities) [thb_psif_avgtemp]
  SST full mode derived average ion thermal velocity(All qualities) [thb_psif_vthermal]
  Spacecraft potential used in generation of thb_psif moments(All qualities) [thb_psif_sc_pot]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thb_psif_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thb_psif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(All qualities) [thb_psif_ptens]
  SST full distribution derived ion momentum flux tensor(All qualities) [thb_psif_mftens]
  SST full mode ion particle flux vector(All qualities) [thb_psif_flux]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thb_psif_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thb_psif_symm_ang]
  Magnetic field vector used for generation of psif moments in DSL coordinates(All qualities) [thb_psif_magf]
  SST full distribution derived ion velocity vector in DSL coordinates. (All qualities) [thb_psif_velocity_dsl]
  SST full distribution derived ion velocity vector in GSE coordinates(All qualities) [thb_psif_velocity_gse]
  SST full distribution derived ion velocity vector in GSM coordinates(All qualities) [thb_psif_velocity_gsm]
  SST Full Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thb_psef_data_quality]
  SST Electron energy spectrogram(Good data only) [thb_psef_en_efluxQ]
  SST full mode derived electron density(Good data only) [thb_psef_densityQ]
  SST full mode derived average electron temperature(Good data only) [thb_psef_avgtempQ]
  SST full mode derived average electron thermal velocity(Good data only) [thb_psef_vthermalQ]
  Spacecraft potential used in generation of thb_psef moments(Good data only) [thb_psef_sc_potQ]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thb_psef_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thb_psef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(Good data only) [thb_psef_ptensQ]
  SST full distribution derived electron momentum flux tensor(Good data only) [thb_psef_mftensQ]
  SST full mode electron particle flux vector(Good data only) [thb_psef_fluxQ]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thb_psef_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thb_psef_symm_angQ]
  Magnetic field vector used for generation of psef moments in DSL coordinates(Good data only) [thb_psef_magfQ]
  SST full distribution derived electron velocity vector in DSL coordinates(Good data only) [thb_psef_velocity_dslQ]
  SST full distribution derived electron velocity vector in GSE coordinates(Good data only) [thb_psef_velocity_gseQ]
  SST full distribution derived electron velocity vector in GSM coordinates(Good data only) [thb_psef_velocity_gsmQ]
  SST Electron energy spectrogram(Full Mode)(All qualities) [thb_psef_en_eflux]
  SST full mode derived electron density(All qualities) [thb_psef_density]
  SST full mode derived average electron temperature(All qualities) [thb_psef_avgtemp]
  SST full mode derived average electron thermal velocity(All qualities) [thb_psef_vthermal]
  Spacecraft potential used in generation of thb_psef moments(All qualities) [thb_psef_sc_pot]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thb_psef_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thb_psef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(All qualities) [thb_psef_ptens]
  SST full distribution derived electron momentum flux tensor(All qualities) [thb_psef_mftens]
  SST full mode electron particle flux vector(All qualities) [thb_psef_flux]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thb_psef_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thb_psef_symm_ang]
  Magnetic field vector used for generation of psef moments in DSL coordinates(All Qualities) [thb_psef_magf]
  SST full distribution derived electron velocity vector in DSL coordinates(All Qualities) [thb_psef_velocity_dsl]
  SST full distribution derived electron velocity vector in GSE coordinates(All Qualities) [thb_psef_velocity_gse]
  SST full distribution derived electron velocity vector in GSM coordinates(All Qualities) [thb_psef_velocity_gsm]
  SST Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thb_psib_data_quality]
  SST Ion energy spectrogram(Burst Mode) (Good data only) [thb_psib_en_efluxQ]
  SST burst mode derived ion density(Good data only) [thb_psib_densityQ]
  SST burst mode derived average ion temperature(Good data only) [thb_psib_avgtempQ]
  SST burst mode derived average ion thermal velocity(Good data only) [thb_psib_vthermalQ]
  Spacecraft potential used in generation of thb_psib moments(Good data only) [thb_psib_sc_potQ]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thb_psib_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thb_psib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(Good data only) [thb_psib_ptensQ]
  SST burst distribution derived ion momentum flux tensor(Good data only) [thb_psib_mftensQ]
  SST burst mode ion particle flux vector(Good data only) [thb_psib_fluxQ]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thb_psib_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thb_psib_symm_angQ]
  Magnetic field vector used for generation of psib moments in DSL coordinates(Good data only) [thb_psib_magfQ]
  SST burst distribution derived ion velocity vector in DSL coordinates(Good data only) [thb_psib_velocity_dslQ]
  SST burst distribution derived ion velocity vector in GSE coordinates(Good data only) [thb_psib_velocity_gseQ]
  SST burst distribution derived ion velocity vector in GSM coordinates(Good data only) [thb_psib_velocity_gsmQ]
  SST Ion energy spectrogram(Burst Mode)(All qualities) [thb_psib_en_eflux]
  SST burst mode derived ion density(All qualities) [thb_psib_density]
  SST burst mode derived average ion temperature(All qualities) [thb_psib_avgtemp]
  SST burst mode derived average ion thermal velocity(All qualities) [thb_psib_vthermal]
  Spacecraft potential used in generation of thb_psib moments(All qualities) [thb_psib_sc_pot]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thb_psib_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thb_psib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(All qualities) [thb_psib_ptens]
  SST burst distribution derived ion momentum flux tensor(All qualities) [thb_psib_mftens]
  SST burst mode ion particle flux vector(All qualities) [thb_psib_flux]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thb_psib_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thb_psib_symm_ang]
  Magnetic field vector used for generation of psib moments in DSL coordinates(All qualities) [thb_psib_magf]
  SST burst distribution derived ion velocity vector in DSL coordinates. (All qualities) [thb_psib_velocity_dsl]
  SST burst distribution derived ion velocity vector in GSE coordinates(All qualities) [thb_psib_velocity_gse]
  SST burst distribution derived ion velocity vector in GSM coordinates(All qualities) [thb_psib_velocity_gsm]
  SST Burst Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thb_pseb_data_quality]
  SST Electron energy spectrogram(Good data only) [thb_pseb_en_efluxQ]
  SST burst mode derived electron density(Good data only) [thb_pseb_densityQ]
  SST burst mode derived average electron temperature(Good data only) [thb_pseb_avgtempQ]
  SST burst mode derived average electron thermal velocity(Good data only) [thb_pseb_vthermalQ]
  Spacecraft potential used in generation of thb_pseb moments(Good data only) [thb_pseb_sc_potQ]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thb_pseb_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thb_pseb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(Good data only) [thb_pseb_ptensQ]
  SST burst distribution derived electron momentum flux tensor(Good data only) [thb_pseb_mftensQ]
  SST burst mode electron particle flux vector(Good data only) [thb_pseb_fluxQ]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thb_pseb_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thb_pseb_symm_angQ]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(Good data only) [thb_pseb_magfQ]
  SST burst distribution derived electron velocity vector in DSL coordinates(Good data only) [thb_pseb_velocity_dslQ]
  SST burst distribution derived electron velocity vector in GSE coordinates(Good data only) [thb_pseb_velocity_gseQ]
  SST burst distribution derived electron velocity vector in GSM coordinates(Good data only) [thb_pseb_velocity_gsmQ]
  SST Electron energy spectrogram(Burst Mode)(All qualities) [thb_pseb_en_eflux]
  SST burst mode derived electron density(All qualities) [thb_pseb_density]
  SST burst mode derived average electron temperature(All qualities) [thb_pseb_avgtemp]
  SST burst mode derived average electron thermal velocity(All qualities) [thb_pseb_vthermal]
  Spacecraft potential used in generation of thb_pseb moments(All qualities) [thb_pseb_sc_pot]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thb_pseb_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thb_pseb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(All qualities) [thb_pseb_ptens]
  SST burst distribution derived electron momentum flux tensor(All qualities) [thb_pseb_mftens]
  SST burst mode electron particle flux vector(All qualities) [thb_pseb_flux]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thb_pseb_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thb_pseb_symm_ang]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(All Qualities) [thb_pseb_magf]
  SST burst distribution derived electron velocity vector in DSL coordinates(All Qualities) [thb_pseb_velocity_dsl]
  SST burst distribution derived electron velocity vector in GSE coordinates(All Qualities) [thb_pseb_velocity_gse]
  SST burst distribution derived electron velocity vector in GSM coordinates(All Qualities) [thb_pseb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thb_iesa_solarwind_flag]

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---

THB_OR_SSC doi:10.48322/hycc-em64 Copy BibTeX Citation

Description

GROUP 1    Satellite   Resolution   Factor
            themisa        60         1
            themisb        60         1
            themisc        60         1
            themisd        60         1
            themise        60         1
           Start Time           Stop Time 
           2024 336 00:00       2025   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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---

THCPRED_OR_SSC

Description

GROUP 1    Satellite   Resolution   Factor
            themisapred     60         1
            themisbpred     60         1
            themiscpred     60         1
            themisdpred     60         1
            themisepred     60         1
           Start Time           Stop Time 
           2028   1 00:00       2029   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THC_HELIO1DAY_POSITION doi:10.48322/axy8-z379 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Distance from Sun to object [RAD_AU]
  Latitude in Solar Ecliptic Coordinate System (SE) [SE_LAT]
  Longitude in Solar Ecliptic Coordinate System (SE) [SE_LON]
  Latitude in heliographic Rotating Coordinate System (HG) [HG_LAT]
  Longitude in Heliographic Rotating Coordinate System (HG) [HG_LON]
  Latitude in heliographic Inertial Coordinate System (HGI) [HGI_LAT]
  Longitude in heliographic Inertial Coordinate System (HGI) [HGI_LON]

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---

THC_L1_STATE (spase://NASA/NumericalData/THEMIS/C/Ephemeris/PT01M)

Description

Produced by Mission Ops, Science Ops and Science Team..V00: Predictive on all,
pre-pass.V01: Intermediate: added definitive spinper, spinphase others
predictive, expected shortly after pass.V02: Preliminary: added definitive
position, expected shortly after OD update (1 day after pass).V03: Definitive:
added science attitude determination using perigee data post-processing

Modification History

Rev- 2008-04-09

• Data Variable Descriptions
  thc_position XYZ in GEI (timeseries plot) [thc_pos]
  thc_position XYZ in GEI (orbit plot) [thc_posV]
  thc_velocity [thc_vel]
  [Not populated yet] Initial angle offset between IDPU model and eclipse model in this segment. [thc_spin_initial_delta_phi]

  Only valid during eclipse segments.
  

  [Not populated yet] IDPU spin period [thc_spin_idpu_spinper]

  Only used during eclipse segments.
  

  [Not populated yet] Marker for eclipse segments. [thc_spin_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  Initial angle offset between IDPU model and eclipse model in this segment (eclipse spin model). [thc_spin_ecl_initial_delta_phi]

  Only valid during eclipse segments.
  

  IDPU spin period (eclipse spin model) [thc_spin_ecl_idpu_spinper]

  Only used during eclipse segments.
  

  Marker for eclipse segments (eclipse spin model). [thc_spin_ecl_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  thc_position XYZ in GSE (timeseries plot) [thc_pos_gse]
  thc_position XYZ in GSE (orbit plot) [thc_pos_gseV]
  thc_position XYZ in GSM (timeseries plot) [thc_pos_gsm]
  thc_position XYZ in GSM (orbit plot) [thc_pos_gsmV]
  thc_velocity_gse [thc_vel_gse]
  thc_velocity_gsm [thc_vel_gsm]
  thc_pos_sel [thc_pos_sel]
  thc_pos_sse [thc_pos_sse]
  thc_velocity_sel [thc_vel_sel]
  thc_velocity_sse [thc_vel_sse]

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THC_L2_EFI doi:10.48322/gmr7-8198 Copy BibTeX Citation

Description

THEMIS-C: Electric Field Instrument (EFI) Electric field measurements. The L2
product is a 3D estimate of Eperp derived from the spin plane E-field
measurements assuming E dot B = 0, using relevant FGM (Flux-Gate Magnetometer)
data.Includes spin-averaged, and Fast-survey field data.Spin-averaged (EFS_DOT0)
data has approximately 3 second time resolution. Fast-survey (EFF_DOT0) data has
1/8 second time resolution.

Modification History

Rev- 2009-09-16

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thc_efs_dot0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thc_efs_dot0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_efs_dot0_dsl]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSE coordinates [thc_eff_dot0_gse]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSM coordinates [thc_eff_dot0_gsm]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, , using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_eff_dot0_dsl]

  Units are in mV/m
  

  EFF_Q_MAG (Data Quality Parameter: equal to the spin-fit E34 electric field magnitude divided by the spin-fit E12 electric field magnitude. Good values are near 1.0) [thc_eff_q_mag]

  No Units
  

  EFF_Q_PHA (Data Quality Parameter: equal to the cosine of the angle between the spin-fit E34 electric field and the spin-fit E12 electric field. Good values are near 1.0) [thc_eff_q_pha]

  No Units
  

  E12_EFS, Ground Spin-fit (using E12), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_eff_e12_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

  E34_EFS, Ground Spin-fit (using E34), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_eff_e34_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

THC_L2_ESA doi:10.48322/scc7-mj94 Copy BibTeX Citation

Description

THEMIS-C: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peif_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thc_peif_densityQ]
  -----Ion Average Temperature [thc_peif_avgtempQ]
  -----Ion Thermal Velocity [thc_peif_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA data) [thc_peif_sc_potQ]
  -----Ion Energy Flux spectrogram w/ [thc_peif_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peif_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peif_ptensQ]
  -----Ion Momentum Flux Tensor [thc_peif_mftensQ]
  -----Ion Particle Flux Vector /w Quality [thc_peif_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peif_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peif_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thc_peif_magfQ]
  -----Ion Velocity Vector in DSL [thc_peif_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thc_peif_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thc_peif_velocity_gsmQ]
  ESA Full Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peef_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thc_peef_densityQ]
  -----Electron Average Temperature [thc_peef_avgtempQ]
  -----Electron Thermal Velocity [thc_peef_vthermalQ]
  -----SC Potential (Same time array as Full Electron ESA data) [thc_peef_sc_potQ]
  -----Electron Energy Flux spectrogram [thc_peef_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peef_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peef_ptensQ]
  -----Electron Momentum Flux Tensor [thc_peef_mftensQ]
  -----Electron Particle Flux Vector [thc_peef_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peef_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peef_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thc_peef_magfQ]
  -----Electron Velocity Vector in DSL [thc_peef_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thc_peef_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thc_peef_velocity_gsmQ]
  ESA Reduced Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peir_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thc_peir_densityQ]
  -----Ion Average Temperature [thc_peir_avgtempQ]
  -----Ion Thermal Velocity [thc_peir_vthermalQ]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thc_peir_sc_potQ]
  -----Ion Energy Flux spectrogram [thc_peir_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peir_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peir_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peir_ptensQ]
  -----Ion Momentum Flux Tensor [thc_peir_mftensQ]
  -----Ion Particle Flux Vector [thc_peir_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peir_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peir_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thc_peir_magfQ]
  -----Ion Velocity Vector in DSL [thc_peir_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thc_peir_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thc_peir_velocity_gsmQ]
  ESA Reduced Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peer_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thc_peer_densityQ]
  -----Electron Average Temperature [thc_peer_avgtempQ]
  -----Electron Thermal Velocity [thc_peer_vthermalQ]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thc_peer_sc_potQ]
  -----Electron Energy Flux spectrogram [thc_peer_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peer_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peer_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peer_ptensQ]
  -----Electron Momentum Flux Tensor [thc_peer_mftensQ]
  -----Electron Particle Flux Vector [thc_peer_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peer_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peer_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thc_peer_magfQ]
  -----Electron Velocity Vector in DSL [thc_peer_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thc_peer_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thc_peer_velocity_gsmQ]
  ESA Burst Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peib_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thc_peib_densityQ]
  -----Ion Average Temperature [thc_peib_avgtempQ]
  -----Ion Thermal Velocity [thc_peib_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA data) [thc_peib_sc_potW]
  -----Ion Energy Flux spectrogram [thc_peib_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peib_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peib_ptensQ]
  -----Ion Momentum Flux Tensor [thc_peib_mftensQ]
  -----Ion Particle Flux Vector [thc_peib_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peib_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peib_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thc_peib_magfQ]
  -----Ion Velocity Vector in DSL [thc_peib_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thc_peib_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thc_peib_velocity_gsmQ]
  ESA Burst Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thc_peeb_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thc_peeb_densityQ]
  -----Electron Average Temperature [thc_peeb_avgtempQ]
  -----Electron Thermal Velocity [thc_peeb_vthermalQ]
  -----SC Potential (Same time array as Burst Electron ESA data) [thc_peeb_sc_potQ]
  -----Electron Energy Flux spectrogram [thc_peeb_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peeb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peeb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peeb_ptensQ]
  -----Electron Momentum Flux Tensor [thc_peeb_mftensQ]
  -----Electron Particle Flux Vector [thc_peeb_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peeb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peeb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thc_peeb_magfQ]
  -----Electron Velocity Vector in DSL [thc_peeb_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thc_peeb_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thc_peeb_velocity_gsmQ]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thc_peif_density]
  -----Ion Average Temperature [thc_peif_avgtemp]
  -----Ion Thermal Velocity [thc_peif_vthermal]
  -----SC Potential (Same time array as Full Ion ESA data) [thc_peif_sc_pot]
  -----Ion Energy Flux spectrogram [thc_peif_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peif_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peif_ptens]
  -----Ion Momentum Flux Tensor [thc_peif_mftens]
  -----Ion Particle Flux Vector [thc_peif_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peif_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peif_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thc_peif_magf]
  -----Ion Velocity Vector in DSL [thc_peif_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_peif_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_peif_velocity_gsm]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thc_peef_density]
  -----Electron Average Temperature [thc_peef_avgtemp]
  -----Electron Thermal Velocity [thc_peef_vthermal]
  -----SC Potential (Same time array as Full Electron ESA data) [thc_peef_sc_pot]
  -----Electron Energy Flux spectrogram [thc_peef_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peef_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peef_ptens]
  -----Electron Momentum Flux Tensor [thc_peef_mftens]
  -----Electron Particle Flux Vector [thc_peef_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peef_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peef_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thc_peef_magf]
  -----Electron Velocity Vector in DSL [thc_peef_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_peef_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_peef_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thc_peir_density]
  -----Ion Average Temperature [thc_peir_avgtemp]
  -----Ion Thermal Velocity [thc_peir_vthermal]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thc_peir_sc_pot]
  -----Ion Energy Flux spectrogram [thc_peir_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peir_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peir_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peir_ptens]
  -----Ion Momentum Flux Tensor [thc_peir_mftens]
  -----Ion Particle Flux Vector [thc_peir_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peir_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peir_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thc_peir_magf]
  -----Ion Velocity Vector in DSL [thc_peir_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_peir_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_peir_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thc_peer_density]
  -----Electron Average Temperature [thc_peer_avgtemp]
  -----Electron Thermal Velocity [thc_peer_vthermal]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thc_peer_sc_pot]
  -----Electron Energy Flux spectrogram [thc_peer_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peer_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peer_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peer_ptens]
  -----Electron Momentum Flux Tensor [thc_peer_mftens]
  -----Electron Particle Flux Vector [thc_peer_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peer_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peer_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thc_peer_magf]
  -----Electron Velocity Vector in DSL [thc_peer_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_peer_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_peer_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thc_peib_density]
  -----Ion Average Temperature [thc_peib_avgtemp]
  -----Ion Thermal Velocity [thc_peib_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA data) [thc_peib_sc_pot]
  -----Ion Energy Flux spectrogram [thc_peib_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peib_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_peib_ptens]
  -----Ion Momentum Flux Tensor [thc_peib_mftens]
  -----Ion Particle Flux Vector [thc_peib_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peib_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_peib_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thc_peib_magf]
  -----Ion Velocity Vector in DSL [thc_peib_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_peib_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_peib_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thc_peeb_density]
  -----Electron Average Temperature [thc_peeb_avgtemp]
  -----Electron Thermal Velocity [thc_peeb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA data) [thc_peeb_sc_pot]
  -----Electron Energy Flux spectrogram [thc_peeb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_peeb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_peeb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_peeb_ptens]
  -----Electron Momentum Flux Tensor [thc_peeb_mftens]
  -----Electron Particle Flux Vector [thc_peeb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_peeb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_peeb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thc_peeb_magf]
  -----Electron Velocity Vector in DSL [thc_peeb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_peeb_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_peeb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_iesa_solarwind_flag]

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---

THC_L2_FBK doi:10.48322/ken1-sn21 Copy BibTeX Citation

Description

Sensor and electronics design provided by UCB (J. W. Bonnell, F. S. Mozer),
Digital Fields Board provided by LASP (R. Ergun), Search coil data provided by
CETP (A. Roux).

Modification History

Rev- 2006-09-18

• Data Variable Descriptions
  High-Frequency Filter peak and average values [thc_fb_hff]

  hf_peak and hf_avg are the peak and average values of the output of the
  High-Frequency Filter, a broadband filter convering the 100- to 400-kHz band
  used for AKR detection
  

  Spectrogram FBK Potential, Sensor 1 [thc_fb_v1]
  Spectrogram FBK Potential, Sensor 2 [thc_fb_v2]
  Spectrogram FBK Potential, Sensor 3 [thc_fb_v3]
  Spectrogram FBK Potential, Sensor 4 [thc_fb_v4]
  Spectrogram FBK Potential, Sensor 5 [thc_fb_v5]
  Spectrogram FBK Potential, Sensor 6 [thc_fb_v6]
  Spectrogram FBK E Field DC Component, Sensors 1&2 (spin plane) [thc_fb_edc12]
  Spectrogram FBK E Field DC Component, Sensors 3&4 (spin plane) [thc_fb_edc34]
  Spectrogram FBK E Field DC Component, Sensors 5&6 (axial) [thc_fb_edc56]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 1 [thc_fb_scm1]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 2 [thc_fb_scm2]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 3 [thc_fb_scm3]
  Spectrogram FBK E Field AC Component, Sensors 1&2 (spin plane) [thc_fb_eac12]
  Spectrogram FBK E Field AC Component, Sensors 3&4 (spin plane) [thc_fb_eac34]
  Spectrogram FBK E Field AC Component, Sensors 5&6 (axial) [thc_fb_eac56]

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---

THC_L2_FFT doi:10.48322/mb5w-e618 Copy BibTeX Citation

Description

THEMIS-C:  On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI)
and Magnetic (SCM) field, for particle and wave burst survey modes.

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (parallel to B) [thc_fff_16_dbpara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (perp to B) [thc_fff_16_dbperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_fff_16_eac12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_fff_16_eac34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_fff_16_eac56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_fff_16_edc12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_fff_16_edc34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_fff_16_edc56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (parallel to B) [thc_fff_16_epara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (perp to B) [thc_fff_16_eperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 1 [thc_fff_16_scm1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 2 [thc_fff_16_scm2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 3 [thc_fff_16_scm3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 1 [thc_fff_16_v1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 2 [thc_fff_16_v2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 3 [thc_fff_16_v3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 4 [thc_fff_16_v4]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 5 [thc_fff_16_v5]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 6 [thc_fff_16_v6]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (parallel to B) [thc_fff_32_dbpara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (perp to B) [thc_fff_32_dbperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_fff_32_eac12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_fff_32_eac34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_fff_32_eac56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_fff_32_edc12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_fff_32_edc34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_fff_32_edc56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (parallel to B) [thc_fff_32_epara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (perp to B) [thc_fff_32_eperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 1 [thc_fff_32_scm1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 2 [thc_fff_32_scm2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 3 [thc_fff_32_scm3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 1 [thc_fff_32_v1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 2 [thc_fff_32_v2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 3 [thc_fff_32_v3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 4 [thc_fff_32_v4]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 5 [thc_fff_32_v5]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 6 [thc_fff_32_v6]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (parallel to B) [thc_fff_64_dbpara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (perp to B) [thc_fff_64_dbperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_fff_64_eac12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_fff_64_eac34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_fff_64_eac56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_fff_64_edc12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_fff_64_edc34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_fff_64_edc56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (parallel to B) [thc_fff_64_epara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (perp to B) [thc_fff_64_eperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 1 [thc_fff_64_scm1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 2 [thc_fff_64_scm2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 3 [thc_fff_64_scm3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 1 [thc_fff_64_v1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 2 [thc_fff_64_v2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 3 [thc_fff_64_v3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 4 [thc_fff_64_v4]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 5 [thc_fff_64_v5]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 6 [thc_fff_64_v6]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (parallel to B) [thc_ffp_16_dbpara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (perp to B) [thc_ffp_16_dbperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffp_16_eac12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffp_16_eac34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffp_16_eac56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffp_16_edc12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffp_16_edc34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffp_16_edc56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (parallel to B) [thc_ffp_16_epara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (perp to B) [thc_ffp_16_eperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 1 [thc_ffp_16_scm1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 2 [thc_ffp_16_scm2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 3 [thc_ffp_16_scm3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 1 [thc_ffp_16_v1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 2 [thc_ffp_16_v2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 3 [thc_ffp_16_v3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 4 [thc_ffp_16_v4]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 5 [thc_ffp_16_v5]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 6 [thc_ffp_16_v6]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (parallel to B) [thc_ffp_32_dbpara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (perp to B) [thc_ffp_32_dbperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffp_32_eac12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffp_32_eac34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffp_32_eac56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffp_32_edc12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffp_32_edc34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffp_32_edc56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (parallel to B) [thc_ffp_32_epara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (perp to B) [thc_ffp_32_eperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 1 [thc_ffp_32_scm1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 2 [thc_ffp_32_scm2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 3 [thc_ffp_32_scm3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 1 [thc_ffp_32_v1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 2 [thc_ffp_32_v2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 3 [thc_ffp_32_v3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 4 [thc_ffp_32_v4]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 5 [thc_ffp_32_v5]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 6 [thc_ffp_32_v6]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (parallel to B) [thc_ffp_64_dbpara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (perp to B) [thc_ffp_64_dbperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffp_64_eac12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffp_64_eac34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffp_64_eac56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffp_64_edc12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffp_64_edc34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffp_64_edc56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (parallel to B) [thc_ffp_64_epara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (perp to B) [thc_ffp_64_eperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 1 [thc_ffp_64_scm1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 2 [thc_ffp_64_scm2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 3 [thc_ffp_64_scm3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 1 [thc_ffp_64_v1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 2 [thc_ffp_64_v2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 3 [thc_ffp_64_v3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 4 [thc_ffp_64_v4]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 5 [thc_ffp_64_v5]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 6 [thc_ffp_64_v6]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (parallel to B) [thc_ffw_16_dbpara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (perp to B) [thc_ffw_16_dbperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffw_16_eac12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffw_16_eac34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffw_16_eac56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffw_16_edc12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffw_16_edc34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffw_16_edc56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (parallel to B) [thc_ffw_16_epara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (perp to B) [thc_ffw_16_eperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 1 [thc_ffw_16_scm1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 2 [thc_ffw_16_scm2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 3 [thc_ffw_16_scm3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 1 [thc_ffw_16_v1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 2 [thc_ffw_16_v2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 3 [thc_ffw_16_v3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 4 [thc_ffw_16_v4]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 5 [thc_ffw_16_v5]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 6 [thc_ffw_16_v6]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (parallel to B) [thc_ffw_32_dbpara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (perp to B) [thc_ffw_32_dbperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffw_32_eac12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffw_32_eac34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffw_32_eac56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffw_32_edc12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffw_32_edc34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffw_32_edc56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (parallel to B) [thc_ffw_32_epara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (perp to B) [thc_ffw_32_eperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 1 [thc_ffw_32_scm1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 2 [thc_ffw_32_scm2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 3 [thc_ffw_32_scm3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 1 [thc_ffw_32_v1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 2 [thc_ffw_32_v2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 3 [thc_ffw_32_v3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 4 [thc_ffw_32_v4]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 5 [thc_ffw_32_v5]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 6 [thc_ffw_32_v6]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (parallel to B) [thc_ffw_64_dbpara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (perp to B) [thc_ffw_64_dbperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thc_ffw_64_eac12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thc_ffw_64_eac34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thc_ffw_64_eac56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thc_ffw_64_edc12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thc_ffw_64_edc34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thc_ffw_64_edc56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (parallel to B) [thc_ffw_64_epara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (perp to B) [thc_ffw_64_eperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 1 [thc_ffw_64_scm1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 2 [thc_ffw_64_scm2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 3 [thc_ffw_64_scm3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 1 [thc_ffw_64_v1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 2 [thc_ffw_64_v2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 3 [thc_ffw_64_v3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 4 [thc_ffw_64_v4]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 5 [thc_ffw_64_v5]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 6 [thc_ffw_64_v6]

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---

THC_L2_FGM (spase://DLR/NumericalData/THEMIS/C/FGM/PT0.0078125S)

Description

Sensor and electronics design provided by TUBS (Glassmeier, Auster) and IWF
(Baumjohann, Magnes)

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGM-FGS Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thc_fgm_fgs_quality]
  (Good data only) FGS magnetic field B magnitude [thc_fgs_btotalQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thc_fgs_gseQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSM Coordinates [thc_fgs_gsmQ]

  Units are in nanotesla
  

  ---- FGS magnetic field B in DSL (Despun Spacecraft) Coordinates [thc_fgs_dslQ]

  Units are in nanotesla
  

  (All Qualities data) FGS magnetic field B magnitude [thc_fgs_btotal]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thc_fgs_gse]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ GSM Coordinates [thc_fgs_gsm]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_fgs_dsl]

  Units are in nanotesla
  

  FGM-FGL Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thc_fgm_fgl_quality]
  (Good data only) FGL magnetic field B magnitude [thc_fgl_btotalQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSE Coordinates [thc_fgl_gseQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSM Coordinates [thc_fgl_gsmQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in DSL (Despun Spacecraft) Coordinates [thc_fgl_dslQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in SSL (Spinning Spacecraft) Coordinates [thc_fgl_sslQ]

  Units are in nanotesla
  

  (All Qualitities data) FGL magnetic field B magnitude [thc_fgl_btotal]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) field B in XYZ GSE Coordinates [thc_fgl_gse]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ GSM Coordinates [thc_fgl_gsm]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_fgl_dsl]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thc_fgl_ssl]

  Units are in nanotesla
  

  FGM-FGH Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thc_fgm_fgh_quality]
  (Good data only) FGH magnetic field B magnitude [thc_fgh_btotalQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thc_fgh_gseQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSM Coordinates [thc_fgh_gsmQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in DSL (Despun Spacecraft) Coordinates [thc_fgh_dslQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in SSL (Spinning Spacecraft) Coordinates [thc_fgh_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGH magnetic field B magnitude [thc_fgh_btotal]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thc_fgh_gse]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ GSM Coordinates [thc_fgh_gsm]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_fgh_dsl]

  Units are in nanotesla
  

  ----FGH magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thc_fgh_ssl]

  Units are in nanotesla
  

  FGM-FGE Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thc_fgm_fge_quality]
  (Good data only) FGE magnetic field B magnitude [thc_fge_btotalQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thc_fge_gseQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSM Coordinates [thc_fge_gsmQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in DSL Coordinates [thc_fge_dslQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in SSL Coordinates [thc_fge_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGE (engineering) magnetic field B magnitude [thc_fge_btotal]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thc_fge_gse]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ GSM Coordinates [thc_fge_gsm]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_fge_dsl]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thc_fge_ssl]

  Units are in nanotesla
  

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---

THC_L2_FIT doi:10.48322/jg03-4q46 Copy BibTeX Citation

Description

THEMIS-C:  On Board spin fits of Electric (EFI) and Magnetic (FGM) field. 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Standard Deviation of onboard FGS magnetic field spin-fit [thc_fgs_sigma]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in XYZ despun spacecraft coordinates (DSL) [thc_fgs_dsl]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSE coordinates [thc_fgs_gse]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSM coordinates [thc_fgs_gsm]

  Units are in nanotesla
  

  Standard Deviation of onboard EFS (spin-fit) electric field spin-fit [thc_efs_sigma]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_efs_dsl]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in XYZ despun spacecraft coordinates (DSL) [thc_efs_0_dsl]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thc_efs_dot0_dsl]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSE coordinates [thc_efs_gse]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSE coordinates [thc_efs_0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thc_efs_dot0_gse]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSM coordinates [thc_efs_gsm]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSM coordinates [thc_efs_0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thc_efs_dot0_gsm]

  Units are in mV/m
  

  FIT_BFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thc_fit_bfit]

  Units are in nanotesla
  

  FIT_EFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thc_fit_efit]

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---

THC_L2_GMOM doi:10.48322/svt8-nb52 Copy BibTeX Citation

Description

THEMIS-C:  Solid State Telescope (SST) & Electrostatic Analyzer (ESA): ground
calculatedenergy fluxes & moments.(density, velocity, pressure, and temperature)
Generated from ESA+SST combined distributions

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA+SST Full+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_ptiff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Ion Density [thc_ptiff_densityQ]
  -----(Good Data Only)Ion Average Temperature [thc_ptiff_avgtempQ]
  -----(Good Data Only)Ion Thermal Velocity [thc_ptiff_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA-SST data) (Good Data Only) [thc_ptiff_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thc_ptiff_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_ptiff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thc_ptiff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thc_ptiff_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thc_ptiff_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thc_ptiff_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thc_ptiff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_ptiff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) (Good Data Only) [thc_ptiff_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thc_ptiff_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thc_ptiff_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thc_ptiff_velocity_gsmQ]
  ESA+SST Full+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_pteff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Elec Density [thc_pteff_densityQ]
  -----(Good Data Only)Elec Average Temperature [thc_pteff_avgtempQ]
  -----(Good Data Only)Elec Thermal Velocity [thc_pteff_vthermalQ]
  -----SC Potential (Same time array as Full Elec ESA-SST data) (Good Data Only) [thc_pteff_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thc_pteff_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_pteff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thc_pteff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thc_pteff_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thc_pteff_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thc_pteff_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thc_pteff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_pteff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Elec ESA-SST data) (Good Data Only) [thc_pteff_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thc_pteff_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thc_pteff_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thc_pteff_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_ptirf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thc_ptirf_densityQ]
  -----Ion Average Temperature(Good Data Only) [thc_ptirf_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thc_ptirf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) (Good Data Only) [thc_ptirf_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thc_ptirf_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_ptirf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thc_ptirf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thc_ptirf_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thc_ptirf_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thc_ptirf_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thc_ptirf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_ptirf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data)(Good Data Only) [thc_ptirf_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thc_ptirf_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thc_ptirf_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thc_ptirf_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_pterf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Elec Density [thc_pterf_densityQ]
  -----Elec Average Temperature(Good Data Only) [thc_pterf_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thc_pterf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Elec ESA-SST data) (Good Data Only) [thc_pterf_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thc_pterf_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_pterf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thc_pterf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thc_pterf_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thc_pterf_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thc_pterf_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thc_pterf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_pterf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Elec ESA-SST data)(Good Data Only) [thc_pterf_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thc_pterf_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thc_pterf_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thc_pterf_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_ptibb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thc_ptibb_densityQ]
  -----Ion Average Temperature(Good Data Only) [thc_ptibb_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thc_ptibb_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thc_ptibb_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thc_ptibb_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_ptibb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thc_ptibb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thc_ptibb_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thc_ptibb_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thc_ptibb_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thc_ptibb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_ptibb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thc_ptibb_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thc_ptibb_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thc_ptibb_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thc_ptibb_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thc_ptebb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Elec Density [thc_ptebb_densityQ]
  -----Elec Average Temperature(Good Data Only) [thc_ptebb_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thc_ptebb_vthermalQ]
  -----SC Potential (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thc_ptebb_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thc_ptebb_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thc_ptebb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thc_ptebb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thc_ptebb_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thc_ptebb_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thc_ptebb_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thc_ptebb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thc_ptebb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thc_ptebb_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thc_ptebb_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thc_ptebb_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thc_ptebb_velocity_gsmQ]
  (All qualities data) ESA+SST Full+Full Mode, Ion Density [thc_ptiff_density]
  -----Ion Average Temperature [thc_ptiff_avgtemp]
  -----Ion Thermal Velocity [thc_ptiff_vthermal]
  -----SC Potential (Same time array as Full Ion ESA-SST data) [thc_ptiff_sc_pot]
  -----Ion Energy Flux spectrogram [thc_ptiff_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_ptiff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_ptiff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_ptiff_ptens]
  -----Ion Momentum Flux Tensor [thc_ptiff_mftens]
  -----Ion Particle Flux Vector [thc_ptiff_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_ptiff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_ptiff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) [thc_ptiff_magf]
  -----Ion Velocity Vector in DSL [thc_ptiff_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_ptiff_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_ptiff_velocity_gsm]
  (All qualities data) ESA-SST Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thc_pteff_density]
  -----Electron Average Temperature [thc_pteff_avgtemp]
  -----Electron Thermal Velocity [thc_pteff_vthermal]
  -----SC Potential (Same time array as Full Electron ESA-SST data) [thc_pteff_sc_pot]
  -----Electron Energy Flux spectrogram [thc_pteff_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_pteff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_pteff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_pteff_ptens]
  -----Electron Momentum Flux Tensor [thc_pteff_mftens]
  -----Electron Particle Flux Vector [thc_pteff_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_pteff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_pteff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA-SST data) [thc_pteff_magf]
  -----Electron Velocity Vector in DSL [thc_pteff_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_pteff_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_pteff_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thc_ptirf_density]
  -----Ion Average Temperature [thc_ptirf_avgtemp]
  -----Ion Thermal Velocity [thc_ptirf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) [thc_ptirf_sc_pot]
  -----Ion Energy Flux spectrogram [thc_ptirf_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_ptirf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_ptirf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_ptirf_ptens]
  -----Ion Momentum Flux Tensor [thc_ptirf_mftens]
  -----Ion Particle Flux Vector [thc_ptirf_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_ptirf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_ptirf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data) [thc_ptirf_magf]
  -----Ion Velocity Vector in DSL [thc_ptirf_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_ptirf_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_ptirf_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Electron Density [thc_pterf_density]
  -----Electron Average Temperature [thc_pterf_avgtemp]
  -----Electron Thermal Velocity [thc_pterf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Electron ESA-SST data) [thc_pterf_sc_pot]
  -----Electron Energy Flux spectrogram [thc_pterf_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_pterf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_pterf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_pterf_ptens]
  -----Electron Momentum Flux Tensor [thc_pterf_mftens]
  -----Electron Particle Flux Vector [thc_pterf_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_pterf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_pterf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Electron ESA-SST data) [thc_pterf_magf]
  -----Electron Velocity Vector in DSL [thc_pterf_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_pterf_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_pterf_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thc_ptibb_density]
  -----Ion Average Temperature [thc_ptibb_avgtemp]
  -----Ion Thermal Velocity [thc_ptibb_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA-SST data) [thc_ptibb_sc_pot]
  -----Ion Energy Flux spectrogram [thc_ptibb_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_ptibb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_ptibb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thc_ptibb_ptens]
  -----Ion Momentum Flux Tensor [thc_ptibb_mftens]
  -----Ion Particle Flux Vector [thc_ptibb_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_ptibb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thc_ptibb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data) [thc_ptibb_magf]
  -----Ion Velocity Vector in DSL [thc_ptibb_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_ptibb_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_ptibb_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Electron Density [thc_ptebb_density]
  -----Electron Average Temperature [thc_ptebb_avgtemp]
  -----Electron Thermal Velocity [thc_ptebb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA-SST data) [thc_ptebb_sc_pot]
  -----Electron Energy Flux spectrogram [thc_ptebb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thc_ptebb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thc_ptebb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thc_ptebb_ptens]
  -----Electron Momentum Flux Tensor [thc_ptebb_mftens]
  -----Electron Particle Flux Vector [thc_ptebb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thc_ptebb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thc_ptebb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA-SST data) [thc_ptebb_magf]
  -----Electron Velocity Vector in DSL [thc_ptebb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_ptebb_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_ptebb_velocity_gsm]
  ESA-SST electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_eesa_solarwind_flag]
  ESA-SST ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_iesa_solarwind_flag]

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THC_L2_MERGED doi:10.48322/szem-vt65 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

THEMIS-B: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).
1. Retrieval of CDF files from CDAWeb of of ESA L2 'good' quality, 'full mode,
'ion plasma data [density (N), thermal speed(W), flow velocity GSE Cartesian
components (Vx,Vy, Vz)], starting 9/1/2010 when the spacecraft are mostly in the
moon's vicinity.  'Full mode' means as determined from 3-sec
high-angular-resolution distributions taken once every 96s (Fast Survey Scan -
FSS) or 384s (Slow Survey Scan - SSS), where FSS and SSS are mutually
exclusively used for several contiguous hours during each of most days.  Data
retrieval was followed by creation of ASCII version with N, W, and Vi, and with
|V|(flow speed) as computed by us from the Vi.
1a.  Despike the plasma data.  A modest number of ESA L2 data points appear to
be single-point spurious spikes.  We have attempted to delete these as follows. 
We test a point using its two predecessors and two followers. We require that
the 1st and last of these 5 points be within 60 mins of each other. The first
two and last two points in a data segment separated from its neighbors by
intervals of >60 min go untested by the algorithms discussed here.  We visually
scanned output data looking for obvious spikes thereby missed, and deleted
these.  Any record having a declared spike in any of its physical parameters is
rejected. For a parameter value to be declared a spike, it must satisfy two
criteria.   Let P represent the value of the physical parameter being tested.
Define <P> as the mean value of parameter P over the 1st, 2nd, 4th, and 5th
points of the current set, and let sigma(P) be the RMS deviation in this
average.  The first test for a spike is to have |P-<P>| > 20 * sigma(P).  As the
second test, for P = V, Vi (i = x, y, z), N, W, we require |P-<P>| > k * <P>
where k = 0.1, 0.1, 0.3, 0.6 for P = V, Vi, N, W respectively.  For Themis B and
C, these tests eliminated 64 and 51 96s or 384s ESA L2 points, respectively,
over the interval September 3, 2010 - January 29, 2011.
1b.  In addition to retrieving ESA N, W and Vi values from CDAWeb, we also
retrieved the ESA ion mode flag, where the values are 0 and 1.  Zero denotes a
magnetospheric mode and one a solar wind mode.  The magnetosphere mode involves
taking measurements over much broader ranges in energy and look direction than
for the solar wind mode.  This optimizes observations of hot, subsonic non-solar
wind plasma and of cooler supersonically flowing solar wind plasma.  Usually,
but not always, ESA is set to the solar wind mode when the spacecraft is in the
solar wind.  Moments of ESA magnetosphere-mode data taken while in the solar
wind are not reliable.  For further details, see the ESA documentation
accessible through the UCB URL given above. 
2. Retrieval of 1-min spacecraft position (GSE) data from SSCWeb
3. Retrieval of 29-min lunar position (GSE) data from SSCWeb
4. Calculation of moon-centered 1-min spacecraft positions by interpolating
29-min data to 1-min resolution, taking differences between the geocentric
spacecraft and moon positions, and changing units from Re to Rm (Moon radii, =
1737 km).
5. Merger of geocentric and selenocentric spacecraft position data and plasma
data, interpolating the 1-min position data to the times of the plasma data
6. Retrieval of CDF files of 3-sec magnetic field FGM data in GSE coordinates
from CDAWeb and conversion to ASCII.
7. Merger of plasma/position data and magnetic field data.  To each 96s or 384s
plasma/position record, we add the 3-s magnetic field data whose time tag is
closest to that of the plasma data (because, as noted above, the plasma
parameters are based on high-angular-resolution ion plasma distributions each
determined over three seconds.
8. Creation of FTPBrowser interfaces to these data for (a) plots and listings
[http://ftpbrowser.gsfc.nasa.gov/themisb_mrg.html] and (b) parameter value 
occurrence distributions and other statistics, with filtering
[http://ftpbrowser.gsfc.nasa.gov/themisb_mrg_d.html].(These interfaces will soon 
be LunaSOX-accessible at https://lunasox.gsfc.nasa.gov/Data_browser.html.) 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGS (spin-resolution/~3 sec) magnetic field B magnitude [thc_fgs_btotal]

  Units are in nanotesla
  

  FGS magnetic field B in XYZ GSE Coordinates [thc_fgs_gse]

  Units are in nanotesla
  

  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thc_peif_densityQ]
  -----Ion Thermal Velocity [thc_peif_vthermalQ]
  -----Plasma flow speed [thc_peif_vflowspeedQ]
  -----Ion Velocity Vector in GSE [thc_peif_velocity_gseQ]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in SSE coordinates (time-series) [XYZ_SSE]

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THC_L2_MOM doi:10.48322/y91r-j665 Copy BibTeX Citation

Description

THEMIS-C:  On Board moments:  Electron/Ion moments density, flux, velocity,
pressure and temperature.Moment Data Quality flags (0: good data; non-zero flags
are totals of values; 1: missing S/C potential, 16: electron density Gt 2*ion
density, 32: ion density Gt 2*electron density, 64: Spacecraft Maneuver).

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Ion Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thc_peim_data_quality]
  (Good data only) ESA On Board Moment (MOM) Ion Density, THEMIS-C [thc_peim_densityQ]
  -----Ion Total Pressure [thc_peim_ptotQ]
  -----Ion Particle Flux Vector [thc_peim_fluxQ]
  -----Ion Momentum Flux Tensor [thc_peim_mftensQ]
  -----Ion Energy Flux Vector [thc_peim_efluxQ]
  -----Ion Velocity Vector in DSL [thc_peim_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thc_peim_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thc_peim_velocity_gsmQ]
  -----Ion Pressure Tensor [thc_peim_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thc_peim_magQ]
  -----Ion Velocity Vector, Field Aligned [thc_peim_velocity_magQ]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peim_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thc_peim_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Electron Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thc_peem_data_quality]
  (Good data only) ESA On Board Moment (MOM) Electron Density, THEMIS-C [thc_peem_densityQ]
  -----Electron Total Pressure [thc_peem_ptotQ]
  -----Electron Particle Flux Vector [thc_peem_fluxQ]
  -----Electron Momentum Flux Tensor [thc_peem_mftensQ]
  -----Electron Energy Flux Vector [thc_peem_efluxQ]
  -----Electron Velocity Vector in DSL [thc_peem_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thc_peem_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thc_peem_velocity_gsmQ]
  -----Electron Pressure Tensor [thc_peem_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thc_peem_magQ]
  -----Electron Velocity Vector, Field Aligned [thc_peem_velocity_magQ]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peem_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thc_peem_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All qualities data) ESA On Board Moment (MOM) Ion Density, THEMIS-C [thc_peim_density]
  -----Ion Total Pressure [thc_peim_ptot]
  -----Ion Particle Flux Vector [thc_peim_flux]
  -----Ion Momentum Flux Tensor [thc_peim_mftens]
  -----Ion Energy Flux Vector [thc_peim_eflux]
  -----Ion Velocity Vector in DSL [thc_peim_velocity_dsl]
  -----Ion Velocity Vector in GSE [thc_peim_velocity_gse]
  -----Ion Velocity Vector in GSM [thc_peim_velocity_gsm]
  -----Ion Pressure Tensor [thc_peim_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thc_peim_mag]
  -----Ion Velocity Vector, Field Aligned [thc_peim_velocity_mag]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peim_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thc_peim_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All Qualities data) ESA On Board Moment (MOM) Electron Density, THEMIS-C [thc_peem_density]
  -----Electron Total Pressure [thc_peem_ptot]
  -----Electron Particle Flux Vector [thc_peem_flux]
  -----Electron Momentum Flux Tensor [thc_peem_mftens]
  -----Electron Energy Flux Vector [thc_peem_eflux]
  -----Electron Velocity Vector in DSL [thc_peem_velocity_dsl]
  -----Electron Velocity Vector in GSE [thc_peem_velocity_gse]
  -----Electron Velocity Vector in GSM [thc_peem_velocity_gsm]
  -----Electron Pressure Tensor [thc_peem_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thc_peem_mag]
  -----Electron Velocity Vector, Field Aligned [thc_peem_velocity_mag]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thc_peem_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thc_peem_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Spacecraft Potential, THEMIS-C [thc_pxxm_pot]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_iesa_solarwind_flag]

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THC_L2_SCM doi:10.48322/dw9h-k139 Copy BibTeX Citation

Description

THEMIS-C: Search Coil Magnetometer (SCM) Magnetic Field Measurements. Includes
FAST SURVEY, PARTICLE BURST and WAVE BURST data. FAST SURVEY (SCF): 1/8 second
time resolution. PARTICLE BURST (SCP): 1/128 second time resolution; only short
bursts of data. WAVE BURST (SCW): 1/8192 second time resolution; only short
bursts of data. Sensor and electronics design provided by LPP, Roux and Le
Contel

Modification History

Rev- 2009-08-13

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B magnitude [thc_scf_btotal]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSE Coordinates [thc_scf_gse]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSM Coordinates [thc_scf_gsm]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_scf_dsl]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B magnitude [thc_scp_btotal]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thc_scp_gse]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thc_scp_gsm]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_scp_dsl]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B magnitude [thc_scw_btotal]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thc_scw_gse]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thc_scw_gsm]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thc_scw_dsl]

  Units are in nanotesla
  

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THC_L2_SST doi:10.48322/hj63-0x15 Copy BibTeX Citation

Description

THEMIS-C:  Solid State Telescope (SST): Energy Flux spectrogram:  Data includes:
Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SST Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thc_psif_data_quality]
  SST Ion energy spectrogram(Full Mode) (Good data only) [thc_psif_en_efluxQ]
  SST full mode derived ion density(Good data only) [thc_psif_densityQ]
  SST full mode derived average ion temperature(Good data only) [thc_psif_avgtempQ]
  SST full mode derived average ion thermal velocity(Good data only) [thc_psif_vthermalQ]
  Spacecraft potential used in generation of thc_psif moments(Good data only) [thc_psif_sc_potQ]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thc_psif_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thc_psif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(Good data only) [thc_psif_ptensQ]
  SST full distribution derived ion momentum flux tensor(Good data only) [thc_psif_mftensQ]
  SST full mode ion particle flux vector(Good data only) [thc_psif_fluxQ]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thc_psif_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thc_psif_symm_angQ]
  Magnetic field vector used for generation of psif moments in DSL coordinates(Good data only) [thc_psif_magfQ]
  SST full distribution derived ion velocity vector in DSL coordinates(Good data only) [thc_psif_velocity_dslQ]
  SST full distribution derived ion velocity vector in GSE coordinates(Good data only) [thc_psif_velocity_gseQ]
  SST full distribution derived ion velocity vector in GSM coordinates(Good data only) [thc_psif_velocity_gsmQ]
  SST Ion energy spectrogram(Full Mode)(All qualities) [thc_psif_en_eflux]
  SST full mode derived ion density(All qualities) [thc_psif_density]
  SST full mode derived average ion temperature(All qualities) [thc_psif_avgtemp]
  SST full mode derived average ion thermal velocity(All qualities) [thc_psif_vthermal]
  Spacecraft potential used in generation of thc_psif moments(All qualities) [thc_psif_sc_pot]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thc_psif_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thc_psif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(All qualities) [thc_psif_ptens]
  SST full distribution derived ion momentum flux tensor(All qualities) [thc_psif_mftens]
  SST full mode ion particle flux vector(All qualities) [thc_psif_flux]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thc_psif_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thc_psif_symm_ang]
  Magnetic field vector used for generation of psif moments in DSL coordinates(All qualities) [thc_psif_magf]
  SST full distribution derived ion velocity vector in DSL coordinates. (All qualities) [thc_psif_velocity_dsl]
  SST full distribution derived ion velocity vector in GSE coordinates(All qualities) [thc_psif_velocity_gse]
  SST full distribution derived ion velocity vector in GSM coordinates(All qualities) [thc_psif_velocity_gsm]
  SST Full Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thc_psef_data_quality]
  SST Electron energy spectrogram(Good data only) [thc_psef_en_efluxQ]
  SST full mode derived electron density(Good data only) [thc_psef_densityQ]
  SST full mode derived average electron temperature(Good data only) [thc_psef_avgtempQ]
  SST full mode derived average electron thermal velocity(Good data only) [thc_psef_vthermalQ]
  Spacecraft potential used in generation of thc_psef moments(Good data only) [thc_psef_sc_potQ]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thc_psef_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thc_psef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(Good data only) [thc_psef_ptensQ]
  SST full distribution derived electron momentum flux tensor(Good data only) [thc_psef_mftensQ]
  SST full mode electron particle flux vector(Good data only) [thc_psef_fluxQ]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thc_psef_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thc_psef_symm_angQ]
  Magnetic field vector used for generation of psef moments in DSL coordinates(Good data only) [thc_psef_magfQ]
  SST full distribution derived electron velocity vector in DSL coordinates(Good data only) [thc_psef_velocity_dslQ]
  SST full distribution derived electron velocity vector in GSE coordinates(Good data only) [thc_psef_velocity_gseQ]
  SST full distribution derived electron velocity vector in GSM coordinates(Good data only) [thc_psef_velocity_gsmQ]
  SST Electron energy spectrogram(Full Mode)(All qualities) [thc_psef_en_eflux]
  SST full mode derived electron density(All qualities) [thc_psef_density]
  SST full mode derived average electron temperature(All qualities) [thc_psef_avgtemp]
  SST full mode derived average electron thermal velocity(All qualities) [thc_psef_vthermal]
  Spacecraft potential used in generation of thc_psef moments(All qualities) [thc_psef_sc_pot]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thc_psef_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thc_psef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(All qualities) [thc_psef_ptens]
  SST full distribution derived electron momentum flux tensor(All qualities) [thc_psef_mftens]
  SST full mode electron particle flux vector(All qualities) [thc_psef_flux]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thc_psef_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thc_psef_symm_ang]
  Magnetic field vector used for generation of psef moments in DSL coordinates(All Qualities) [thc_psef_magf]
  SST full distribution derived electron velocity vector in DSL coordinates(All Qualities) [thc_psef_velocity_dsl]
  SST full distribution derived electron velocity vector in GSE coordinates(All Qualities) [thc_psef_velocity_gse]
  SST full distribution derived electron velocity vector in GSM coordinates(All Qualities) [thc_psef_velocity_gsm]
  SST Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thc_psib_data_quality]
  SST Ion energy spectrogram(Burst Mode) (Good data only) [thc_psib_en_efluxQ]
  SST burst mode derived ion density(Good data only) [thc_psib_densityQ]
  SST burst mode derived average ion temperature(Good data only) [thc_psib_avgtempQ]
  SST burst mode derived average ion thermal velocity(Good data only) [thc_psib_vthermalQ]
  Spacecraft potential used in generation of thc_psib moments(Good data only) [thc_psib_sc_potQ]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thc_psib_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thc_psib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(Good data only) [thc_psib_ptensQ]
  SST burst distribution derived ion momentum flux tensor(Good data only) [thc_psib_mftensQ]
  SST burst mode ion particle flux vector(Good data only) [thc_psib_fluxQ]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thc_psib_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thc_psib_symm_angQ]
  Magnetic field vector used for generation of psib moments in DSL coordinates(Good data only) [thc_psib_magfQ]
  SST burst distribution derived ion velocity vector in DSL coordinates(Good data only) [thc_psib_velocity_dslQ]
  SST burst distribution derived ion velocity vector in GSE coordinates(Good data only) [thc_psib_velocity_gseQ]
  SST burst distribution derived ion velocity vector in GSM coordinates(Good data only) [thc_psib_velocity_gsmQ]
  SST Ion energy spectrogram(Burst Mode)(All qualities) [thc_psib_en_eflux]
  SST burst mode derived ion density(All qualities) [thc_psib_density]
  SST burst mode derived average ion temperature(All qualities) [thc_psib_avgtemp]
  SST burst mode derived average ion thermal velocity(All qualities) [thc_psib_vthermal]
  Spacecraft potential used in generation of thc_psib moments(All qualities) [thc_psib_sc_pot]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thc_psib_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thc_psib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(All qualities) [thc_psib_ptens]
  SST burst distribution derived ion momentum flux tensor(All qualities) [thc_psib_mftens]
  SST burst mode ion particle flux vector(All qualities) [thc_psib_flux]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thc_psib_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thc_psib_symm_ang]
  Magnetic field vector used for generation of psib moments in DSL coordinates(All qualities) [thc_psib_magf]
  SST burst distribution derived ion velocity vector in DSL coordinates. (All qualities) [thc_psib_velocity_dsl]
  SST burst distribution derived ion velocity vector in GSE coordinates(All qualities) [thc_psib_velocity_gse]
  SST burst distribution derived ion velocity vector in GSM coordinates(All qualities) [thc_psib_velocity_gsm]
  SST Burst Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thc_pseb_data_quality]
  SST Electron energy spectrogram(Good data only) [thc_pseb_en_efluxQ]
  SST burst mode derived electron density(Good data only) [thc_pseb_densityQ]
  SST burst mode derived average electron temperature(Good data only) [thc_pseb_avgtempQ]
  SST burst mode derived average electron thermal velocity(Good data only) [thc_pseb_vthermalQ]
  Spacecraft potential used in generation of thc_pseb moments(Good data only) [thc_pseb_sc_potQ]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thc_pseb_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thc_pseb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(Good data only) [thc_pseb_ptensQ]
  SST burst distribution derived electron momentum flux tensor(Good data only) [thc_pseb_mftensQ]
  SST burst mode electron particle flux vector(Good data only) [thc_pseb_fluxQ]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thc_pseb_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thc_pseb_symm_angQ]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(Good data only) [thc_pseb_magfQ]
  SST burst distribution derived electron velocity vector in DSL coordinates(Good data only) [thc_pseb_velocity_dslQ]
  SST burst distribution derived electron velocity vector in GSE coordinates(Good data only) [thc_pseb_velocity_gseQ]
  SST burst distribution derived electron velocity vector in GSM coordinates(Good data only) [thc_pseb_velocity_gsmQ]
  SST Electron energy spectrogram(Burst Mode)(All qualities) [thc_pseb_en_eflux]
  SST burst mode derived electron density(All qualities) [thc_pseb_density]
  SST burst mode derived average electron temperature(All qualities) [thc_pseb_avgtemp]
  SST burst mode derived average electron thermal velocity(All qualities) [thc_pseb_vthermal]
  Spacecraft potential used in generation of thc_pseb moments(All qualities) [thc_pseb_sc_pot]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thc_pseb_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thc_pseb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(All qualities) [thc_pseb_ptens]
  SST burst distribution derived electron momentum flux tensor(All qualities) [thc_pseb_mftens]
  SST burst mode electron particle flux vector(All qualities) [thc_pseb_flux]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thc_pseb_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thc_pseb_symm_ang]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(All Qualities) [thc_pseb_magf]
  SST burst distribution derived electron velocity vector in DSL coordinates(All Qualities) [thc_pseb_velocity_dsl]
  SST burst distribution derived electron velocity vector in GSE coordinates(All Qualities) [thc_pseb_velocity_gse]
  SST burst distribution derived electron velocity vector in GSM coordinates(All Qualities) [thc_pseb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thc_iesa_solarwind_flag]

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THC_OR_SSC doi:10.48322/tyjx-5g19 Copy BibTeX Citation

Description

GROUP 1    Satellite   Resolution   Factor
            themisa        60         1
            themisb        60         1
            themisc        60         1
            themisd        60         1
            themise        60         1
           Start Time           Stop Time 
           2024 336 00:00       2025   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THDPRED_OR_SSC

Description

GROUP 1    Satellite   Resolution   Factor
            themisapred     60         1
            themisbpred     60         1
            themiscpred     60         1
            themisdpred     60         1
            themisepred     60         1
           Start Time           Stop Time 
           2028   1 00:00       2029   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THD_L1_STATE (spase://NASA/NumericalData/THEMIS/D/Ephemeris/PT01M)

Description

Produced by Mission Ops, Science Ops and Science Team..V00: Predictive on all,
pre-pass.V01: Intermediate: added definitive spinper, spinphase others
predictive, expected shortly after pass.V02: Preliminary: added definitive
position, expected shortly after OD update (1 day after pass).V03: Definitive:
added science attitude determination using perigee data post-processing

Modification History

Rev- 2008-04-09

• Data Variable Descriptions
  thd_position XYZ in GEI (timeseries plot) [thd_pos]
  thd_position XYZ in GEI (orbit plot) [thd_posV]
  thd_velocity [thd_vel]
  [Not populated yet] Initial angle offset between IDPU model and eclipse model in this segment. [thd_spin_initial_delta_phi]

  Only valid during eclipse segments.
  

  [Not populated yet] IDPU spin period [thd_spin_idpu_spinper]

  Only used during eclipse segments.
  

  [Not populated yet] Marker for eclipse segments. [thd_spin_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  Initial angle offset between IDPU model and eclipse model in this segment (eclipse spin model). [thd_spin_ecl_initial_delta_phi]

  Only valid during eclipse segments.
  

  IDPU spin period (eclipse spin model) [thd_spin_ecl_idpu_spinper]

  Only used during eclipse segments.
  

  Marker for eclipse segments (eclipse spin model). [thd_spin_ecl_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  thd_position XYZ in GSE (timeseries plot) [thd_pos_gse]
  thd_position XYZ in GSE (orbit plot) [thd_pos_gseV]
  thd_position XYZ in GSM (timeseries plot) [thd_pos_gsm]
  thd_position XYZ in GSM (orbit plot) [thd_pos_gsmV]
  thd_velocity_gse [thd_vel_gse]
  thd_velocity_gsm [thd_vel_gsm]
  thd_pos_sel [thd_pos_sel]
  thd_pos_sse [thd_pos_sse]
  thd_velocity_sel [thd_vel_sel]
  thd_velocity_sse [thd_vel_sse]

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THD_L2_EFI doi:10.48322/5bb0-by57 Copy BibTeX Citation

Description

THEMIS-D: Electric Field Instrument (EFI) Electric field measurements. The L2
product is a 3D estimate of Eperp derived from the spin plane E-field
measurements assuming E dot B = 0, using relevant FGM (Flux-Gate Magnetometer)
data.Includes spin-averaged, and Fast-survey field data.Spin-averaged (EFS_DOT0)
data has approximately 3 second time resolution. Fast-survey (EFF_DOT0) data has
1/8 second time resolution.

Modification History

Rev- 2009-09-16

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thd_efs_dot0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thd_efs_dot0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_efs_dot0_dsl]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSE coordinates [thd_eff_dot0_gse]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSM coordinates [thd_eff_dot0_gsm]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, , using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_eff_dot0_dsl]

  Units are in mV/m
  

  EFF_Q_MAG (Data Quality Parameter: equal to the spin-fit E34 electric field magnitude divided by the spin-fit E12 electric field magnitude. Good values are near 1.0) [thd_eff_q_mag]

  No Units
  

  EFF_Q_PHA (Data Quality Parameter: equal to the cosine of the angle between the spin-fit E34 electric field and the spin-fit E12 electric field. Good values are near 1.0) [thd_eff_q_pha]

  No Units
  

  E12_EFS, Ground Spin-fit (using E12), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_eff_e12_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

  E34_EFS, Ground Spin-fit (using E34), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_eff_e34_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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THD_L2_ESA doi:10.48322/05m2-0k28 Copy BibTeX Citation

Description

THEMIS-D: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peif_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thd_peif_densityQ]
  -----Ion Average Temperature [thd_peif_avgtempQ]
  -----Ion Thermal Velocity [thd_peif_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA data) [thd_peif_sc_potQ]
  -----Ion Energy Flux spectrogram w/ [thd_peif_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peif_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peif_ptensQ]
  -----Ion Momentum Flux Tensor [thd_peif_mftensQ]
  -----Ion Particle Flux Vector /w Quality [thd_peif_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peif_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peif_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thd_peif_magfQ]
  -----Ion Velocity Vector in DSL [thd_peif_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thd_peif_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thd_peif_velocity_gsmQ]
  ESA Full Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peef_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thd_peef_densityQ]
  -----Electron Average Temperature [thd_peef_avgtempQ]
  -----Electron Thermal Velocity [thd_peef_vthermalQ]
  -----SC Potential (Same time array as Full Electron ESA data) [thd_peef_sc_potQ]
  -----Electron Energy Flux spectrogram [thd_peef_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peef_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peef_ptensQ]
  -----Electron Momentum Flux Tensor [thd_peef_mftensQ]
  -----Electron Particle Flux Vector [thd_peef_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peef_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peef_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thd_peef_magfQ]
  -----Electron Velocity Vector in DSL [thd_peef_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thd_peef_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thd_peef_velocity_gsmQ]
  ESA Reduced Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peir_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thd_peir_densityQ]
  -----Ion Average Temperature [thd_peir_avgtempQ]
  -----Ion Thermal Velocity [thd_peir_vthermalQ]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thd_peir_sc_potQ]
  -----Ion Energy Flux spectrogram [thd_peir_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peir_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peir_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peir_ptensQ]
  -----Ion Momentum Flux Tensor [thd_peir_mftensQ]
  -----Ion Particle Flux Vector [thd_peir_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peir_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peir_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thd_peir_magfQ]
  -----Ion Velocity Vector in DSL [thd_peir_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thd_peir_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thd_peir_velocity_gsmQ]
  ESA Reduced Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peer_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thd_peer_densityQ]
  -----Electron Average Temperature [thd_peer_avgtempQ]
  -----Electron Thermal Velocity [thd_peer_vthermalQ]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thd_peer_sc_potQ]
  -----Electron Energy Flux spectrogram [thd_peer_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peer_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peer_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peer_ptensQ]
  -----Electron Momentum Flux Tensor [thd_peer_mftensQ]
  -----Electron Particle Flux Vector [thd_peer_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peer_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peer_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thd_peer_magfQ]
  -----Electron Velocity Vector in DSL [thd_peer_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thd_peer_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thd_peer_velocity_gsmQ]
  ESA Burst Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peib_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thd_peib_densityQ]
  -----Ion Average Temperature [thd_peib_avgtempQ]
  -----Ion Thermal Velocity [thd_peib_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA data) [thd_peib_sc_potW]
  -----Ion Energy Flux spectrogram [thd_peib_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peib_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peib_ptensQ]
  -----Ion Momentum Flux Tensor [thd_peib_mftensQ]
  -----Ion Particle Flux Vector [thd_peib_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peib_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peib_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thd_peib_magfQ]
  -----Ion Velocity Vector in DSL [thd_peib_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thd_peib_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thd_peib_velocity_gsmQ]
  ESA Burst Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [thd_peeb_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thd_peeb_densityQ]
  -----Electron Average Temperature [thd_peeb_avgtempQ]
  -----Electron Thermal Velocity [thd_peeb_vthermalQ]
  -----SC Potential (Same time array as Burst Electron ESA data) [thd_peeb_sc_potQ]
  -----Electron Energy Flux spectrogram [thd_peeb_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peeb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peeb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peeb_ptensQ]
  -----Electron Momentum Flux Tensor [thd_peeb_mftensQ]
  -----Electron Particle Flux Vector [thd_peeb_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peeb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peeb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thd_peeb_magfQ]
  -----Electron Velocity Vector in DSL [thd_peeb_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thd_peeb_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thd_peeb_velocity_gsmQ]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [thd_peif_density]
  -----Ion Average Temperature [thd_peif_avgtemp]
  -----Ion Thermal Velocity [thd_peif_vthermal]
  -----SC Potential (Same time array as Full Ion ESA data) [thd_peif_sc_pot]
  -----Ion Energy Flux spectrogram [thd_peif_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peif_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peif_ptens]
  -----Ion Momentum Flux Tensor [thd_peif_mftens]
  -----Ion Particle Flux Vector [thd_peif_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peif_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peif_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [thd_peif_magf]
  -----Ion Velocity Vector in DSL [thd_peif_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_peif_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_peif_velocity_gsm]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thd_peef_density]
  -----Electron Average Temperature [thd_peef_avgtemp]
  -----Electron Thermal Velocity [thd_peef_vthermal]
  -----SC Potential (Same time array as Full Electron ESA data) [thd_peef_sc_pot]
  -----Electron Energy Flux spectrogram [thd_peef_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peef_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peef_ptens]
  -----Electron Momentum Flux Tensor [thd_peef_mftens]
  -----Electron Particle Flux Vector [thd_peef_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peef_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peef_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [thd_peef_magf]
  -----Electron Velocity Vector in DSL [thd_peef_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_peef_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_peef_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [thd_peir_density]
  -----Ion Average Temperature [thd_peir_avgtemp]
  -----Ion Thermal Velocity [thd_peir_vthermal]
  -----SC Potential (Same time array as Reduced Ion ESA data) [thd_peir_sc_pot]
  -----Ion Energy Flux spectrogram [thd_peir_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peir_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peir_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peir_ptens]
  -----Ion Momentum Flux Tensor [thd_peir_mftens]
  -----Ion Particle Flux Vector [thd_peir_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peir_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peir_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [thd_peir_magf]
  -----Ion Velocity Vector in DSL [thd_peir_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_peir_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_peir_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [thd_peer_density]
  -----Electron Average Temperature [thd_peer_avgtemp]
  -----Electron Thermal Velocity [thd_peer_vthermal]
  -----SC Potential (Same time array as Reduced Electron ESA data) [thd_peer_sc_pot]
  -----Electron Energy Flux spectrogram [thd_peer_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peer_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peer_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peer_ptens]
  -----Electron Momentum Flux Tensor [thd_peer_mftens]
  -----Electron Particle Flux Vector [thd_peer_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peer_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peer_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [thd_peer_magf]
  -----Electron Velocity Vector in DSL [thd_peer_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_peer_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_peer_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [thd_peib_density]
  -----Ion Average Temperature [thd_peib_avgtemp]
  -----Ion Thermal Velocity [thd_peib_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA data) [thd_peib_sc_pot]
  -----Ion Energy Flux spectrogram [thd_peib_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peib_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_peib_ptens]
  -----Ion Momentum Flux Tensor [thd_peib_mftens]
  -----Ion Particle Flux Vector [thd_peib_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peib_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_peib_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [thd_peib_magf]
  -----Ion Velocity Vector in DSL [thd_peib_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_peib_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_peib_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [thd_peeb_density]
  -----Electron Average Temperature [thd_peeb_avgtemp]
  -----Electron Thermal Velocity [thd_peeb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA data) [thd_peeb_sc_pot]
  -----Electron Energy Flux spectrogram [thd_peeb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_peeb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_peeb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_peeb_ptens]
  -----Electron Momentum Flux Tensor [thd_peeb_mftens]
  -----Electron Particle Flux Vector [thd_peeb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_peeb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_peeb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [thd_peeb_magf]
  -----Electron Velocity Vector in DSL [thd_peeb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_peeb_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_peeb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_iesa_solarwind_flag]

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THD_L2_FBK doi:10.48322/dj1x-mv94 Copy BibTeX Citation

Description

Sensor and electronics design provided by UCB (J. W. Bonnell, F. S. Mozer),
Digital Fields Board provided by LASP (R. Ergun), Search coil data provided by
CETP (A. Roux).

Modification History

Rev- 2006-09-18

• Data Variable Descriptions
  High-Frequency Filter peak and average values [thd_fb_hff]

  hf_peak and hf_avg are the peak and average values of the output of the
  High-Frequency Filter, a broadband filter convering the 100- to 400-kHz band
  used for AKR detection
  

  Spectrogram FBK Potential, Sensor 1 [thd_fb_v1]
  Spectrogram FBK Potential, Sensor 2 [thd_fb_v2]
  Spectrogram FBK Potential, Sensor 3 [thd_fb_v3]
  Spectrogram FBK Potential, Sensor 4 [thd_fb_v4]
  Spectrogram FBK Potential, Sensor 5 [thd_fb_v5]
  Spectrogram FBK Potential, Sensor 6 [thd_fb_v6]
  Spectrogram FBK E Field DC Component, Sensors 1&2 (spin plane) [thd_fb_edc12]
  Spectrogram FBK E Field DC Component, Sensors 3&4 (spin plane) [thd_fb_edc34]
  Spectrogram FBK E Field DC Component, Sensors 5&6 (axial) [thd_fb_edc56]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 1 [thd_fb_scm1]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 2 [thd_fb_scm2]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 3 [thd_fb_scm3]
  Spectrogram FBK E Field AC Component, Sensors 1&2 (spin plane) [thd_fb_eac12]
  Spectrogram FBK E Field AC Component, Sensors 3&4 (spin plane) [thd_fb_eac34]
  Spectrogram FBK E Field AC Component, Sensors 5&6 (axial) [thd_fb_eac56]

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THD_L2_FFT doi:10.48322/jj19-0q58 Copy BibTeX Citation

Description

THEMIS-D:  On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI)
and Magnetic (SCM) field, for particle and wave burst survey modes.

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (parallel to B) [thd_fff_16_dbpara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (perp to B) [thd_fff_16_dbperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_fff_16_eac12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_fff_16_eac34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_fff_16_eac56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_fff_16_edc12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_fff_16_edc34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_fff_16_edc56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (parallel to B) [thd_fff_16_epara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (perp to B) [thd_fff_16_eperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 1 [thd_fff_16_scm1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 2 [thd_fff_16_scm2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 3 [thd_fff_16_scm3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 1 [thd_fff_16_v1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 2 [thd_fff_16_v2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 3 [thd_fff_16_v3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 4 [thd_fff_16_v4]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 5 [thd_fff_16_v5]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 6 [thd_fff_16_v6]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (parallel to B) [thd_fff_32_dbpara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (perp to B) [thd_fff_32_dbperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_fff_32_eac12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_fff_32_eac34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_fff_32_eac56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_fff_32_edc12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_fff_32_edc34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_fff_32_edc56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (parallel to B) [thd_fff_32_epara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (perp to B) [thd_fff_32_eperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 1 [thd_fff_32_scm1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 2 [thd_fff_32_scm2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 3 [thd_fff_32_scm3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 1 [thd_fff_32_v1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 2 [thd_fff_32_v2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 3 [thd_fff_32_v3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 4 [thd_fff_32_v4]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 5 [thd_fff_32_v5]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 6 [thd_fff_32_v6]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (parallel to B) [thd_fff_64_dbpara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (perp to B) [thd_fff_64_dbperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_fff_64_eac12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_fff_64_eac34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_fff_64_eac56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_fff_64_edc12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_fff_64_edc34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_fff_64_edc56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (parallel to B) [thd_fff_64_epara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (perp to B) [thd_fff_64_eperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 1 [thd_fff_64_scm1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 2 [thd_fff_64_scm2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 3 [thd_fff_64_scm3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 1 [thd_fff_64_v1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 2 [thd_fff_64_v2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 3 [thd_fff_64_v3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 4 [thd_fff_64_v4]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 5 [thd_fff_64_v5]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 6 [thd_fff_64_v6]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (parallel to B) [thd_ffp_16_dbpara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (perp to B) [thd_ffp_16_dbperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffp_16_eac12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffp_16_eac34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffp_16_eac56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffp_16_edc12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffp_16_edc34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffp_16_edc56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (parallel to B) [thd_ffp_16_epara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (perp to B) [thd_ffp_16_eperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 1 [thd_ffp_16_scm1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 2 [thd_ffp_16_scm2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 3 [thd_ffp_16_scm3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 1 [thd_ffp_16_v1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 2 [thd_ffp_16_v2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 3 [thd_ffp_16_v3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 4 [thd_ffp_16_v4]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 5 [thd_ffp_16_v5]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 6 [thd_ffp_16_v6]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (parallel to B) [thd_ffp_32_dbpara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (perp to B) [thd_ffp_32_dbperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffp_32_eac12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffp_32_eac34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffp_32_eac56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffp_32_edc12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffp_32_edc34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffp_32_edc56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (parallel to B) [thd_ffp_32_epara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (perp to B) [thd_ffp_32_eperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 1 [thd_ffp_32_scm1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 2 [thd_ffp_32_scm2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 3 [thd_ffp_32_scm3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 1 [thd_ffp_32_v1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 2 [thd_ffp_32_v2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 3 [thd_ffp_32_v3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 4 [thd_ffp_32_v4]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 5 [thd_ffp_32_v5]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 6 [thd_ffp_32_v6]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (parallel to B) [thd_ffp_64_dbpara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (perp to B) [thd_ffp_64_dbperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffp_64_eac12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffp_64_eac34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffp_64_eac56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffp_64_edc12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffp_64_edc34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffp_64_edc56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (parallel to B) [thd_ffp_64_epara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (perp to B) [thd_ffp_64_eperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 1 [thd_ffp_64_scm1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 2 [thd_ffp_64_scm2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 3 [thd_ffp_64_scm3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 1 [thd_ffp_64_v1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 2 [thd_ffp_64_v2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 3 [thd_ffp_64_v3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 4 [thd_ffp_64_v4]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 5 [thd_ffp_64_v5]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 6 [thd_ffp_64_v6]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (parallel to B) [thd_ffw_16_dbpara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (perp to B) [thd_ffw_16_dbperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffw_16_eac12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffw_16_eac34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffw_16_eac56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffw_16_edc12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffw_16_edc34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffw_16_edc56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (parallel to B) [thd_ffw_16_epara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (perp to B) [thd_ffw_16_eperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 1 [thd_ffw_16_scm1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 2 [thd_ffw_16_scm2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 3 [thd_ffw_16_scm3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 1 [thd_ffw_16_v1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 2 [thd_ffw_16_v2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 3 [thd_ffw_16_v3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 4 [thd_ffw_16_v4]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 5 [thd_ffw_16_v5]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 6 [thd_ffw_16_v6]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (parallel to B) [thd_ffw_32_dbpara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (perp to B) [thd_ffw_32_dbperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffw_32_eac12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffw_32_eac34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffw_32_eac56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffw_32_edc12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffw_32_edc34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffw_32_edc56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (parallel to B) [thd_ffw_32_epara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (perp to B) [thd_ffw_32_eperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 1 [thd_ffw_32_scm1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 2 [thd_ffw_32_scm2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 3 [thd_ffw_32_scm3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 1 [thd_ffw_32_v1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 2 [thd_ffw_32_v2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 3 [thd_ffw_32_v3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 4 [thd_ffw_32_v4]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 5 [thd_ffw_32_v5]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 6 [thd_ffw_32_v6]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (parallel to B) [thd_ffw_64_dbpara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (perp to B) [thd_ffw_64_dbperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [thd_ffw_64_eac12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [thd_ffw_64_eac34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [thd_ffw_64_eac56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [thd_ffw_64_edc12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [thd_ffw_64_edc34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [thd_ffw_64_edc56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (parallel to B) [thd_ffw_64_epara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (perp to B) [thd_ffw_64_eperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 1 [thd_ffw_64_scm1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 2 [thd_ffw_64_scm2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 3 [thd_ffw_64_scm3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 1 [thd_ffw_64_v1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 2 [thd_ffw_64_v2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 3 [thd_ffw_64_v3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 4 [thd_ffw_64_v4]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 5 [thd_ffw_64_v5]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 6 [thd_ffw_64_v6]

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THD_L2_FGM (spase://DLR/NumericalData/THEMIS/D/FGM/PT0.0078125S)

Description

Sensor and electronics design provided by TUBS (Glassmeier, Auster) and IWF
(Baumjohann, Magnes)

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGM-FGS Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thd_fgm_fgs_quality]
  (Good data only) FGS magnetic field B magnitude [thd_fgs_btotalQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thd_fgs_gseQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSM Coordinates [thd_fgs_gsmQ]

  Units are in nanotesla
  

  ---- FGS magnetic field B in DSL (Despun Spacecraft) Coordinates [thd_fgs_dslQ]

  Units are in nanotesla
  

  (All Qualities data) FGS magnetic field B magnitude [thd_fgs_btotal]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [thd_fgs_gse]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ GSM Coordinates [thd_fgs_gsm]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_fgs_dsl]

  Units are in nanotesla
  

  FGM-FGL Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thd_fgm_fgl_quality]
  (Good data only) FGL magnetic field B magnitude [thd_fgl_btotalQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSE Coordinates [thd_fgl_gseQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSM Coordinates [thd_fgl_gsmQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in DSL (Despun Spacecraft) Coordinates [thd_fgl_dslQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in SSL (Spinning Spacecraft) Coordinates [thd_fgl_sslQ]

  Units are in nanotesla
  

  (All Qualitities data) FGL magnetic field B magnitude [thd_fgl_btotal]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) field B in XYZ GSE Coordinates [thd_fgl_gse]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ GSM Coordinates [thd_fgl_gsm]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_fgl_dsl]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thd_fgl_ssl]

  Units are in nanotesla
  

  FGM-FGH Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thd_fgm_fgh_quality]
  (Good data only) FGH magnetic field B magnitude [thd_fgh_btotalQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thd_fgh_gseQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSM Coordinates [thd_fgh_gsmQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in DSL (Despun Spacecraft) Coordinates [thd_fgh_dslQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in SSL (Spinning Spacecraft) Coordinates [thd_fgh_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGH magnetic field B magnitude [thd_fgh_btotal]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [thd_fgh_gse]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ GSM Coordinates [thd_fgh_gsm]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_fgh_dsl]

  Units are in nanotesla
  

  ----FGH magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thd_fgh_ssl]

  Units are in nanotesla
  

  FGM-FGE Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [thd_fgm_fge_quality]
  (Good data only) FGE magnetic field B magnitude [thd_fge_btotalQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thd_fge_gseQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSM Coordinates [thd_fge_gsmQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in DSL Coordinates [thd_fge_dslQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in SSL Coordinates [thd_fge_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGE (engineering) magnetic field B magnitude [thd_fge_btotal]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [thd_fge_gse]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ GSM Coordinates [thd_fge_gsm]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_fge_dsl]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [thd_fge_ssl]

  Units are in nanotesla
  

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---

THD_L2_FIT doi:10.48322/2acz-ef84 Copy BibTeX Citation

Description

THEMIS-D:  On Board spin fits of Electric (EFI) and Magnetic (FGM) field. 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Standard Deviation of onboard FGS magnetic field spin-fit [thd_fgs_sigma]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in XYZ despun spacecraft coordinates (DSL) [thd_fgs_dsl]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSE coordinates [thd_fgs_gse]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSM coordinates [thd_fgs_gsm]

  Units are in nanotesla
  

  Standard Deviation of onboard EFS (spin-fit) electric field spin-fit [thd_efs_sigma]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_efs_dsl]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in XYZ despun spacecraft coordinates (DSL) [thd_efs_0_dsl]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [thd_efs_dot0_dsl]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSE coordinates [thd_efs_gse]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSE coordinates [thd_efs_0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [thd_efs_dot0_gse]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSM coordinates [thd_efs_gsm]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSM coordinates [thd_efs_0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [thd_efs_dot0_gsm]

  Units are in mV/m
  

  FIT_BFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thd_fit_bfit]

  Units are in nanotesla
  

  FIT_EFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [thd_fit_efit]

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---

THD_L2_GMOM doi:10.48322/2j4s-8p65 Copy BibTeX Citation

Description

THEMIS-D:  Solid State Telescope (SST) & Electrostatic Analyzer (ESA): ground
calculatedenergy fluxes & moments.(density, velocity, pressure, and temperature)
Generated from ESA+SST combined distributions

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA+SST Full+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_ptiff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Ion Density [thd_ptiff_densityQ]
  -----(Good Data Only)Ion Average Temperature [thd_ptiff_avgtempQ]
  -----(Good Data Only)Ion Thermal Velocity [thd_ptiff_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA-SST data) (Good Data Only) [thd_ptiff_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thd_ptiff_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_ptiff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thd_ptiff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thd_ptiff_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thd_ptiff_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thd_ptiff_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thd_ptiff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_ptiff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) (Good Data Only) [thd_ptiff_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thd_ptiff_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thd_ptiff_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thd_ptiff_velocity_gsmQ]
  ESA+SST Full+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_pteff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Elec Density [thd_pteff_densityQ]
  -----(Good Data Only)Elec Average Temperature [thd_pteff_avgtempQ]
  -----(Good Data Only)Elec Thermal Velocity [thd_pteff_vthermalQ]
  -----SC Potential (Same time array as Full Elec ESA-SST data) (Good Data Only) [thd_pteff_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thd_pteff_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_pteff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [thd_pteff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thd_pteff_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thd_pteff_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thd_pteff_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [thd_pteff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_pteff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Elec ESA-SST data) (Good Data Only) [thd_pteff_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thd_pteff_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thd_pteff_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thd_pteff_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_ptirf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thd_ptirf_densityQ]
  -----Ion Average Temperature(Good Data Only) [thd_ptirf_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thd_ptirf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) (Good Data Only) [thd_ptirf_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thd_ptirf_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_ptirf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thd_ptirf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thd_ptirf_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thd_ptirf_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thd_ptirf_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thd_ptirf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_ptirf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data)(Good Data Only) [thd_ptirf_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thd_ptirf_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thd_ptirf_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thd_ptirf_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_pterf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Elec Density [thd_pterf_densityQ]
  -----Elec Average Temperature(Good Data Only) [thd_pterf_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thd_pterf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Elec ESA-SST data) (Good Data Only) [thd_pterf_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thd_pterf_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_pterf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thd_pterf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thd_pterf_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thd_pterf_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thd_pterf_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thd_pterf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_pterf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Elec ESA-SST data)(Good Data Only) [thd_pterf_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thd_pterf_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thd_pterf_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thd_pterf_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_ptibb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thd_ptibb_densityQ]
  -----Ion Average Temperature(Good Data Only) [thd_ptibb_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [thd_ptibb_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thd_ptibb_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [thd_ptibb_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_ptibb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thd_ptibb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [thd_ptibb_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [thd_ptibb_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [thd_ptibb_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thd_ptibb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_ptibb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data)(Good Data Only) [thd_ptibb_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [thd_ptibb_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [thd_ptibb_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [thd_ptibb_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [thd_ptebb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Elec Density [thd_ptebb_densityQ]
  -----Elec Average Temperature(Good Data Only) [thd_ptebb_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [thd_ptebb_vthermalQ]
  -----SC Potential (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thd_ptebb_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [thd_ptebb_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [thd_ptebb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [thd_ptebb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [thd_ptebb_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [thd_ptebb_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [thd_ptebb_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [thd_ptebb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [thd_ptebb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Elec ESA-SST data)(Good Data Only) [thd_ptebb_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [thd_ptebb_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [thd_ptebb_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [thd_ptebb_velocity_gsmQ]
  (All qualities data) ESA+SST Full+Full Mode, Ion Density [thd_ptiff_density]
  -----Ion Average Temperature [thd_ptiff_avgtemp]
  -----Ion Thermal Velocity [thd_ptiff_vthermal]
  -----SC Potential (Same time array as Full Ion ESA-SST data) [thd_ptiff_sc_pot]
  -----Ion Energy Flux spectrogram [thd_ptiff_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_ptiff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_ptiff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_ptiff_ptens]
  -----Ion Momentum Flux Tensor [thd_ptiff_mftens]
  -----Ion Particle Flux Vector [thd_ptiff_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_ptiff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_ptiff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) [thd_ptiff_magf]
  -----Ion Velocity Vector in DSL [thd_ptiff_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_ptiff_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_ptiff_velocity_gsm]
  (All qualities data) ESA-SST Full (High Angular Resolution, few minute time res.) Mode, Electron Density [thd_pteff_density]
  -----Electron Average Temperature [thd_pteff_avgtemp]
  -----Electron Thermal Velocity [thd_pteff_vthermal]
  -----SC Potential (Same time array as Full Electron ESA-SST data) [thd_pteff_sc_pot]
  -----Electron Energy Flux spectrogram [thd_pteff_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_pteff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_pteff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_pteff_ptens]
  -----Electron Momentum Flux Tensor [thd_pteff_mftens]
  -----Electron Particle Flux Vector [thd_pteff_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_pteff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_pteff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA-SST data) [thd_pteff_magf]
  -----Electron Velocity Vector in DSL [thd_pteff_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_pteff_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_pteff_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [thd_ptirf_density]
  -----Ion Average Temperature [thd_ptirf_avgtemp]
  -----Ion Thermal Velocity [thd_ptirf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) [thd_ptirf_sc_pot]
  -----Ion Energy Flux spectrogram [thd_ptirf_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_ptirf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_ptirf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_ptirf_ptens]
  -----Ion Momentum Flux Tensor [thd_ptirf_mftens]
  -----Ion Particle Flux Vector [thd_ptirf_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_ptirf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_ptirf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data) [thd_ptirf_magf]
  -----Ion Velocity Vector in DSL [thd_ptirf_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_ptirf_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_ptirf_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Electron Density [thd_pterf_density]
  -----Electron Average Temperature [thd_pterf_avgtemp]
  -----Electron Thermal Velocity [thd_pterf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Electron ESA-SST data) [thd_pterf_sc_pot]
  -----Electron Energy Flux spectrogram [thd_pterf_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_pterf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_pterf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_pterf_ptens]
  -----Electron Momentum Flux Tensor [thd_pterf_mftens]
  -----Electron Particle Flux Vector [thd_pterf_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_pterf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_pterf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Electron ESA-SST data) [thd_pterf_magf]
  -----Electron Velocity Vector in DSL [thd_pterf_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_pterf_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_pterf_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [thd_ptibb_density]
  -----Ion Average Temperature [thd_ptibb_avgtemp]
  -----Ion Thermal Velocity [thd_ptibb_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA-SST data) [thd_ptibb_sc_pot]
  -----Ion Energy Flux spectrogram [thd_ptibb_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_ptibb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_ptibb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [thd_ptibb_ptens]
  -----Ion Momentum Flux Tensor [thd_ptibb_mftens]
  -----Ion Particle Flux Vector [thd_ptibb_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_ptibb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [thd_ptibb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data) [thd_ptibb_magf]
  -----Ion Velocity Vector in DSL [thd_ptibb_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_ptibb_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_ptibb_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Electron Density [thd_ptebb_density]
  -----Electron Average Temperature [thd_ptebb_avgtemp]
  -----Electron Thermal Velocity [thd_ptebb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA-SST data) [thd_ptebb_sc_pot]
  -----Electron Energy Flux spectrogram [thd_ptebb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [thd_ptebb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [thd_ptebb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [thd_ptebb_ptens]
  -----Electron Momentum Flux Tensor [thd_ptebb_mftens]
  -----Electron Particle Flux Vector [thd_ptebb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [thd_ptebb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [thd_ptebb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA-SST data) [thd_ptebb_magf]
  -----Electron Velocity Vector in DSL [thd_ptebb_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_ptebb_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_ptebb_velocity_gsm]
  ESA-SST electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_eesa_solarwind_flag]
  ESA-SST ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_iesa_solarwind_flag]

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THD_L2_MOM doi:10.48322/ryqr-m277 Copy BibTeX Citation

Description

THEMIS-D:  On Board moments:  Electron/Ion moments density, flux, velocity,
pressure and temperature.Moment Data Quality flags (0: good data; non-zero flags
are totals of values; 1: missing S/C potential, 16: electron density Gt 2*ion
density, 32: ion density Gt 2*electron density, 64: Spacecraft Maneuver).

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Ion Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thd_peim_data_quality]
  (Good data only) ESA On Board Moment (MOM) Ion Density, THEMIS-D [thd_peim_densityQ]
  -----Ion Total Pressure [thd_peim_ptotQ]
  -----Ion Particle Flux Vector [thd_peim_fluxQ]
  -----Ion Momentum Flux Tensor [thd_peim_mftensQ]
  -----Ion Energy Flux Vector [thd_peim_efluxQ]
  -----Ion Velocity Vector in DSL [thd_peim_velocity_dslQ]
  -----Ion Velocity Vector in GSE [thd_peim_velocity_gseQ]
  -----Ion Velocity Vector in GSM [thd_peim_velocity_gsmQ]
  -----Ion Pressure Tensor [thd_peim_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thd_peim_magQ]
  -----Ion Velocity Vector, Field Aligned [thd_peim_velocity_magQ]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peim_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thd_peim_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Electron Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [thd_peem_data_quality]
  (Good data only) ESA On Board Moment (MOM) Electron Density, THEMIS-D [thd_peem_densityQ]
  -----Electron Total Pressure [thd_peem_ptotQ]
  -----Electron Particle Flux Vector [thd_peem_fluxQ]
  -----Electron Momentum Flux Tensor [thd_peem_mftensQ]
  -----Electron Energy Flux Vector [thd_peem_efluxQ]
  -----Electron Velocity Vector in DSL [thd_peem_velocity_dslQ]
  -----Electron Velocity Vector in GSE [thd_peem_velocity_gseQ]
  -----Electron Velocity Vector in GSM [thd_peem_velocity_gsmQ]
  -----Electron Pressure Tensor [thd_peem_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thd_peem_magQ]
  -----Electron Velocity Vector, Field Aligned [thd_peem_velocity_magQ]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peem_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thd_peem_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All qualities data) ESA On Board Moment (MOM) Ion Density, THEMIS-D [thd_peim_density]
  -----Ion Total Pressure [thd_peim_ptot]
  -----Ion Particle Flux Vector [thd_peim_flux]
  -----Ion Momentum Flux Tensor [thd_peim_mftens]
  -----Ion Energy Flux Vector [thd_peim_eflux]
  -----Ion Velocity Vector in DSL [thd_peim_velocity_dsl]
  -----Ion Velocity Vector in GSE [thd_peim_velocity_gse]
  -----Ion Velocity Vector in GSM [thd_peim_velocity_gsm]
  -----Ion Pressure Tensor [thd_peim_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [thd_peim_mag]
  -----Ion Velocity Vector, Field Aligned [thd_peim_velocity_mag]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peim_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [thd_peim_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All Qualities data) ESA On Board Moment (MOM) Electron Density, THEMIS-D [thd_peem_density]
  -----Electron Total Pressure [thd_peem_ptot]
  -----Electron Particle Flux Vector [thd_peem_flux]
  -----Electron Momentum Flux Tensor [thd_peem_mftens]
  -----Electron Energy Flux Vector [thd_peem_eflux]
  -----Electron Velocity Vector in DSL [thd_peem_velocity_dsl]
  -----Electron Velocity Vector in GSE [thd_peem_velocity_gse]
  -----Electron Velocity Vector in GSM [thd_peem_velocity_gsm]
  -----Electron Pressure Tensor [thd_peem_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [thd_peem_mag]
  -----Electron Velocity Vector, Field Aligned [thd_peem_velocity_mag]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [thd_peem_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [thd_peem_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Spacecraft Potential, THEMIS-D [thd_pxxm_pot]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_iesa_solarwind_flag]

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THD_L2_SCM doi:10.48322/m5dr-nh16 Copy BibTeX Citation

Description

THEMIS-D: Search Coil Magnetometer (SCM) Magnetic Field Measurements. Includes
FAST SURVEY, PARTICLE BURST and WAVE BURST data. FAST SURVEY (SCF): 1/8 second
time resolution. PARTICLE BURST (SCP): 1/128 second time resolution; only short
bursts of data. WAVE BURST (SCW): 1/8192 second time resolution; only short
bursts of data. Sensor and electronics design provided by LPP, Roux and Le
Contel

Modification History

Rev- 2009-08-13

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B magnitude [thd_scf_btotal]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSE Coordinates [thd_scf_gse]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSM Coordinates [thd_scf_gsm]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_scf_dsl]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B magnitude [thd_scp_btotal]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thd_scp_gse]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thd_scp_gsm]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_scp_dsl]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B magnitude [thd_scw_btotal]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [thd_scw_gse]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [thd_scw_gsm]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [thd_scw_dsl]

  Units are in nanotesla
  

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THD_L2_SST doi:10.48322/7fcg-ej20 Copy BibTeX Citation

Description

THEMIS-D:  Solid State Telescope (SST): Energy Flux spectrogram:  Data includes:
Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SST Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thd_psif_data_quality]
  SST Ion energy spectrogram(Full Mode) (Good data only) [thd_psif_en_efluxQ]
  SST full mode derived ion density(Good data only) [thd_psif_densityQ]
  SST full mode derived average ion temperature(Good data only) [thd_psif_avgtempQ]
  SST full mode derived average ion thermal velocity(Good data only) [thd_psif_vthermalQ]
  Spacecraft potential used in generation of thd_psif moments(Good data only) [thd_psif_sc_potQ]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thd_psif_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thd_psif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(Good data only) [thd_psif_ptensQ]
  SST full distribution derived ion momentum flux tensor(Good data only) [thd_psif_mftensQ]
  SST full mode ion particle flux vector(Good data only) [thd_psif_fluxQ]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thd_psif_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thd_psif_symm_angQ]
  Magnetic field vector used for generation of psif moments in DSL coordinates(Good data only) [thd_psif_magfQ]
  SST full distribution derived ion velocity vector in DSL coordinates(Good data only) [thd_psif_velocity_dslQ]
  SST full distribution derived ion velocity vector in GSE coordinates(Good data only) [thd_psif_velocity_gseQ]
  SST full distribution derived ion velocity vector in GSM coordinates(Good data only) [thd_psif_velocity_gsmQ]
  SST Ion energy spectrogram(Full Mode)(All qualities) [thd_psif_en_eflux]
  SST full mode derived ion density(All qualities) [thd_psif_density]
  SST full mode derived average ion temperature(All qualities) [thd_psif_avgtemp]
  SST full mode derived average ion thermal velocity(All qualities) [thd_psif_vthermal]
  Spacecraft potential used in generation of thd_psif moments(All qualities) [thd_psif_sc_pot]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thd_psif_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thd_psif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(All qualities) [thd_psif_ptens]
  SST full distribution derived ion momentum flux tensor(All qualities) [thd_psif_mftens]
  SST full mode ion particle flux vector(All qualities) [thd_psif_flux]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thd_psif_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thd_psif_symm_ang]
  Magnetic field vector used for generation of psif moments in DSL coordinates(All qualities) [thd_psif_magf]
  SST full distribution derived ion velocity vector in DSL coordinates. (All qualities) [thd_psif_velocity_dsl]
  SST full distribution derived ion velocity vector in GSE coordinates(All qualities) [thd_psif_velocity_gse]
  SST full distribution derived ion velocity vector in GSM coordinates(All qualities) [thd_psif_velocity_gsm]
  SST Full Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thd_psef_data_quality]
  SST Electron energy spectrogram(Good data only) [thd_psef_en_efluxQ]
  SST full mode derived electron density(Good data only) [thd_psef_densityQ]
  SST full mode derived average electron temperature(Good data only) [thd_psef_avgtempQ]
  SST full mode derived average electron thermal velocity(Good data only) [thd_psef_vthermalQ]
  Spacecraft potential used in generation of thd_psef moments(Good data only) [thd_psef_sc_potQ]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thd_psef_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thd_psef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(Good data only) [thd_psef_ptensQ]
  SST full distribution derived electron momentum flux tensor(Good data only) [thd_psef_mftensQ]
  SST full mode electron particle flux vector(Good data only) [thd_psef_fluxQ]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thd_psef_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thd_psef_symm_angQ]
  Magnetic field vector used for generation of psef moments in DSL coordinates(Good data only) [thd_psef_magfQ]
  SST full distribution derived electron velocity vector in DSL coordinates(Good data only) [thd_psef_velocity_dslQ]
  SST full distribution derived electron velocity vector in GSE coordinates(Good data only) [thd_psef_velocity_gseQ]
  SST full distribution derived electron velocity vector in GSM coordinates(Good data only) [thd_psef_velocity_gsmQ]
  SST Electron energy spectrogram(Full Mode)(All qualities) [thd_psef_en_eflux]
  SST full mode derived electron density(All qualities) [thd_psef_density]
  SST full mode derived average electron temperature(All qualities) [thd_psef_avgtemp]
  SST full mode derived average electron thermal velocity(All qualities) [thd_psef_vthermal]
  Spacecraft potential used in generation of thd_psef moments(All qualities) [thd_psef_sc_pot]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thd_psef_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thd_psef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(All qualities) [thd_psef_ptens]
  SST full distribution derived electron momentum flux tensor(All qualities) [thd_psef_mftens]
  SST full mode electron particle flux vector(All qualities) [thd_psef_flux]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thd_psef_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thd_psef_symm_ang]
  Magnetic field vector used for generation of psef moments in DSL coordinates(All Qualities) [thd_psef_magf]
  SST full distribution derived electron velocity vector in DSL coordinates(All Qualities) [thd_psef_velocity_dsl]
  SST full distribution derived electron velocity vector in GSE coordinates(All Qualities) [thd_psef_velocity_gse]
  SST full distribution derived electron velocity vector in GSM coordinates(All Qualities) [thd_psef_velocity_gsm]
  SST Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thd_psib_data_quality]
  SST Ion energy spectrogram(Burst Mode) (Good data only) [thd_psib_en_efluxQ]
  SST burst mode derived ion density(Good data only) [thd_psib_densityQ]
  SST burst mode derived average ion temperature(Good data only) [thd_psib_avgtempQ]
  SST burst mode derived average ion thermal velocity(Good data only) [thd_psib_vthermalQ]
  Spacecraft potential used in generation of thd_psib moments(Good data only) [thd_psib_sc_potQ]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thd_psib_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thd_psib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(Good data only) [thd_psib_ptensQ]
  SST burst distribution derived ion momentum flux tensor(Good data only) [thd_psib_mftensQ]
  SST burst mode ion particle flux vector(Good data only) [thd_psib_fluxQ]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thd_psib_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thd_psib_symm_angQ]
  Magnetic field vector used for generation of psib moments in DSL coordinates(Good data only) [thd_psib_magfQ]
  SST burst distribution derived ion velocity vector in DSL coordinates(Good data only) [thd_psib_velocity_dslQ]
  SST burst distribution derived ion velocity vector in GSE coordinates(Good data only) [thd_psib_velocity_gseQ]
  SST burst distribution derived ion velocity vector in GSM coordinates(Good data only) [thd_psib_velocity_gsmQ]
  SST Ion energy spectrogram(Burst Mode)(All qualities) [thd_psib_en_eflux]
  SST burst mode derived ion density(All qualities) [thd_psib_density]
  SST burst mode derived average ion temperature(All qualities) [thd_psib_avgtemp]
  SST burst mode derived average ion thermal velocity(All qualities) [thd_psib_vthermal]
  Spacecraft potential used in generation of thd_psib moments(All qualities) [thd_psib_sc_pot]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thd_psib_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thd_psib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(All qualities) [thd_psib_ptens]
  SST burst distribution derived ion momentum flux tensor(All qualities) [thd_psib_mftens]
  SST burst mode ion particle flux vector(All qualities) [thd_psib_flux]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thd_psib_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [thd_psib_symm_ang]
  Magnetic field vector used for generation of psib moments in DSL coordinates(All qualities) [thd_psib_magf]
  SST burst distribution derived ion velocity vector in DSL coordinates. (All qualities) [thd_psib_velocity_dsl]
  SST burst distribution derived ion velocity vector in GSE coordinates(All qualities) [thd_psib_velocity_gse]
  SST burst distribution derived ion velocity vector in GSM coordinates(All qualities) [thd_psib_velocity_gsm]
  SST Burst Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [thd_pseb_data_quality]
  SST Electron energy spectrogram(Good data only) [thd_pseb_en_efluxQ]
  SST burst mode derived electron density(Good data only) [thd_pseb_densityQ]
  SST burst mode derived average electron temperature(Good data only) [thd_pseb_avgtempQ]
  SST burst mode derived average electron thermal velocity(Good data only) [thd_pseb_vthermalQ]
  Spacecraft potential used in generation of thd_pseb moments(Good data only) [thd_pseb_sc_potQ]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [thd_pseb_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [thd_pseb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(Good data only) [thd_pseb_ptensQ]
  SST burst distribution derived electron momentum flux tensor(Good data only) [thd_pseb_mftensQ]
  SST burst mode electron particle flux vector(Good data only) [thd_pseb_fluxQ]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [thd_pseb_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [thd_pseb_symm_angQ]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(Good data only) [thd_pseb_magfQ]
  SST burst distribution derived electron velocity vector in DSL coordinates(Good data only) [thd_pseb_velocity_dslQ]
  SST burst distribution derived electron velocity vector in GSE coordinates(Good data only) [thd_pseb_velocity_gseQ]
  SST burst distribution derived electron velocity vector in GSM coordinates(Good data only) [thd_pseb_velocity_gsmQ]
  SST Electron energy spectrogram(Burst Mode)(All qualities) [thd_pseb_en_eflux]
  SST burst mode derived electron density(All qualities) [thd_pseb_density]
  SST burst mode derived average electron temperature(All qualities) [thd_pseb_avgtemp]
  SST burst mode derived average electron thermal velocity(All qualities) [thd_pseb_vthermal]
  Spacecraft potential used in generation of thd_pseb moments(All qualities) [thd_pseb_sc_pot]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [thd_pseb_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [thd_pseb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(All qualities) [thd_pseb_ptens]
  SST burst distribution derived electron momentum flux tensor(All qualities) [thd_pseb_mftens]
  SST burst mode electron particle flux vector(All qualities) [thd_pseb_flux]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [thd_pseb_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [thd_pseb_symm_ang]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(All Qualities) [thd_pseb_magf]
  SST burst distribution derived electron velocity vector in DSL coordinates(All Qualities) [thd_pseb_velocity_dsl]
  SST burst distribution derived electron velocity vector in GSE coordinates(All Qualities) [thd_pseb_velocity_gse]
  SST burst distribution derived electron velocity vector in GSM coordinates(All Qualities) [thd_pseb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [thd_iesa_solarwind_flag]

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THD_OR_SSC doi:10.48322/nf5n-ew50 Copy BibTeX Citation

Description

GROUP 1    Satellite   Resolution   Factor
            themisa        60         1
            themisb        60         1
            themisc        60         1
            themisd        60         1
            themise        60         1
           Start Time           Stop Time 
           2024 336 00:00       2025   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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---

THEMIS_R0_EFI

Description

THEMIS A/B/C/D/E Electric Field Instrument (EFI) Waveforms

Modification History

Rev- 2006-09-18

• Data Variable Descriptions

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THEMIS_R0_GIFWALK

Description

Pre-generated THEMIS Event plots: Magnetopause Crossing Database
Description:
https://cdaweb.gsfc.nasa.gov/pub/pre_generated_plots/other/documentation//THEMIS
_DescriptionMCD.pdf

• Data Variable Descriptions

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---

THEMIS_R0_GMAG

Description

Status of GMAG reprocessing - document:
https://cdaweb.gsfc.nasa.gov/THEMIS_GMAG_Processing_History.doc

Modification History

Document posted November 21, 2008

Caveats

See THEMIS website for caveats

• Data Variable Descriptions

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THEPRED_OR_SSC

Description

GROUP 1    Satellite   Resolution   Factor
            themisapred     60         1
            themisbpred     60         1
            themiscpred     60         1
            themisdpred     60         1
            themisepred     60         1
           Start Time           Stop Time 
           2028   1 00:00       2029   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THE_L1_STATE (spase://NASA/NumericalData/THEMIS/E/Ephemeris/PT01M)

Description

Produced by Mission Ops, Science Ops and Science Team..V00: Predictive on all,
pre-pass.V01: Intermediate: added definitive spinper, spinphase others
predictive, expected shortly after pass.V02: Preliminary: added definitive
position, expected shortly after OD update (1 day after pass).V03: Definitive:
added science attitude determination using perigee data post-processing

Modification History

Rev- 2008-04-09

• Data Variable Descriptions
  the_position XYZ in GEI (timeseries plot) [the_pos]
  the_position XYZ in GEI (orbit plot) [the_posV]
  the_velocity [the_vel]
  [Not populated yet] Initial angle offset between IDPU model and eclipse model in this segment. [the_spin_initial_delta_phi]

  Only valid during eclipse segments.
  

  [Not populated yet] IDPU spin period [the_spin_idpu_spinper]

  Only used during eclipse segments.
  

  [Not populated yet] Marker for eclipse segments. [the_spin_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  Initial angle offset between IDPU model and eclipse model in this segment (eclipse spin model). [the_spin_ecl_initial_delta_phi]

  Only valid during eclipse segments.
  

  IDPU spin period (eclipse spin model) [the_spin_ecl_idpu_spinper]

  Only used during eclipse segments.
  

  Marker for eclipse segments (eclipse spin model). [the_spin_ecl_segflags]

  Bit 0 (LSbit) = 1 for eclipse, bit 1 = used FGM sunpulse
  

  the_position XYZ in GSE (timeseries plot) [the_pos_gse]
  the_position XYZ in GSE (orbit plot) [the_pos_gseV]
  the_position XYZ in GSM (timeseries plot) [the_pos_gsm]
  the_position XYZ in GSM (orbit plot) [the_pos_gsmV]
  the_velocity_gse [the_vel_gse]
  the_velocity_gsm [the_vel_gsm]
  the_pos_sel [the_pos_sel]
  the_pos_sse [the_pos_sse]
  the_velocity_sel [the_vel_sel]
  the_velocity_sse [the_vel_sse]

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THE_L2_EFI doi:10.48322/vd0m-3766 Copy BibTeX Citation

Description

THEMIS-E: Electric Field Instrument (EFI) Electric field measurements. The L2
product is a 3D estimate of Eperp derived from the spin plane E-field
measurements assuming E dot B = 0, using relevant FGM (Flux-Gate Magnetometer)
data.Includes spin-averaged, and Fast-survey field data.Spin-averaged (EFS_DOT0)
data has approximately 3 second time resolution. Fast-survey (EFF_DOT0) data has
1/8 second time resolution.

Modification History

Rev- 2009-09-16

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [the_efs_dot0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [the_efs_dot0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [the_efs_dot0_dsl]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSE coordinates [the_eff_dot0_gse]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, using E dot B=0) electric field vector in GSM coordinates [the_eff_dot0_gsm]

  Units are in mV/m
  

  EFF_DOT0 (fast-survey, 1/8 sec time resolution, , using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [the_eff_dot0_dsl]

  Units are in mV/m
  

  EFF_Q_MAG (Data Quality Parameter: equal to the spin-fit E34 electric field magnitude divided by the spin-fit E12 electric field magnitude. Good values are near 1.0) [the_eff_q_mag]

  No Units
  

  EFF_Q_PHA (Data Quality Parameter: equal to the cosine of the angle between the spin-fit E34 electric field and the spin-fit E12 electric field. Good values are near 1.0) [the_eff_q_pha]

  No Units
  

  E12_EFS, Ground Spin-fit (using E12), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [the_eff_e12_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

  E34_EFS, Ground Spin-fit (using E34), spin plane electric field vector in XYZ despun spacecraft coordinates (DSL) [the_eff_e34_efs]

  Units are in mV/m, Z (non-spin plane) component is NaN
  

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

THE_L2_ESA doi:10.48322/ma73-rz55 Copy BibTeX Citation

Description

THEMIS-E: Electrostatic Analyzer (ESA): Electron/Ion Ground-Calculated Energy
Fluxes (ions: 5 eV to 25 keV) electrons: 6 eV to 30 keV) and Moments (density,
velocity, pressure, and temperature). Includes FULL, REDUCED and BURST modes.
FULL: high angular resolution, low (few min) time resolution. REDUCED: degraded
angular resolution, high (approx. 3 sec) time resolution. BURST: high angular
resolution, high time resolution; only short bursts of data. Note that angular
resolution affects moments since they are obtained integrating over the
mode-specific angular distribution. Moment Data Quality flags (0: good data;
non-zero flags are totals of values; 1: missing S/C potential, 2: Counter
saturation, 4: Solar Wind not in Solar Wind Mode, or Solar Wind Mode, not in
Solar Wind, 8: (Reduced Mode only) slow survey mode+flows, 16: electron density
Gt 2*ion density, 32: ion density Gt 2*electron density, 64: Spacecraft
Maneuver).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peif_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [the_peif_densityQ]
  -----Ion Average Temperature [the_peif_avgtempQ]
  -----Ion Thermal Velocity [the_peif_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA data) [the_peif_sc_potQ]
  -----Ion Energy Flux spectrogram w/ [the_peif_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peif_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peif_ptensQ]
  -----Ion Momentum Flux Tensor [the_peif_mftensQ]
  -----Ion Particle Flux Vector /w Quality [the_peif_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peif_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peif_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [the_peif_magfQ]
  -----Ion Velocity Vector in DSL [the_peif_velocity_dslQ]
  -----Ion Velocity Vector in GSE [the_peif_velocity_gseQ]
  -----Ion Velocity Vector in GSM [the_peif_velocity_gsmQ]
  ESA Full Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peef_data_quality]
  (Good data only) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [the_peef_densityQ]
  -----Electron Average Temperature [the_peef_avgtempQ]
  -----Electron Thermal Velocity [the_peef_vthermalQ]
  -----SC Potential (Same time array as Full Electron ESA data) [the_peef_sc_potQ]
  -----Electron Energy Flux spectrogram [the_peef_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peef_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peef_ptensQ]
  -----Electron Momentum Flux Tensor [the_peef_mftensQ]
  -----Electron Particle Flux Vector [the_peef_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peef_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peef_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [the_peef_magfQ]
  -----Electron Velocity Vector in DSL [the_peef_velocity_dslQ]
  -----Electron Velocity Vector in GSE [the_peef_velocity_gseQ]
  -----Electron Velocity Vector in GSM [the_peef_velocity_gsmQ]
  ESA Reduced Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peir_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [the_peir_densityQ]
  -----Ion Average Temperature [the_peir_avgtempQ]
  -----Ion Thermal Velocity [the_peir_vthermalQ]
  -----SC Potential (Same time array as Reduced Ion ESA data) [the_peir_sc_potQ]
  -----Ion Energy Flux spectrogram [the_peir_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peir_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peir_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peir_ptensQ]
  -----Ion Momentum Flux Tensor [the_peir_mftensQ]
  -----Ion Particle Flux Vector [the_peir_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peir_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peir_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [the_peir_magfQ]
  -----Ion Velocity Vector in DSL [the_peir_velocity_dslQ]
  -----Ion Velocity Vector in GSE [the_peir_velocity_gseQ]
  -----Ion Velocity Vector in GSM [the_peir_velocity_gsmQ]
  ESA Reduced Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peer_data_quality]
  (Good data only) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [the_peer_densityQ]
  -----Electron Average Temperature [the_peer_avgtempQ]
  -----Electron Thermal Velocity [the_peer_vthermalQ]
  -----SC Potential (Same time array as Reduced Electron ESA data) [the_peer_sc_potQ]
  -----Electron Energy Flux spectrogram [the_peer_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peer_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peer_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peer_ptensQ]
  -----Electron Momentum Flux Tensor [the_peer_mftensQ]
  -----Electron Particle Flux Vector [the_peer_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peer_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peer_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [the_peer_magfQ]
  -----Electron Velocity Vector in DSL [the_peer_velocity_dslQ]
  -----Electron Velocity Vector in GSE [the_peer_velocity_gseQ]
  -----Electron Velocity Vector in GSM [the_peer_velocity_gsmQ]
  ESA Burst Mode, Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peib_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [the_peib_densityQ]
  -----Ion Average Temperature [the_peib_avgtempQ]
  -----Ion Thermal Velocity [the_peib_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA data) [the_peib_sc_potW]
  -----Ion Energy Flux spectrogram [the_peib_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peib_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peib_ptensQ]
  -----Ion Momentum Flux Tensor [the_peib_mftensQ]
  -----Ion Particle Flux Vector [the_peib_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peib_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peib_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [the_peib_magfQ]
  -----Ion Velocity Vector in DSL [the_peib_velocity_dslQ]
  -----Ion Velocity Vector in GSE [the_peib_velocity_gseQ]
  -----Ion Velocity Vector in GSM [the_peib_velocity_gsmQ]
  ESA Burst Mode, Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/esa_flag.shtml.) [the_peeb_data_quality]
  (Good data only) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [the_peeb_densityQ]
  -----Electron Average Temperature [the_peeb_avgtempQ]
  -----Electron Thermal Velocity [the_peeb_vthermalQ]
  -----SC Potential (Same time array as Burst Electron ESA data) [the_peeb_sc_potQ]
  -----Electron Energy Flux spectrogram [the_peeb_en_efluxQ]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peeb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peeb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peeb_ptensQ]
  -----Electron Momentum Flux Tensor [the_peeb_mftensQ]
  -----Electron Particle Flux Vector [the_peeb_fluxQ]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peeb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peeb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [the_peeb_magfQ]
  -----Electron Velocity Vector in DSL [the_peeb_velocity_dslQ]
  -----Electron Velocity Vector in GSE [the_peeb_velocity_gseQ]
  -----Electron Velocity Vector in GSM [the_peeb_velocity_gsmQ]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Ion Density [the_peif_density]
  -----Ion Average Temperature [the_peif_avgtemp]
  -----Ion Thermal Velocity [the_peif_vthermal]
  -----SC Potential (Same time array as Full Ion ESA data) [the_peif_sc_pot]
  -----Ion Energy Flux spectrogram [the_peif_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peif_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peif_ptens]
  -----Ion Momentum Flux Tensor [the_peif_mftens]
  -----Ion Particle Flux Vector [the_peif_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peif_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peif_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA data) [the_peif_magf]
  -----Ion Velocity Vector in DSL [the_peif_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_peif_velocity_gse]
  -----Ion Velocity Vector in GSM [the_peif_velocity_gsm]
  (All qualities data) ESA Full (High Angular Resolution, few minute time res.) Mode, Electron Density [the_peef_density]
  -----Electron Average Temperature [the_peef_avgtemp]
  -----Electron Thermal Velocity [the_peef_vthermal]
  -----SC Potential (Same time array as Full Electron ESA data) [the_peef_sc_pot]
  -----Electron Energy Flux spectrogram [the_peef_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peef_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peef_ptens]
  -----Electron Momentum Flux Tensor [the_peef_mftens]
  -----Electron Particle Flux Vector [the_peef_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peef_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peef_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA data) [the_peef_magf]
  -----Electron Velocity Vector in DSL [the_peef_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_peef_velocity_gse]
  -----Electron Velocity Vector in GSM [the_peef_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Ion Density [the_peir_density]
  -----Ion Average Temperature [the_peir_avgtemp]
  -----Ion Thermal Velocity [the_peir_vthermal]
  -----SC Potential (Same time array as Reduced Ion ESA data) [the_peir_sc_pot]
  -----Ion Energy Flux spectrogram [the_peir_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peir_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peir_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peir_ptens]
  -----Ion Momentum Flux Tensor [the_peir_mftens]
  -----Ion Particle Flux Vector [the_peir_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peir_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peir_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Ion ESA data) [the_peir_magf]
  -----Ion Velocity Vector in DSL [the_peir_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_peir_velocity_gse]
  -----Ion Velocity Vector in GSM [the_peir_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) Mode, Electron Density [the_peer_density]
  -----Electron Average Temperature [the_peer_avgtemp]
  -----Electron Thermal Velocity [the_peer_vthermal]
  -----SC Potential (Same time array as Reduced Electron ESA data) [the_peer_sc_pot]
  -----Electron Energy Flux spectrogram [the_peer_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peer_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peer_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peer_ptens]
  -----Electron Momentum Flux Tensor [the_peer_mftens]
  -----Electron Particle Flux Vector [the_peer_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peer_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peer_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced Electron ESA data) [the_peer_magf]
  -----Electron Velocity Vector in DSL [the_peer_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_peer_velocity_gse]
  -----Electron Velocity Vector in GSM [the_peer_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Ion Density [the_peib_density]
  -----Ion Average Temperature [the_peib_avgtemp]
  -----Ion Thermal Velocity [the_peib_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA data) [the_peib_sc_pot]
  -----Ion Energy Flux spectrogram [the_peib_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peib_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_peib_ptens]
  -----Ion Momentum Flux Tensor [the_peib_mftens]
  -----Ion Particle Flux Vector [the_peib_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peib_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_peib_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA data) [the_peib_magf]
  -----Ion Velocity Vector in DSL [the_peib_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_peib_velocity_gse]
  -----Ion Velocity Vector in GSM [the_peib_velocity_gsm]
  (All qualities data) ESA Burst (High Time and Angular Resolution) Mode, Electron Density [the_peeb_density]
  -----Electron Average Temperature [the_peeb_avgtemp]
  -----Electron Thermal Velocity [the_peeb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA data) [the_peeb_sc_pot]
  -----Electron Energy Flux spectrogram [the_peeb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_peeb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_peeb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_peeb_ptens]
  -----Electron Momentum Flux Tensor [the_peeb_mftens]
  -----Electron Particle Flux Vector [the_peeb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_peeb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_peeb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA data) [the_peeb_magf]
  -----Electron Velocity Vector in DSL [the_peeb_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_peeb_velocity_gse]
  -----Electron Velocity Vector in GSM [the_peeb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_iesa_solarwind_flag]

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THE_L2_FBK doi:10.48322/x1a6-8d82 Copy BibTeX Citation

Description

Sensor and electronics design provided by UCB (J. W. Bonnell, F. S. Mozer),
Digital Fields Board provided by LASP (R. Ergun), Search coil data provided by
CETP (A. Roux).

Modification History

Rev- 2006-09-18

• Data Variable Descriptions
  High-Frequency Filter peak and average values [the_fb_hff]

  hf_peak and hf_avg are the peak and average values of the output of the
  High-Frequency Filter, a broadband filter convering the 100- to 400-kHz band
  used for AKR detection
  

  Spectrogram FBK Potential, Sensor 1 [the_fb_v1]
  Spectrogram FBK Potential, Sensor 2 [the_fb_v2]
  Spectrogram FBK Potential, Sensor 3 [the_fb_v3]
  Spectrogram FBK Potential, Sensor 4 [the_fb_v4]
  Spectrogram FBK Potential, Sensor 5 [the_fb_v5]
  Spectrogram FBK Potential, Sensor 6 [the_fb_v6]
  Spectrogram FBK E Field DC Component, Sensors 1&2 (spin plane) [the_fb_edc12]
  Spectrogram FBK E Field DC Component, Sensors 3&4 (spin plane) [the_fb_edc34]
  Spectrogram FBK E Field DC Component, Sensors 5&6 (axial) [the_fb_edc56]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 1 [the_fb_scm1]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 2 [the_fb_scm2]
  Spectrogram FBK Search Coil Magnetometer (SCM) Axis 3 [the_fb_scm3]
  Spectrogram FBK E Field AC Component, Sensors 1&2 (spin plane) [the_fb_eac12]
  Spectrogram FBK E Field AC Component, Sensors 3&4 (spin plane) [the_fb_eac34]
  Spectrogram FBK E Field AC Component, Sensors 5&6 (axial) [the_fb_eac56]

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THE_L2_FFT doi:10.48322/424d-q741 Copy BibTeX Citation

Description

THEMIS-E:  On Board Fast Fourier Transform (FFT) power spectra of Electric (EFI)
and Magnetic (SCM) field, for particle and wave burst survey modes.

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (parallel to B) [the_fff_16_dbpara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM delta-B (perp to B) [the_fff_16_dbperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_fff_16_eac12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_fff_16_eac34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_fff_16_eac56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_fff_16_edc12]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_fff_16_edc34]
  FFT Power Spectrum in Fast Survey, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_fff_16_edc56]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (parallel to B) [the_fff_16_epara]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI E (perp to B) [the_fff_16_eperp]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 1 [the_fff_16_scm1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 2 [the_fff_16_scm2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for SCM, Axis 3 [the_fff_16_scm3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 1 [the_fff_16_v1]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 2 [the_fff_16_v2]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 3 [the_fff_16_v3]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 4 [the_fff_16_v4]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 5 [the_fff_16_v5]
  FFT Power Spectrum in Fast Survey, 16 frequencies for EFI Potential, Sensor 6 [the_fff_16_v6]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (parallel to B) [the_fff_32_dbpara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM delta-B (perp to B) [the_fff_32_dbperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_fff_32_eac12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_fff_32_eac34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_fff_32_eac56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_fff_32_edc12]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_fff_32_edc34]
  FFT Power Spectrum in Fast Survey, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_fff_32_edc56]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (parallel to B) [the_fff_32_epara]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI E (perp to B) [the_fff_32_eperp]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 1 [the_fff_32_scm1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 2 [the_fff_32_scm2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for SCM, Axis 3 [the_fff_32_scm3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 1 [the_fff_32_v1]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 2 [the_fff_32_v2]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 3 [the_fff_32_v3]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 4 [the_fff_32_v4]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 5 [the_fff_32_v5]
  FFT Power Spectrum in Fast Survey, 32 frequencies for EFI Potential, Sensor 6 [the_fff_32_v6]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (parallel to B) [the_fff_64_dbpara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM delta-B (perp to B) [the_fff_64_dbperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_fff_64_eac12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_fff_64_eac34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_fff_64_eac56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_fff_64_edc12]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_fff_64_edc34]
  FFT Power Spectrum in Fast Survey, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_fff_64_edc56]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (parallel to B) [the_fff_64_epara]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI E (perp to B) [the_fff_64_eperp]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 1 [the_fff_64_scm1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 2 [the_fff_64_scm2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for SCM, Axis 3 [the_fff_64_scm3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 1 [the_fff_64_v1]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 2 [the_fff_64_v2]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 3 [the_fff_64_v3]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 4 [the_fff_64_v4]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 5 [the_fff_64_v5]
  FFT Power Spectrum in Fast Survey, 64 frequencies for EFI Potential, Sensor 6 [the_fff_64_v6]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (parallel to B) [the_ffp_16_dbpara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM delta-B (perp to B) [the_ffp_16_dbperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffp_16_eac12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffp_16_eac34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffp_16_eac56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffp_16_edc12]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffp_16_edc34]
  FFT Power Spectrum in Particle Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffp_16_edc56]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (parallel to B) [the_ffp_16_epara]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI E (perp to B) [the_ffp_16_eperp]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 1 [the_ffp_16_scm1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 2 [the_ffp_16_scm2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for SCM, Axis 3 [the_ffp_16_scm3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 1 [the_ffp_16_v1]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 2 [the_ffp_16_v2]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 3 [the_ffp_16_v3]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 4 [the_ffp_16_v4]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 5 [the_ffp_16_v5]
  FFT Power Spectrum in Particle Burst, 16 frequencies for EFI Potential, Sensor 6 [the_ffp_16_v6]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (parallel to B) [the_ffp_32_dbpara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM delta-B (perp to B) [the_ffp_32_dbperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffp_32_eac12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffp_32_eac34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffp_32_eac56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffp_32_edc12]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffp_32_edc34]
  FFT Power Spectrum in Particle Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffp_32_edc56]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (parallel to B) [the_ffp_32_epara]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI E (perp to B) [the_ffp_32_eperp]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 1 [the_ffp_32_scm1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 2 [the_ffp_32_scm2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for SCM, Axis 3 [the_ffp_32_scm3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 1 [the_ffp_32_v1]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 2 [the_ffp_32_v2]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 3 [the_ffp_32_v3]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 4 [the_ffp_32_v4]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 5 [the_ffp_32_v5]
  FFT Power Spectrum in Particle Burst, 32 frequencies for EFI Potential, Sensor 6 [the_ffp_32_v6]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (parallel to B) [the_ffp_64_dbpara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM delta-B (perp to B) [the_ffp_64_dbperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffp_64_eac12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffp_64_eac34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffp_64_eac56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffp_64_edc12]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffp_64_edc34]
  FFT Power Spectrum in Particle Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffp_64_edc56]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (parallel to B) [the_ffp_64_epara]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI E (perp to B) [the_ffp_64_eperp]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 1 [the_ffp_64_scm1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 2 [the_ffp_64_scm2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for SCM, Axis 3 [the_ffp_64_scm3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 1 [the_ffp_64_v1]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 2 [the_ffp_64_v2]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 3 [the_ffp_64_v3]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 4 [the_ffp_64_v4]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 5 [the_ffp_64_v5]
  FFT Power Spectrum in Particle Burst, 64 frequencies for EFI Potential, Sensor 6 [the_ffp_64_v6]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (parallel to B) [the_ffw_16_dbpara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM delta-B (perp to B) [the_ffw_16_dbperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffw_16_eac12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffw_16_eac34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffw_16_eac56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffw_16_edc12]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffw_16_edc34]
  FFT Power Spectrum in Wave Burst, 16 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffw_16_edc56]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (parallel to B) [the_ffw_16_epara]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI E (perp to B) [the_ffw_16_eperp]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 1 [the_ffw_16_scm1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 2 [the_ffw_16_scm2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for SCM, Axis 3 [the_ffw_16_scm3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 1 [the_ffw_16_v1]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 2 [the_ffw_16_v2]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 3 [the_ffw_16_v3]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 4 [the_ffw_16_v4]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 5 [the_ffw_16_v5]
  FFT Power Spectrum in Wave Burst, 16 frequencies for EFI Potential, Sensor 6 [the_ffw_16_v6]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (parallel to B) [the_ffw_32_dbpara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM delta-B (perp to B) [the_ffw_32_dbperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffw_32_eac12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffw_32_eac34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffw_32_eac56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffw_32_edc12]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffw_32_edc34]
  FFT Power Spectrum in Wave Burst, 32 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffw_32_edc56]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (parallel to B) [the_ffw_32_epara]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI E (perp to B) [the_ffw_32_eperp]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 1 [the_ffw_32_scm1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 2 [the_ffw_32_scm2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for SCM, Axis 3 [the_ffw_32_scm3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 1 [the_ffw_32_v1]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 2 [the_ffw_32_v2]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 3 [the_ffw_32_v3]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 4 [the_ffw_32_v4]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 5 [the_ffw_32_v5]
  FFT Power Spectrum in Wave Burst, 32 frequencies for EFI Potential, Sensor 6 [the_ffw_32_v6]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (parallel to B) [the_ffw_64_dbpara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM delta-B (perp to B) [the_ffw_64_dbperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 1&2 (spin plane) [the_ffw_64_eac12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 3&4 (spin plane) [the_ffw_64_eac34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field AC Component, Sensors 5&6 (axial) [the_ffw_64_eac56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 1&2 (spin plane) [the_ffw_64_edc12]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 3&4 (spin plane) [the_ffw_64_edc34]
  FFT Power Spectrum in Wave Burst, 64 frequencies for E Field DC Component, Sensors 5&6 (axial) [the_ffw_64_edc56]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (parallel to B) [the_ffw_64_epara]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI E (perp to B) [the_ffw_64_eperp]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 1 [the_ffw_64_scm1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 2 [the_ffw_64_scm2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for SCM, Axis 3 [the_ffw_64_scm3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 1 [the_ffw_64_v1]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 2 [the_ffw_64_v2]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 3 [the_ffw_64_v3]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 4 [the_ffw_64_v4]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 5 [the_ffw_64_v5]
  FFT Power Spectrum in Wave Burst, 64 frequencies for EFI Potential, Sensor 6 [the_ffw_64_v6]

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Data Access Code Examples written in and IDL®.
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THE_L2_FGM (spase://DLR/NumericalData/THEMIS/E/FGM/PT0.0078125S)

Description

Sensor and electronics design provided by TUBS (Glassmeier, Auster) and IWF
(Baumjohann, Magnes)

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  FGM-FGS Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [the_fgm_fgs_quality]
  (Good data only) FGS magnetic field B magnitude [the_fgs_btotalQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [the_fgs_gseQ]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSM Coordinates [the_fgs_gsmQ]

  Units are in nanotesla
  

  ---- FGS magnetic field B in DSL (Despun Spacecraft) Coordinates [the_fgs_dslQ]

  Units are in nanotesla
  

  (All Qualities data) FGS magnetic field B magnitude [the_fgs_btotal]

  Units are in nanotesla
  

  ---- FGS (spin-resolution/~3 sec) magnetic field B in XYZ GSE Coordinates [the_fgs_gse]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ GSM Coordinates [the_fgs_gsm]

  Units are in nanotesla
  

  ---- FGS magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_fgs_dsl]

  Units are in nanotesla
  

  FGM-FGL Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [the_fgm_fgl_quality]
  (Good data only) FGL magnetic field B magnitude [the_fgl_btotalQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSE Coordinates [the_fgl_gseQ]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) magnetic field B in XYZ GSM Coordinates [the_fgl_gsmQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in DSL (Despun Spacecraft) Coordinates [the_fgl_dslQ]

  Units are in nanotesla
  

  ---- FGL magnetic field B in SSL (Spinning Spacecraft) Coordinates [the_fgl_sslQ]

  Units are in nanotesla
  

  (All Qualitities data) FGL magnetic field B magnitude [the_fgl_btotal]

  Units are in nanotesla
  

  ---- FGL (low-resolution/~0.25 sec) field B in XYZ GSE Coordinates [the_fgl_gse]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ GSM Coordinates [the_fgl_gsm]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_fgl_dsl]

  Units are in nanotesla
  

  ---- FGL magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [the_fgl_ssl]

  Units are in nanotesla
  

  FGM-FGH Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [the_fgm_fgh_quality]
  (Good data only) FGH magnetic field B magnitude [the_fgh_btotalQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [the_fgh_gseQ]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSM Coordinates [the_fgh_gsmQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in DSL (Despun Spacecraft) Coordinates [the_fgh_dslQ]

  Units are in nanotesla
  

  ---- FGH magnetic field B in SSL (Spinning Spacecraft) Coordinates [the_fgh_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGH magnetic field B magnitude [the_fgh_btotal]

  Units are in nanotesla
  

  ---- FGH (high-resolution/~0.008 sec) magnetic field B in XYZ GSE Coordinates [the_fgh_gse]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ GSM Coordinates [the_fgh_gsm]

  Units are in nanotesla
  

  ---- FGH magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_fgh_dsl]

  Units are in nanotesla
  

  ----FGH magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [the_fgh_ssl]

  Units are in nanotesla
  

  FGM-FGE Data Quality (0: Good data, 1:boom not deployed, 2:in shadow, 3:uncorrected shadow, 4:noisy waveforms) [the_fgm_fge_quality]
  (Good data only) FGE magnetic field B magnitude [the_fge_btotalQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [the_fge_gseQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSM Coordinates [the_fge_gsmQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in DSL Coordinates [the_fge_dslQ]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in SSL Coordinates [the_fge_sslQ]

  Units are in nanotesla
  

  (All Qualities) FGE (engineering) magnetic field B magnitude [the_fge_btotal]

  Units are in nanotesla
  

  ---- FGE (engineering mode) magnetic field B in XYZ GSE Coordinates [the_fge_gse]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ GSM Coordinates [the_fge_gsm]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_fge_dsl]

  Units are in nanotesla
  

  ---- FGE magnetic field B in XYZ SSL (Spinning Spacecraft) Coordinates [the_fge_ssl]

  Units are in nanotesla
  

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THE_L2_FIT doi:10.48322/5g5k-ry70 Copy BibTeX Citation

Description

THEMIS-E:  On Board spin fits of Electric (EFI) and Magnetic (FGM) field. 

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Standard Deviation of onboard FGS magnetic field spin-fit [the_fgs_sigma]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in XYZ despun spacecraft coordinates (DSL) [the_fgs_dsl]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSE coordinates [the_fgs_gse]

  Units are in nanotesla
  

  FGS (spin-fit) magnetic field vector in GSM coordinates [the_fgs_gsm]

  Units are in nanotesla
  

  Standard Deviation of onboard EFS (spin-fit) electric field spin-fit [the_efs_sigma]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in XYZ despun spacecraft coordinates (DSL) [the_efs_dsl]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in XYZ despun spacecraft coordinates (DSL) [the_efs_0_dsl]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in XYZ despun spacecraft coordinates (DSL) [the_efs_dot0_dsl]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSE coordinates [the_efs_gse]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSE coordinates [the_efs_0_gse]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSE coordinates [the_efs_dot0_gse]

  Units are in mV/m
  

  EFS (spin-fit) electric field vector in GSM coordinates [the_efs_gsm]

  Units are in mV/m
  

  EFS_0 (spin-fit, using E_z=0) electric field E in GSM coordinates [the_efs_0_gsm]

  Units are in mV/m
  

  EFS_DOT0 (spin-fit, using E dot B=0) electric field vector in GSM coordinates [the_efs_dot0_gsm]

  Units are in mV/m
  

  FIT_BFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [the_fit_bfit]

  Units are in nanotesla
  

  FIT_EFIT spin-fit calibrated data A, B, C, sigma, avg. (DSL) [the_fit_efit]

Dataset in CDAWeb
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---

THE_L2_GMOM doi:10.48322/h36y-ta68 Copy BibTeX Citation

Description

THEMIS-E:  Solid State Telescope (SST) & Electrostatic Analyzer (ESA): ground
calculatedenergy fluxes & moments.(density, velocity, pressure, and temperature)
Generated from ESA+SST combined distributions

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  ESA+SST Full+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_ptiff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Ion Density [the_ptiff_densityQ]
  -----(Good Data Only)Ion Average Temperature [the_ptiff_avgtempQ]
  -----(Good Data Only)Ion Thermal Velocity [the_ptiff_vthermalQ]
  -----SC Potential (Same time array as Full Ion ESA-SST data) (Good Data Only) [the_ptiff_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [the_ptiff_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_ptiff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [the_ptiff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [the_ptiff_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [the_ptiff_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [the_ptiff_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [the_ptiff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_ptiff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) (Good Data Only) [the_ptiff_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [the_ptiff_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [the_ptiff_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [the_ptiff_velocity_gsmQ]
  ESA+SST Full+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_pteff_data_quality]
  (Good data only) ESA+SST Full+Full Mode, Elec Density [the_pteff_densityQ]
  -----(Good Data Only)Elec Average Temperature [the_pteff_avgtempQ]
  -----(Good Data Only)Elec Thermal Velocity [the_pteff_vthermalQ]
  -----SC Potential (Same time array as Full Elec ESA-SST data) (Good Data Only) [the_pteff_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [the_pteff_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_pteff_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) (Good Data Only) [the_pteff_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [the_pteff_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [the_pteff_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [the_pteff_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL)) (Good Data Only) [the_pteff_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_pteff_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Full Elec ESA-SST data) (Good Data Only) [the_pteff_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [the_pteff_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [the_pteff_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [the_pteff_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_ptirf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [the_ptirf_densityQ]
  -----Ion Average Temperature(Good Data Only) [the_ptirf_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [the_ptirf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) (Good Data Only) [the_ptirf_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [the_ptirf_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_ptirf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [the_ptirf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [the_ptirf_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [the_ptirf_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [the_ptirf_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [the_ptirf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_ptirf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data)(Good Data Only) [the_ptirf_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [the_ptirf_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [the_ptirf_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [the_ptirf_velocity_gsmQ]
  ESA+SST Reduced+Full Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_pterf_data_quality]
  (Good Data Only) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Elec Density [the_pterf_densityQ]
  -----Elec Average Temperature(Good Data Only) [the_pterf_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [the_pterf_vthermalQ]
  -----SC Potential (Same time array as Reduced-Full Elec ESA-SST data) (Good Data Only) [the_pterf_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [the_pterf_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_pterf_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [the_pterf_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [the_pterf_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [the_pterf_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [the_pterf_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [the_pterf_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_pterf_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Elec ESA-SST data)(Good Data Only) [the_pterf_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [the_pterf_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [the_pterf_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [the_pterf_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_ptibb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [the_ptibb_densityQ]
  -----Ion Average Temperature(Good Data Only) [the_ptibb_avgtempQ]
  -----Ion Thermal Velocity(Good Data Only) [the_ptibb_vthermalQ]
  -----SC Potential (Same time array as Burst Ion ESA-SST data)(Good Data Only) [the_ptibb_sc_potQ]
  -----Ion Energy Flux spectrogram(Good Data Only) [the_ptibb_en_efluxQ]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_ptibb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [the_ptibb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor(Good Data Only) [the_ptibb_ptensQ]
  -----Ion Momentum Flux Tensor(Good Data Only) [the_ptibb_mftensQ]
  -----Ion Particle Flux Vector(Good Data Only) [the_ptibb_fluxQ]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [the_ptibb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_ptibb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data)(Good Data Only) [the_ptibb_magfQ]
  -----Ion Velocity Vector in DSL(Good Data Only) [the_ptibb_velocity_dslQ]
  -----Ion Velocity Vector in GSE(Good Data Only) [the_ptibb_velocity_gseQ]
  -----Ion Velocity Vector in GSM(Good Data Only) [the_ptibb_velocity_gsmQ]
  ESA+SST Burst+Burst Mode Elec Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/gmom_flag.shtml.) [the_ptebb_data_quality]
  (Good Data Only) ESA-SST Burst (High Time and Angular Resolution) Mode, Elec Density [the_ptebb_densityQ]
  -----Elec Average Temperature(Good Data Only) [the_ptebb_avgtempQ]
  -----Elec Thermal Velocity(Good Data Only) [the_ptebb_vthermalQ]
  -----SC Potential (Same time array as Burst Elec ESA-SST data)(Good Data Only) [the_ptebb_sc_potQ]
  -----Elec Energy Flux spectrogram(Good Data Only) [the_ptebb_en_efluxQ]
  -----Elec Diagonalized Temperature (Tprp1, Tprp2, Tpar)(Good Data Only) [the_ptebb_t3Q]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA)(Good Data Only) [the_ptebb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Elec Pressure Tensor(Good Data Only) [the_ptebb_ptensQ]
  -----Elec Momentum Flux Tensor(Good Data Only) [the_ptebb_mftensQ]
  -----Elec Particle Flux Vector(Good Data Only) [the_ptebb_fluxQ]
  -----Elec Symmetry Vector (direction of pressure tensor symmetry (DSL))(Good Data Only) [the_ptebb_symmQ]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Elec Symmetry Angle (between symmetry direction and B)(Good Data Only) [the_ptebb_symm_angQ]
  -----Magnetic Field Vector in DSL (Same time array as Burst Elec ESA-SST data)(Good Data Only) [the_ptebb_magfQ]
  -----Elec Velocity Vector in DSL(Good Data Only) [the_ptebb_velocity_dslQ]
  -----Elec Velocity Vector in GSE(Good Data Only) [the_ptebb_velocity_gseQ]
  -----Elec Velocity Vector in GSM(Good Data Only) [the_ptebb_velocity_gsmQ]
  (All qualities data) ESA+SST Full+Full Mode, Ion Density [the_ptiff_density]
  -----Ion Average Temperature [the_ptiff_avgtemp]
  -----Ion Thermal Velocity [the_ptiff_vthermal]
  -----SC Potential (Same time array as Full Ion ESA-SST data) [the_ptiff_sc_pot]
  -----Ion Energy Flux spectrogram [the_ptiff_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_ptiff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_ptiff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_ptiff_ptens]
  -----Ion Momentum Flux Tensor [the_ptiff_mftens]
  -----Ion Particle Flux Vector [the_ptiff_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_ptiff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_ptiff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Ion ESA-SST data) [the_ptiff_magf]
  -----Ion Velocity Vector in DSL [the_ptiff_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_ptiff_velocity_gse]
  -----Ion Velocity Vector in GSM [the_ptiff_velocity_gsm]
  (All qualities data) ESA-SST Full (High Angular Resolution, few minute time res.) Mode, Electron Density [the_pteff_density]
  -----Electron Average Temperature [the_pteff_avgtemp]
  -----Electron Thermal Velocity [the_pteff_vthermal]
  -----SC Potential (Same time array as Full Electron ESA-SST data) [the_pteff_sc_pot]
  -----Electron Energy Flux spectrogram [the_pteff_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_pteff_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_pteff_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_pteff_ptens]
  -----Electron Momentum Flux Tensor [the_pteff_mftens]
  -----Electron Particle Flux Vector [the_pteff_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_pteff_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_pteff_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Full Electron ESA-SST data) [the_pteff_magf]
  -----Electron Velocity Vector in DSL [the_pteff_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_pteff_velocity_gse]
  -----Electron Velocity Vector in GSM [the_pteff_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Ion Density [the_ptirf_density]
  -----Ion Average Temperature [the_ptirf_avgtemp]
  -----Ion Thermal Velocity [the_ptirf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Ion ESA-SST data) [the_ptirf_sc_pot]
  -----Ion Energy Flux spectrogram [the_ptirf_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_ptirf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_ptirf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_ptirf_ptens]
  -----Ion Momentum Flux Tensor [the_ptirf_mftens]
  -----Ion Particle Flux Vector [the_ptirf_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_ptirf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_ptirf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Ion ESA-SST data) [the_ptirf_magf]
  -----Ion Velocity Vector in DSL [the_ptirf_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_ptirf_velocity_gse]
  -----Ion Velocity Vector in GSM [the_ptirf_velocity_gsm]
  (All qualities data) ESA Reduced (Low Angular Res., 3-s Time Res.) SST Full(High Angular Res, Variable Time Res) Mode, Electron Density [the_pterf_density]
  -----Electron Average Temperature [the_pterf_avgtemp]
  -----Electron Thermal Velocity [the_pterf_vthermal]
  -----SC Potential (Same time array as Reduced-Full Electron ESA-SST data) [the_pterf_sc_pot]
  -----Electron Energy Flux spectrogram [the_pterf_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_pterf_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_pterf_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_pterf_ptens]
  -----Electron Momentum Flux Tensor [the_pterf_mftens]
  -----Electron Particle Flux Vector [the_pterf_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_pterf_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_pterf_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Reduced-Full Electron ESA-SST data) [the_pterf_magf]
  -----Electron Velocity Vector in DSL [the_pterf_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_pterf_velocity_gse]
  -----Electron Velocity Vector in GSM [the_pterf_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Ion Density [the_ptibb_density]
  -----Ion Average Temperature [the_ptibb_avgtemp]
  -----Ion Thermal Velocity [the_ptibb_vthermal]
  -----SC Potential (Same time array as Burst Ion ESA-SST data) [the_ptibb_sc_pot]
  -----Ion Energy Flux spectrogram [the_ptibb_en_eflux]
  -----Ion Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_ptibb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_ptibb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor [the_ptibb_ptens]
  -----Ion Momentum Flux Tensor [the_ptibb_mftens]
  -----Ion Particle Flux Vector [the_ptibb_flux]
  -----Ion Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_ptibb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Ion Symmetry Angle (between symmetry direction and B) [the_ptibb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Ion ESA-SST data) [the_ptibb_magf]
  -----Ion Velocity Vector in DSL [the_ptibb_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_ptibb_velocity_gse]
  -----Ion Velocity Vector in GSM [the_ptibb_velocity_gsm]
  (All qualities data) ESA-SST Burst (High Time and Angular Resolution) Mode, Electron Density [the_ptebb_density]
  -----Electron Average Temperature [the_ptebb_avgtemp]
  -----Electron Thermal Velocity [the_ptebb_vthermal]
  -----SC Potential (Same time array as Burst Electron ESA-SST data) [the_ptebb_sc_pot]
  -----Electron Energy Flux spectrogram [the_ptebb_en_eflux]
  -----Electron Diagonalized Temperature (Tprp1, Tprp2, Tpar) [the_ptebb_t3]

  Notes on diagonalized temperature:.The first eigenvalue  and eigenvector  are
  the distinguisheable eigenvalue and the major (symmetry) axis, respectively. 
  .The "degenerate" eigenvalues are sorted such that the 2nd eigenvalue is smaller
  than the third one.
  

  -----Electron Temperature, Field Aligned (Tprp1FA, Tprp2FA, TparFA) [the_ptebb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor [the_ptebb_ptens]
  -----Electron Momentum Flux Tensor [the_ptebb_mftens]
  -----Electron Particle Flux Vector [the_ptebb_flux]
  -----Electron Symmetry Vector (direction of pressure tensor symmetry (DSL)) [the_ptebb_symm]

  This is the direction vector of the principal axis of the pressure tensor in DSL
  coordinates
  

  -----Electron Symmetry Angle (between symmetry direction and B) [the_ptebb_symm_ang]
  -----Magnetic Field Vector in DSL (Same time array as Burst Electron ESA-SST data) [the_ptebb_magf]
  -----Electron Velocity Vector in DSL [the_ptebb_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_ptebb_velocity_gse]
  -----Electron Velocity Vector in GSM [the_ptebb_velocity_gsm]
  ESA-SST electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_eesa_solarwind_flag]
  ESA-SST ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_iesa_solarwind_flag]

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THE_L2_MOM doi:10.48322/x7y9-hx44 Copy BibTeX Citation

Description

THEMIS-E:  On Board moments:  Electron/Ion moments density, flux, velocity,
pressure and temperature.Moment Data Quality flags (0: good data; non-zero flags
are totals of values; 1: missing S/C potential, 16: electron density Gt 2*ion
density, 32: ion density Gt 2*electron density, 64: Spacecraft Maneuver).

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  Ion Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [the_peim_data_quality]
  (Good data only) ESA On Board Moment (MOM) Ion Density, THEMIS-E [the_peim_densityQ]
  -----Ion Total Pressure [the_peim_ptotQ]
  -----Ion Particle Flux Vector [the_peim_fluxQ]
  -----Ion Momentum Flux Tensor [the_peim_mftensQ]
  -----Ion Energy Flux Vector [the_peim_efluxQ]
  -----Ion Velocity Vector in DSL [the_peim_velocity_dslQ]
  -----Ion Velocity Vector in GSE [the_peim_velocity_gseQ]
  -----Ion Velocity Vector in GSM [the_peim_velocity_gsmQ]
  -----Ion Pressure Tensor [the_peim_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [the_peim_magQ]
  -----Ion Velocity Vector, Field Aligned [the_peim_velocity_magQ]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peim_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [the_peim_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Electron Moment Data Quality (0: good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/mom_flag.shtml.) [the_peem_data_quality]
  (Good data only) ESA On Board Moment (MOM) Electron Density, THEMIS-E [the_peem_densityQ]
  -----Electron Total Pressure [the_peem_ptotQ]
  -----Electron Particle Flux Vector [the_peem_fluxQ]
  -----Electron Momentum Flux Tensor [the_peem_mftensQ]
  -----Electron Energy Flux Vector [the_peem_efluxQ]
  -----Electron Velocity Vector in DSL [the_peem_velocity_dslQ]
  -----Electron Velocity Vector in GSE [the_peem_velocity_gseQ]
  -----Electron Velocity Vector in GSM [the_peem_velocity_gsmQ]
  -----Electron Pressure Tensor [the_peem_ptensQ]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [the_peem_magQ]
  -----Electron Velocity Vector, Field Aligned [the_peem_velocity_magQ]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peem_t3_magQ]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [the_peem_ptens_magQ]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All qualities data) ESA On Board Moment (MOM) Ion Density, THEMIS-E [the_peim_density]
  -----Ion Total Pressure [the_peim_ptot]
  -----Ion Particle Flux Vector [the_peim_flux]
  -----Ion Momentum Flux Tensor [the_peim_mftens]
  -----Ion Energy Flux Vector [the_peim_eflux]
  -----Ion Velocity Vector in DSL [the_peim_velocity_dsl]
  -----Ion Velocity Vector in GSE [the_peim_velocity_gse]
  -----Ion Velocity Vector in GSM [the_peim_velocity_gsm]
  -----Ion Pressure Tensor [the_peim_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Ion ESA data) [the_peim_mag]
  -----Ion Velocity Vector, Field Aligned [the_peim_velocity_mag]
  -----Ion Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peim_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Ion Pressure Tensor, Field Aligned [the_peim_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  (All Qualities data) ESA On Board Moment (MOM) Electron Density, THEMIS-E [the_peem_density]
  -----Electron Total Pressure [the_peem_ptot]
  -----Electron Particle Flux Vector [the_peem_flux]
  -----Electron Momentum Flux Tensor [the_peem_mftens]
  -----Electron Energy Flux Vector [the_peem_eflux]
  -----Electron Velocity Vector in DSL [the_peem_velocity_dsl]
  -----Electron Velocity Vector in GSE [the_peem_velocity_gse]
  -----Electron Velocity Vector in GSM [the_peem_velocity_gsm]
  -----Electron Pressure Tensor [the_peem_ptens]
  -----Magnetic Field Vector DSL (Same time array as MOM Electron ESA data) [the_peem_mag]
  -----Electron Velocity Vector, Field Aligned [the_peem_velocity_mag]
  -----Electron Temperature, Field Aligned (TprpFA1, TprpFA2, TparFA) [the_peem_t3_mag]

  3d temperatures around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  -----Electron Pressure Tensor, Field Aligned [the_peem_ptens_mag]

  Pressure tensor around magnetic axis (Z) and normal axes (X,Y), where Y is Z
  direction crosed into Sun direction, and X completes orthogonal system.
  

  Spacecraft Potential, THEMIS-E [the_pxxm_pot]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_iesa_solarwind_flag]

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THE_L2_SCM doi:10.48322/bbh4-cv70 Copy BibTeX Citation

Description

THEMIS-E: Search Coil Magnetometer (SCM) Magnetic Field Measurements. Includes
FAST SURVEY, PARTICLE BURST and WAVE BURST data. FAST SURVEY (SCF): 1/8 second
time resolution. PARTICLE BURST (SCP): 1/128 second time resolution; only short
bursts of data. WAVE BURST (SCW): 1/8192 second time resolution; only short
bursts of data. Sensor and electronics design provided by LPP, Roux and Le
Contel

Modification History

Rev- 2009-08-13

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B magnitude [the_scf_btotal]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSE Coordinates [the_scf_gse]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ GSM Coordinates [the_scf_gsm]

  Units are in nanotesla
  

  SCF (fast-survey, 1/8 sec time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_scf_dsl]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B magnitude [the_scp_btotal]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [the_scp_gse]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [the_scp_gsm]

  Units are in nanotesla
  

  SCP (particle burst, 1/128 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_scp_dsl]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B magnitude [the_scw_btotal]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSE Coordinates [the_scw_gse]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ GSM Coordinates [the_scw_gsm]

  Units are in nanotesla
  

  SCW (wave burst, 1/8192 second time resolution) SCM magnetic field B in XYZ DSL (Despun Spacecraft) Coordinates [the_scw_dsl]

  Units are in nanotesla
  

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THE_L2_SST doi:10.48322/5xv8-hc40 Copy BibTeX Citation

Description

THEMIS-E:  Solid State Telescope (SST): Energy Flux spectrogram:  Data includes:
Electron/Ion Ground-Calculated Fluxes (30 keV - 300 keV).

Modification History

Rev- 2006-09-18

Caveats

See THEMIS website for caveats

• Data Variable Descriptions
  SST Full Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [the_psif_data_quality]
  SST Ion energy spectrogram(Full Mode) (Good data only) [the_psif_en_efluxQ]
  SST full mode derived ion density(Good data only) [the_psif_densityQ]
  SST full mode derived average ion temperature(Good data only) [the_psif_avgtempQ]
  SST full mode derived average ion thermal velocity(Good data only) [the_psif_vthermalQ]
  Spacecraft potential used in generation of the_psif moments(Good data only) [the_psif_sc_potQ]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [the_psif_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [the_psif_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(Good data only) [the_psif_ptensQ]
  SST full distribution derived ion momentum flux tensor(Good data only) [the_psif_mftensQ]
  SST full mode ion particle flux vector(Good data only) [the_psif_fluxQ]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [the_psif_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [the_psif_symm_angQ]
  Magnetic field vector used for generation of psif moments in DSL coordinates(Good data only) [the_psif_magfQ]
  SST full distribution derived ion velocity vector in DSL coordinates(Good data only) [the_psif_velocity_dslQ]
  SST full distribution derived ion velocity vector in GSE coordinates(Good data only) [the_psif_velocity_gseQ]
  SST full distribution derived ion velocity vector in GSM coordinates(Good data only) [the_psif_velocity_gsmQ]
  SST Ion energy spectrogram(Full Mode)(All qualities) [the_psif_en_eflux]
  SST full mode derived ion density(All qualities) [the_psif_density]
  SST full mode derived average ion temperature(All qualities) [the_psif_avgtemp]
  SST full mode derived average ion thermal velocity(All qualities) [the_psif_vthermal]
  Spacecraft potential used in generation of the_psif moments(All qualities) [the_psif_sc_pot]
  SST full mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [the_psif_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [the_psif_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived ion pressure tensor(All qualities) [the_psif_ptens]
  SST full distribution derived ion momentum flux tensor(All qualities) [the_psif_mftens]
  SST full mode ion particle flux vector(All qualities) [the_psif_flux]
  SST full mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [the_psif_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [the_psif_symm_ang]
  Magnetic field vector used for generation of psif moments in DSL coordinates(All qualities) [the_psif_magf]
  SST full distribution derived ion velocity vector in DSL coordinates. (All qualities) [the_psif_velocity_dsl]
  SST full distribution derived ion velocity vector in GSE coordinates(All qualities) [the_psif_velocity_gse]
  SST full distribution derived ion velocity vector in GSM coordinates(All qualities) [the_psif_velocity_gsm]
  SST Full Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [the_psef_data_quality]
  SST Electron energy spectrogram(Good data only) [the_psef_en_efluxQ]
  SST full mode derived electron density(Good data only) [the_psef_densityQ]
  SST full mode derived average electron temperature(Good data only) [the_psef_avgtempQ]
  SST full mode derived average electron thermal velocity(Good data only) [the_psef_vthermalQ]
  Spacecraft potential used in generation of the_psef moments(Good data only) [the_psef_sc_potQ]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [the_psef_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [the_psef_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(Good data only) [the_psef_ptensQ]
  SST full distribution derived electron momentum flux tensor(Good data only) [the_psef_mftensQ]
  SST full mode electron particle flux vector(Good data only) [the_psef_fluxQ]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [the_psef_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [the_psef_symm_angQ]
  Magnetic field vector used for generation of psef moments in DSL coordinates(Good data only) [the_psef_magfQ]
  SST full distribution derived electron velocity vector in DSL coordinates(Good data only) [the_psef_velocity_dslQ]
  SST full distribution derived electron velocity vector in GSE coordinates(Good data only) [the_psef_velocity_gseQ]
  SST full distribution derived electron velocity vector in GSM coordinates(Good data only) [the_psef_velocity_gsmQ]
  SST Electron energy spectrogram(Full Mode)(All qualities) [the_psef_en_eflux]
  SST full mode derived electron density(All qualities) [the_psef_density]
  SST full mode derived average electron temperature(All qualities) [the_psef_avgtemp]
  SST full mode derived average electron thermal velocity(All qualities) [the_psef_vthermal]
  Spacecraft potential used in generation of the_psef moments(All qualities) [the_psef_sc_pot]
  SST full mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [the_psef_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST full mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [the_psef_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST full distribution derived electron pressure tensor(All qualities) [the_psef_ptens]
  SST full distribution derived electron momentum flux tensor(All qualities) [the_psef_mftens]
  SST full mode electron particle flux vector(All qualities) [the_psef_flux]
  SST full mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [the_psef_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST full distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [the_psef_symm_ang]
  Magnetic field vector used for generation of psef moments in DSL coordinates(All Qualities) [the_psef_magf]
  SST full distribution derived electron velocity vector in DSL coordinates(All Qualities) [the_psef_velocity_dsl]
  SST full distribution derived electron velocity vector in GSE coordinates(All Qualities) [the_psef_velocity_gse]
  SST full distribution derived electron velocity vector in GSM coordinates(All Qualities) [the_psef_velocity_gsm]
  SST Burst Mode Ion Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [the_psib_data_quality]
  SST Ion energy spectrogram(Burst Mode) (Good data only) [the_psib_en_efluxQ]
  SST burst mode derived ion density(Good data only) [the_psib_densityQ]
  SST burst mode derived average ion temperature(Good data only) [the_psib_avgtempQ]
  SST burst mode derived average ion thermal velocity(Good data only) [the_psib_vthermalQ]
  Spacecraft potential used in generation of the_psib moments(Good data only) [the_psib_sc_potQ]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [the_psib_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [the_psib_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(Good data only) [the_psib_ptensQ]
  SST burst distribution derived ion momentum flux tensor(Good data only) [the_psib_mftensQ]
  SST burst mode ion particle flux vector(Good data only) [the_psib_fluxQ]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [the_psib_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [the_psib_symm_angQ]
  Magnetic field vector used for generation of psib moments in DSL coordinates(Good data only) [the_psib_magfQ]
  SST burst distribution derived ion velocity vector in DSL coordinates(Good data only) [the_psib_velocity_dslQ]
  SST burst distribution derived ion velocity vector in GSE coordinates(Good data only) [the_psib_velocity_gseQ]
  SST burst distribution derived ion velocity vector in GSM coordinates(Good data only) [the_psib_velocity_gsmQ]
  SST Ion energy spectrogram(Burst Mode)(All qualities) [the_psib_en_eflux]
  SST burst mode derived ion density(All qualities) [the_psib_density]
  SST burst mode derived average ion temperature(All qualities) [the_psib_avgtemp]
  SST burst mode derived average ion thermal velocity(All qualities) [the_psib_vthermal]
  Spacecraft potential used in generation of the_psib moments(All qualities) [the_psib_sc_pot]
  SST burst mode ion diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [the_psib_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode ion temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [the_psib_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived ion pressure tensor(All qualities) [the_psib_ptens]
  SST burst distribution derived ion momentum flux tensor(All qualities) [the_psib_mftens]
  SST burst mode ion particle flux vector(All qualities) [the_psib_flux]
  SST burst mode ion direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [the_psib_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived ion symmetry angle (Angle between Symmetry Direction and Magnetic Field(B)). (All qualities) [the_psib_symm_ang]
  Magnetic field vector used for generation of psib moments in DSL coordinates(All qualities) [the_psib_magf]
  SST burst distribution derived ion velocity vector in DSL coordinates. (All qualities) [the_psib_velocity_dsl]
  SST burst distribution derived ion velocity vector in GSE coordinates(All qualities) [the_psib_velocity_gse]
  SST burst distribution derived ion velocity vector in GSM coordinates(All qualities) [the_psib_velocity_gsm]
  SST Burst Mode Electron Moment Data Quality (0: Good data, non-zero: Data may not be suitable, see: http://themis.ssl.berkeley.edu/sst_flag.shtml.) [the_pseb_data_quality]
  SST Electron energy spectrogram(Good data only) [the_pseb_en_efluxQ]
  SST burst mode derived electron density(Good data only) [the_pseb_densityQ]
  SST burst mode derived average electron temperature(Good data only) [the_pseb_avgtempQ]
  SST burst mode derived average electron thermal velocity(Good data only) [the_pseb_vthermalQ]
  Spacecraft potential used in generation of the_pseb moments(Good data only) [the_pseb_sc_potQ]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(Good data only) [the_pseb_t3Q]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(Good data only) [the_pseb_magt3Q]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(Good data only) [the_pseb_ptensQ]
  SST burst distribution derived electron momentum flux tensor(Good data only) [the_pseb_mftensQ]
  SST burst mode electron particle flux vector(Good data only) [the_pseb_fluxQ]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(Good data only) [the_pseb_symmQ]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(Good data only) [the_pseb_symm_angQ]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(Good data only) [the_pseb_magfQ]
  SST burst distribution derived electron velocity vector in DSL coordinates(Good data only) [the_pseb_velocity_dslQ]
  SST burst distribution derived electron velocity vector in GSE coordinates(Good data only) [the_pseb_velocity_gseQ]
  SST burst distribution derived electron velocity vector in GSM coordinates(Good data only) [the_pseb_velocity_gsmQ]
  SST Electron energy spectrogram(Burst Mode)(All qualities) [the_pseb_en_eflux]
  SST burst mode derived electron density(All qualities) [the_pseb_density]
  SST burst mode derived average electron temperature(All qualities) [the_pseb_avgtemp]
  SST burst mode derived average electron thermal velocity(All qualities) [the_pseb_vthermal]
  Spacecraft potential used in generation of the_pseb moments(All qualities) [the_pseb_sc_pot]
  SST burst mode electron diagonalized temperature (Tprp1, Tprp2, Tpar)(All qualities) [the_pseb_t3]

  The first eigenvalue and eigenvector are the distinguishable eigenvalue and the
  major (symmetry) axis respectively.  The "degenerate" eigenvalues aresorted such
  that the 2nd eigenvalue is smaller than the third one.
  

  SST burst mode electron temperature temperature magnetic field aligned. (Tprp1FA, Tprp2FA, TparFA)(All qualities) [the_pseb_magt3]

  3d temperatures around magnetic axis (Z) and normal axes(X,Y) where Y is Z
  direction crossed into Sun direction, and X completes the orthogonal system
  

  SST burst distribution derived electron pressure tensor(All qualities) [the_pseb_ptens]
  SST burst distribution derived electron momentum flux tensor(All qualities) [the_pseb_mftens]
  SST burst mode electron particle flux vector(All qualities) [the_pseb_flux]
  SST burst mode electron direction of pressure tensor symmetry. In DSL Coordinates(All qualities) [the_pseb_symm]

  This is the direction of the principal axis of the pressure tensor in DSL
  coordinates.  Vector is normalized.
  

  SST burst distribution derived electron symmetry angle (Angle between Symmetry Direction and Magnetic Field(B))(All qualities) [the_pseb_symm_ang]
  Magnetic field vector used for generation of pseb moments in DSL coordinates(All Qualities) [the_pseb_magf]
  SST burst distribution derived electron velocity vector in DSL coordinates(All Qualities) [the_pseb_velocity_dsl]
  SST burst distribution derived electron velocity vector in GSE coordinates(All Qualities) [the_pseb_velocity_gse]
  SST burst distribution derived electron velocity vector in GSM coordinates(All Qualities) [the_pseb_velocity_gsm]
  ESA electron solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_eesa_solarwind_flag]
  ESA ion solar wind mode flag; 0: Not in Solar Wind mode, 1: in Solar Wind mode [the_iesa_solarwind_flag]

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THE_OR_SSC doi:10.48322/srak-qw30 Copy BibTeX Citation

Description

GROUP 1    Satellite   Resolution   Factor
            themisa        60         1
            themisb        60         1
            themisc        60         1
            themisd        60         1
            themise        60         1
           Start Time           Stop Time 
           2024 336 00:00       2025   1 00:00   
Coord/            Min/Max   Range Filter       Filter
Component   Output Markers  Minimum  Maximum   Mins/Maxes 
GEO X        YES      -         -           -             -         -           
 -   
GEO Y        YES      -         -           -             -         -           
 -   
GEO Z        YES      -         -           -             -         -           
 -   
GEO Lat      YES      -         -           -             -         -           
 -   
GEO Lon      YES      -         -           -             -         -           
 -   
GEO LT       YES      -         -           -             -         -           
 -   
GM X         YES      -         -           -             -         -           
 -   
GM Y         YES      -         -           -             -         -           
 -   
GM Z         YES      -         -           -             -         -           
 -   
GM Lat       YES      -         -           -             -         -           
 -   
GM Lon       YES      -         -           -             -         -           
 -   
GM LT        YES      -         -           -             -         -           
 -   
GSE X        YES      -         -           -             -         -           
 -   
GSE Y        YES      -         -           -             -         -           
 -   
GSE Z        YES      -         -           -             -         -           
 -   
GSE Lat      YES      -         -           -             -         -           
 -   
GSE Lon      YES      -         -           -             -         -           
 -   
GSE LT       YES      -         -           -             -         -           
 -   
GSM X        YES      -         -           -             -         -           
 -   
GSM Y        YES      -         -           -             -         -           
 -   
GSM Z        YES      -         -           -             -         -           
 -   
GSM Lat      YES      -         -           -             -         -           
 -   
GSM Lon      YES      -         -           -             -         -           
 -   
SM X         YES      -         -           -             -         -           
 -   
SM Y         YES      -         -           -             -         -           
 -   
SM Z         YES      -         -           -             -         -           
 -   
SM Lat       YES      -         -           -             -         -           
 -   
SM Lon       YES      -         -           -             -         -           
 -   
SM LT        YES      -         -           -             -         -           
 -   
Addtnl             Min/Max      Range Filter          Filter
Options     Output Markers    Minimum     Maximum    Mins/Maxes
dEarth       YES      -         -           -             -   
MagStrgth    YES      -         -           -             -   
dNeutS       YES      -         -           -             -   
dBowSck      YES      -         -           -             -   
dMagPause    YES      -         -           -             -   
L_Value      YES      -         -           -             -   
InvarLat     YES      -         -           -             -   
Perform the following magnetic field traces:   
    North trace for GEO footpoint; Output: lat, lon, arclen.
    South trace for GEO footpoint; Output: lat, lon, arclen.
    North trace for GM footpoint; Output: lat, lon, arclen.
    South trace for GM footpoint; Output: lat, lon, arclen.
Magnetic field model:                          
    Internal: IGRF
    External: Tsyganenko 89C 
    External: Tsyganenko 89C     Kp:  3-,3,3+
    Stop trace altitude (km):   100.00
Formats and units:                          
    Day/Time format: YYYY DDD HH:MM
    Degrees/Hemisphere format: Decimal degrees with 2 place(s).
        Longitude 0 to 360, latitude -90 to 90.
    Distance format: Earth radii with 2 place(s).

Modification History

Originated 03/14/96

• Data Variable Descriptions
  Radial distance from the spacecraft to Earth. [RADIUS]
  XYZ in GSE coordinates (time-series) [XYZ_GSE]
  XYZ in GSE coordinates (orbit) [XYZ_GSEO]
  Latitude in GSE Coordinate System [GSE_LAT]
  Longitude in GSE coordinate system [GSE_LON]
  Spacecraft Local Time in GSE coordinates [GSE_LCT_T]
  XYZ in GSM coordinates (time-series) [XYZ_GSM]
  XYZ in GSM coordinates (orbit) [XYZ_GSMO]
  Latitude in GSM coordinate system [GSM_LAT]
  Longitude in GSM coordinate system [GSM_LON]
  XYZ in SM coordinates (time-series) [XYZ_SM]
  XYZ in SM coordinates (orbit) [XYZ_SMO]
  Latitude in SM coordinate system [SM_LAT]
  Longitude in SM coordinate system [SM_LON]
  Spacecraft Local Time in SM coordinate system [SM_LCT_T]
  XYZ in GEO coordinates (time-series) [XYZ_GEO]
  XYZ in GEO coordinates (orbit) [XYZ_GEOO]
  Latitude in GEO coordinate system [GEO_LAT]
  Longitude in GEO coordinate system [GEO_LON]
  Spacecraft Local Time in GEO coordinate system [GEO_LCT_T]
  Field line trace to the North Geographic Footprint - Latitude [NorthBtrace_GEO_LAT]
  Field line trace to the North Geographic Footprint - Longitude [NorthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the north geographic magnetic field footprint [NorthBtrace_GEO_ARCLEN]
  Field line trace to the South Geographic Footprint - Latitude [SouthBtrace_GEO_LAT]
  Field line trace to the South Geographic Footprint - Longitude [SouthBtrace_GEO_LON]
  The arc length of the line from the spacecraft to the south geographic magnetic field footprint [SouthBtrace_GEO_ARCLEN]
  XYZ in GM coordinates (time-series) [XYZ_GM]
  XYZ in GM coordinates (orbit) [XYZ_GMO]
  Latitude in GM coordinate system [GM_LAT]
  Longitude in GM coordinate system [GM_LON]
  Spacecraft local time in GM coordinate system [GM_LCT_T]
  Field line trace to the North Geomagnetic Footprint - Latitude [NorthBtrace_GM_LAT]
  Field line trace to the North Geomagnetic Footprint - Longitude [NorthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the north geomagnetic footprint [NorthBtrace_GM_ARCLEN]
  Field line trace to the South Geomagnetic Footprint - Latitude [SouthBtrace_GM_LAT]
  Field line trace to the South Geomagnetic Footprint - Longitude [SouthBtrace_GM_LON]
  The arc length of the line from the spacecraft to the south geomagnetic field footprint [SouthBtrace_GM_ARCLEN]
  Magnetic Field Strength [MAG_STRTH]
  Distance to the Tsyganenko 1995 model Neutral Sheet [DNEUTS]
  Distance from the P93 Bow Shock [BOW_SHOCK]
  Distance from the RS93 Magnetopause [MAG_PAUSE]
  Dipole L value [L_VALUE]
  Dipole Invariant Latitude [INVAR_LAT]
  Magnetic Field X_GSE component [MAG_X]
  Magnetic Field Y_GSE component [MAG_Y]
  Magnetic Field Z_GSE component [MAG_Z]

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THG_L1_ASK doi:10.48322/a2pk-b377 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort. The
All-Sky-Imagers (ASI) take white lght images of the overhead sky. N-S Keograms
are generated by combining the North-Southcross section of the image from each
UT time into a single image with UT time as x-axis.

Modification History

Rev- 2008-11-19, Harald Frey

• Data Variable Descriptions
  Keogram images (South-North slice overhead) --> NRSQ Narsarsuaq (Geog Lat 61.2, Long 314.6) [Data start October 5, 2008] [thg_ask_nrsq]
  ----------> GBAY Goose Bay (Geog Lat 53.3, Long 299.5) [thg_ask_gbay]
  ----------> KUUJ Kuujjuaq (Geog Lat 58.3, Long 291.8) [thg_ask_kuuj]
  ----------> CHBG Chibougamau (Geog Lat 49.8, Long 285.6) [thg_ask_chbg]
  ----------> SNKQ Danikiluaq (Geog Lat 56.5, Long 280.8) [thg_ask_snkq]
  ----------> KAPU Kapuskasing (Geog Lat 49.4, Long 277.7) [thg_ask_kapu]
  ----------> RANK Rankin Inlet (Geog Lat 62.8, Long 267.9), [thg_ask_rank]
  ----------> TALO Talohoak (Geog Lat 69.546, Long 266.423) [Data start Jan. 24, 2009] [thg_ask_talo]
  ----------> GILL Gillam (Geog Lat 56.4, Long 265.3), [thg_ask_gill]
  ----------> PINA Pinawa (Geog Lat 50.2, Long 263.9 [thg_ask_pina]
  ----------> TPAS Flin Flon/The Pas (Geog Lat 54.0, Long 259.1) [thg_ask_tpas]
  ----------> EKAT Ekati, Canada (Geog Lat 64.7, Long 249.3) [Data start 2005 through April 2006] [thg_ask_ekat]
  ----------> SNAP Snap Lake (Geog Lat 63.6, Long 249.1) [Data start October 22, 2008] [thg_ask_snap]
  ----------> FSMI Fort Smith (Geog Lat 60.0, Long 248.2) [thg_ask_fsmi]
  ----------> ATHA Athabaska (Geog Lat 54.7, Long 246.7) [thg_ask_atha]
  ----------> YKNF Yellowknife (Geog Lat 62.5, Long 245.7) [Data only from Feb. 29, 2008 to October 16, 2008] [thg_ask_yknf]
  ----------> FSIM Fort Simpson (Geog Lat 61.8, Long 238.8) [thg_ask_fsim]
  ----------> PGEO Prince George (Geog Lat 53.8, Long 237.2) [Data only prior to Nov. 27, 2008] [thg_ask_pgeo]
  ----------> INUV Inuvik (Geog Lat 68.4, Long 226.2) [thg_ask_inuv]
  ----------> WHIT White Horse (Geog Lat 61.0, Long 224.8) [thg_ask_whit]
  ----------> GAKO Gakona (Geog Lat 62.4, Long 214.8) [thg_ask_gako]
  ----------> FYKN Fort Yukon (Geog Lat 66.6, Long 214.8) [thg_ask_fykn]
  ----------> MCGR McGrath (Geog Lat 63.0, Long 204.4) [thg_ask_mcgr]
  ----------> KIAN Kiana (Geog Lat 67.0, Long 199.6) [thg_ask_kian]

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THG_L2_MAG_AKUL doi:10.48322/3y2q-2228 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_akul]
  ---> H - Local magnetic North component of B [thg_magh_akul]
  ---> E - Local magnetic East component of B [thg_magd_akul]
  ---> Z - Local vertical down component of B [thg_magz_akul]

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THG_L2_MAG_AMD doi:10.48322/9pjw-pc58 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HEZ vector components [thg_mag_amd]

  Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_amd]
  ---> E - Local magnetic East component of B [thg_magd_amd]
  ---> Z - Local vertical down component of B [thg_magz_amd]

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THG_L2_MAG_AMER doi:10.48322/qpwn-6769 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_amer]
  ---> H - Local magnetic North component of B [thg_magh_amer]
  ---> E - Local magnetic East component of B [thg_magd_amer]
  ---> Z - Local vertical down component of B [thg_magz_amer]

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THG_L2_MAG_AMK doi:10.48322/2h21-ep86 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01
Rev-2011-05-04 (New Data Provider)
Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_amk]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_amk]
  ---> E - Local magnetic East component of B [thg_magd_amk]
  ---> Z - Local vertical down component of B [thg_magz_amk]

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THG_L2_MAG_AND doi:10.48322/5wqx-w755 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network 

Modification History

Rev- 2010-05-13.Rev-2012-01-10 lphilpott Adding declination 

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_and]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_and]
  ---> E - Local magnetic East component of B [thg_magd_and]
  ---> Z - Local vertical down component of B [thg_magz_and]

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THG_L2_MAG_ARCT doi:10.48322/qwjs-gm05 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_arct]
  ---> H - Local magnetic North component of B [thg_magh_arct]
  ---> E - Local magnetic East component of B [thg_magd_arct]
  ---> Z - Local vertical down component of B [thg_magz_arct]

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THG_L2_MAG_ATHA doi:10.48322/z960-2d21 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_atha]
  ---> H - Local magnetic North component of B [thg_magh_atha]
  ---> E - Local magnetic East component of B [thg_magd_atha]
  ---> Z - Local vertical down component of B [thg_magz_atha]

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THG_L2_MAG_ATU doi:10.48322/fnna-f309 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01.Rev-2012-04-17 (New Data Online).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_atu]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_atu]
  ---> E - Local magnetic East component of B [thg_magd_atu]
  ---> Z - Local vertical down component of B [thg_magz_atu]

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THG_L2_MAG_BBG doi:10.48322/025w-tb57 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HDZ vector components [thg_mag_bbg]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_bbg]
  ---> E - Local magnetic East component of B [thg_magd_bbg]
  ---> Z - Local vertical down component of B [thg_magz_bbg]

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THG_L2_MAG_BENN doi:10.48322/sph7-yk94 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_benn]
  ---> H - Local magnetic North component of B [thg_magh_benn]
  ---> E - Local magnetic East component of B [thg_magd_benn]
  ---> Z - Local vertical down component of B [thg_magz_benn]

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THG_L2_MAG_BETT doi:10.48322/4c18-7q57 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bett]
  ---> H - Local magnetic North component of B [thg_magh_bett]
  ---> E - Local magnetic East component of B [thg_magd_bett]
  ---> Z - Local vertical down component of B [thg_magz_bett]

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THG_L2_MAG_BFE doi:10.48322/acyc-yg85 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2010-05-13 (New Data Provider).Rev- 2012-05-10 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bfe]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_bfe]
  ---> E - Local magnetic East component of B [thg_magd_bfe]
  ---> Z - Local vertical down component of B [thg_magz_bfe]

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THG_L2_MAG_BJN doi:10.48322/ydyw-hg07 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network 

Modification History

Rev- 2010-05-13 (New Data Provider).Rev- 2012-05-10 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bjn]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_bjn]
  ---> E - Local magnetic East component of B [thg_magd_bjn]
  ---> Z - Local vertical down component of B [thg_magz_bjn]

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THG_L2_MAG_BLC doi:10.48322/k1db-pw22 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_blc]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_blc]
  ---> E component of B [thg_magd_blc]
  ---> Z component of B [thg_magz_blc]

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THG_L2_MAG_BMLS doi:10.48322/0h9h-5536 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bmls]
  ---> H - Local magnetic North component of B [thg_magh_bmls]
  ---> E - Local magnetic East component of B [thg_magd_bmls]
  ---> Z - Local vertical down component of B [thg_magz_bmls]

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THG_L2_MAG_BOU doi:10.48322/ad0r-pm72 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bou]
  ---> H - Local magnetic North component of B [thg_magh_bou]
  ---> E - Local magnetic East component of B [thg_magd_bou]
  ---> Z - Local vertical down component of B [thg_magz_bou]

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THG_L2_MAG_BRN doi:10.48322/9s0q-4927 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HDZ vector components [thg_mag_brn]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_brn]
  ---> E - Local magnetic East component of B [thg_magd_brn]
  ---> Z - Local vertical down component of B [thg_magz_brn]

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THG_L2_MAG_BRW doi:10.48322/fa7r-g588 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_brw]
  ---> H - Local magnetic North component of B [thg_magh_brw]
  ---> E - Local magnetic East component of B [thg_magd_brw]
  ---> Z - Local vertical down component of B [thg_magz_brw]

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THG_L2_MAG_BSL doi:10.48322/2gwx-z353 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_bsl]
  ---> H - Local magnetic North component of B [thg_magh_bsl]
  ---> E - Local magnetic East component of B [thg_magd_bsl]
  ---> Z - Local vertical down component of B [thg_magz_bsl]

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THG_L2_MAG_CBB doi:10.48322/7t4e-r942 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in DHZ vector components [thg_mag_cbb]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_cbb]
  ---> E component of B [thg_magd_cbb]
  ---> Z component of B [thg_magz_cbb]

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THG_L2_MAG_CCNV doi:10.48322/s8rk-7s97 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ccnv]
  ---> H - Local magnetic North component of B [thg_magh_ccnv]
  ---> E - Local magnetic East component of B [thg_magd_ccnv]
  ---> Z - Local vertical down component of B [thg_magz_ccnv]

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THG_L2_MAG_CDRT doi:10.48322/wzt9-6n82 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_cdrt]

  Values way above the validmax are being recorded around January 2009, but they
  are not valid.  The data provider is investigating.
  

  ---> H - Local magnetic North component of B [thg_magh_cdrt]
  ---> E - Local magnetic East component of B [thg_magd_cdrt]
  ---> Z - Local vertical down component of B [thg_magz_cdrt]

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THG_L2_MAG_CHBG doi:10.48322/4h6z-9h23 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_chbg]
  ---> H - Local magnetic North component of B [thg_magh_chbg]
  ---> E - Local magnetic East component of B [thg_magd_chbg]
  ---> Z - Local vertical down component of B [thg_magz_chbg]

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THG_L2_MAG_CHBR doi:10.48322/4v7c-qc94 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_chbr]
  ---> H - Local magnetic North component of B [thg_magh_chbr]
  ---> E - Local magnetic East component of B [thg_magd_chbr]
  ---> Z - Local vertical down component of B [thg_magz_chbr]

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THG_L2_MAG_CIGO doi:10.48322/wz4n-kj76 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_cigo]
  ---> H - Local magnetic North component of B [thg_magh_cigo]
  ---> E - Local magnetic East component of B [thg_magd_cigo]
  ---> Z - Local vertical down component of B [thg_magz_cigo]

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THG_L2_MAG_CMO doi:10.48322/9zr0-g518 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_cmo]
  ---> H - Local magnetic North component of B [thg_magh_cmo]
  ---> E - Local magnetic East component of B [thg_magd_cmo]
  ---> Z - Local vertical down component of B [thg_magz_cmo]

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THG_L2_MAG_COL

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_col]
  ---> H - Local magnetic North component of B [thg_magh_col]
  ---> E - Local magnetic East component of B [thg_magd_col]
  ---> Z - Local vertical down component of B [thg_magz_col]

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THG_L2_MAG_CRVR doi:10.48322/wrwz-fs47 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_crvr]
  ---> H - Local magnetic North component of B [thg_magh_crvr]
  ---> E - Local magnetic East component of B [thg_magd_crvr]
  ---> Z - Local vertical down component of B [thg_magz_crvr]

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THG_L2_MAG_DAT

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dat]
  ---> H - Local magnetic North component of B [thg_magh_dat]
  ---> E - Local magnetic East component of B [thg_magd_dat]
  ---> Z - Local vertical down component of B [thg_magz_dat]

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THG_L2_MAG_DBO

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dbo]
  ---> H - Local magnetic North component of B [thg_magh_dbo]
  ---> E - Local magnetic East component of B [thg_magd_dbo]
  ---> Z - Local vertical down component of B [thg_magz_dbo]

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THG_L2_MAG_DCT

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dct]
  ---> H - Local magnetic North component of B [thg_magh_dct]
  ---> E - Local magnetic East component of B [thg_magd_dct]
  ---> Z - Local vertical down component of B [thg_magz_dct]

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THG_L2_MAG_DED doi:10.48322/7hxr-ey55 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ded]
  ---> H - Local magnetic North component of B [thg_magh_ded]
  ---> E - Local magnetic East component of B [thg_magd_ded]
  ---> Z - Local vertical down component of B [thg_magz_ded]

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THG_L2_MAG_DHE

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dhe]
  ---> H - Local magnetic North component of B [thg_magh_dhe]
  ---> E - Local magnetic East component of B [thg_magd_dhe]
  ---> Z - Local vertical down component of B [thg_magz_dhe]

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THG_L2_MAG_DIK doi:10.48322/7bjs-dn15 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HEZ vector components [thg_mag_dik]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_dik]
  ---> E - Local magnetic East component of B [thg_magd_dik]
  ---> Z - Local vertical down component of B [thg_magz_dik]

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THG_L2_MAG_DMA

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dma]
  ---> H - Local magnetic North component of B [thg_magh_dma]
  ---> E - Local magnetic East component of B [thg_magd_dma]
  ---> Z - Local vertical down component of B [thg_magz_dma]

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THG_L2_MAG_DME

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dme]
  ---> H - Local magnetic North component of B [thg_magh_dme]
  ---> E - Local magnetic East component of B [thg_magd_dme]
  ---> Z - Local vertical down component of B [thg_magz_dme]

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THG_L2_MAG_DMH doi:10.48322/8amt-aa15 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_dmh]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_dmh]
  ---> E - Local magnetic East component of B [thg_magd_dmh]
  ---> Z - Local vertical down component of B [thg_magz_dmh]

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THG_L2_MAG_DMO

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dmo]
  ---> H - Local magnetic North component of B [thg_magh_dmo]
  ---> E - Local magnetic East component of B [thg_magd_dmo]
  ---> Z - Local vertical down component of B [thg_magz_dmo]

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THG_L2_MAG_DNB doi:10.48322/1ahm-hm81 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_dnb]
  ---> H - Local magnetic North component of B [thg_magh_dnb]
  ---> E - Local magnetic East component of B [thg_magd_dnb]
  ---> Z - Local vertical down component of B [thg_magz_dnb]

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THG_L2_MAG_DOB doi:10.48322/x2vb-kq56 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13
Rev- 2012-05-10 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_dob]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_dob]
  ---> E - Local magnetic East component of B [thg_magd_dob]
  ---> Z - Local vertical down component of B [thg_magz_dob]

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THG_L2_MAG_DOH

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_doh]
  ---> H - Local magnetic North component of B [thg_magh_doh]
  ---> E - Local magnetic East component of B [thg_magd_doh]
  ---> Z - Local vertical down component of B [thg_magz_doh]

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THG_L2_MAG_DON doi:10.48322/5k4p-k337 Copy BibTeX Citation

Description

Part of the Tomso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13 .Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_don]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_don]
  ---> E - Local magnetic East component of B [thg_magd_don]
  ---> Z - Local vertical down component of B [thg_magz_don]

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THG_L2_MAG_DRBY doi:10.48322/b47e-ta41 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_drby]
  ---> H - Local magnetic North component of B [thg_magh_drby]
  ---> E - Local magnetic East component of B [thg_magd_drby]
  ---> Z - Local vertical down component of B [thg_magz_drby]

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THG_L2_MAG_DSH

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dsh]
  ---> H - Local magnetic North component of B [thg_magh_dsh]
  ---> E - Local magnetic East component of B [thg_magd_dsh]
  ---> Z - Local vertical down component of B [thg_magz_dsh]

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THG_L2_MAG_DTX

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dtx]
  ---> H - Local magnetic North component of B [thg_magh_dtx]
  ---> E - Local magnetic East component of B [thg_magd_dtx]
  ---> Z - Local vertical down component of B [thg_magz_dtx]

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THG_L2_MAG_DVA

Description

No TEXT global attribute value.

Modification History

Rev- 2023-11-07

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_dva]
  ---> H - Local magnetic North component of B [thg_magh_dva]
  ---> E - Local magnetic East component of B [thg_magd_dva]
  ---> Z - Local vertical down component of B [thg_magz_dva]

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THG_L2_MAG_EAGL doi:10.48322/vfeb-r152 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_eagl]
  ---> H - Local magnetic North component of B [thg_magh_eagl]
  ---> E - Local magnetic East component of B [thg_magd_eagl]
  ---> Z - Local vertical down component of B [thg_magz_eagl]

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THG_L2_MAG_EKAT doi:10.48322/fa8n-0e03 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ekat]
  ---> H - Local magnetic North component of B [thg_magh_ekat]
  ---> E - Local magnetic East component of B [thg_magd_ekat]
  ---> Z - Local vertical down component of B [thg_magz_ekat]

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THG_L2_MAG_FCC doi:10.48322/48we-mh64 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2011-11-17
Rev- 2012-04-02 lphilpott Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fcc]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H - Local magnetic North component of B [thg_magh_fcc]
  ---> E - Local magnetic East component of B [thg_magd_fcc]
  ---> Z - Local vertical down component of B [thg_magz_fcc]

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THG_L2_MAG_FHB doi:10.48322/j9m8-3k65 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fhb]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_fhb]
  ---> E - Local magnetic East component of B [thg_magd_fhb]
  ---> Z - Local vertical down component of B [thg_magz_fhb]

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THG_L2_MAG_FRD doi:10.48322/1xpx-v270 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_frd]
  ---> H - Local magnetic North component of B [thg_magh_frd]
  ---> E - Local magnetic East component of B [thg_magd_frd]
  ---> Z - Local vertical down component of B [thg_magz_frd]

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THG_L2_MAG_FRN doi:10.48322/ptx0-aw90 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_frn]
  ---> H - Local magnetic North component of B [thg_magh_frn]
  ---> E - Local magnetic East component of B [thg_magd_frn]
  ---> Z - Local vertical down component of B [thg_magz_frn]

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THG_L2_MAG_FSIM doi:10.48322/x5x8-yz98 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fsim]
  ---> H - Local magnetic North component of B [thg_magh_fsim]
  ---> E - Local magnetic East component of B [thg_magd_fsim]
  ---> Z - Local vertical down component of B [thg_magz_fsim]

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THG_L2_MAG_FSJ doi:10.48322/sawq-yr43 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_fsj]
  ---> H - Local magnetic North component of B [thg_magh_fsj]
  ---> E - Local magnetic East component of B [thg_magd_fsj]
  ---> Z - Local vertical down component of B [thg_magz_fsj]

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THG_L2_MAG_FSMI doi:10.48322/hh0a-6414 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fsmi]
  ---> H - Local magnetic North component of B [thg_magh_fsmi]
  ---> E - Local magnetic East component of B [thg_magd_fsmi]
  ---> Z - Local vertical down component of B [thg_magz_fsmi]

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THG_L2_MAG_FTN doi:10.48322/1ph3-gt78 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_ftn]
  ---> H - Local magnetic North component of B [thg_magh_ftn]
  ---> E - Local magnetic East component of B [thg_magd_ftn]
  ---> Z - Local vertical down component of B [thg_magz_ftn]

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THG_L2_MAG_FYKN doi:10.48322/f2zw-5d69 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fykn]
  ---> H - Local magnetic North component of B [thg_magh_fykn]
  ---> E - Local magnetic East component of B [thg_magd_fykn]
  ---> Z - Local vertical down component of B [thg_magz_fykn]

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THG_L2_MAG_FYTS doi:10.48322/px5c-kg42 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_fyts]
  ---> H - Local magnetic North component of B [thg_magh_fyts]
  ---> E - Local magnetic East component of B [thg_magd_fyts]
  ---> Z - Local vertical down component of B [thg_magz_fyts]

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THG_L2_MAG_GAKO doi:10.48322/1ewb-6655 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gako]
  ---> H - Local magnetic North component of B [thg_magh_gako]
  ---> E - Local magnetic East component of B [thg_magd_gako]
  ---> Z - Local vertical down component of B [thg_magz_gako]

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THG_L2_MAG_GBAY doi:10.48322/q12f-vd18 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gbay]
  ---> H - Local magnetic North component of B [thg_magh_gbay]
  ---> E - Local magnetic East component of B [thg_magd_gbay]
  ---> Z - Local vertical down component of B [thg_magz_gbay]

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THG_L2_MAG_GDH doi:10.48322/jnvs-4q81 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gdh]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_gdh]
  ---> E - Local magnetic East component of B [thg_magd_gdh]
  ---> Z - Local vertical down component of B [thg_magz_gdh]

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THG_L2_MAG_GHB doi:10.48322/jz41-9972 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ghb]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_ghb]
  ---> E - Local magnetic East component of B [thg_magd_ghb]
  ---> Z - Local vertical down component of B [thg_magz_ghb]

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THG_L2_MAG_GILL doi:10.48322/9xm5-8c66 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gill]
  ---> H - Local magnetic North component of B [thg_magh_gill]
  ---> E - Local magnetic East component of B [thg_magd_gill]
  ---> Z - Local vertical down component of B [thg_magz_gill]

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THG_L2_MAG_GJOA doi:10.48322/zx06-jp03 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gjoa]
  ---> H - Local magnetic North component of B [thg_magh_gjoa]
  ---> E - Local magnetic East component of B [thg_magd_gjoa]
  ---> Z - Local vertical down component of B [thg_magz_gjoa]

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THG_L2_MAG_GLYN doi:10.48322/qhv4-p471 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_glyn]
  ---> H - Local magnetic North component of B [thg_magh_glyn]
  ---> E - Local magnetic East component of B [thg_magd_glyn]
  ---> Z - Local vertical down component of B [thg_magz_glyn]

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THG_L2_MAG_GUA doi:10.48322/xjz5-vd24 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_gua]
  ---> H - Local magnetic North component of B [thg_magh_gua]
  ---> E - Local magnetic East component of B [thg_magd_gua]
  ---> Z - Local vertical down component of B [thg_magz_gua]

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THG_L2_MAG_HAN doi:10.48322/k9tp-k722 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_han]
  ---> H - Local magnetic North component of B [thg_magh_han]
  ---> E - Local magnetic East component of B [thg_magd_han]
  ---> Z - Local vertical down component of B [thg_magz_han]

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THG_L2_MAG_HLMS doi:10.48322/4ye5-h612 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_hlms]
  ---> H - Local magnetic North component of B [thg_magh_hlms]
  ---> E - Local magnetic East component of B [thg_magd_hlms]
  ---> Z - Local vertical down component of B [thg_magz_hlms]

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THG_L2_MAG_HOMR doi:10.48322/hxbv-p964 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_homr]
  ---> H - Local magnetic North component of B [thg_magh_homr]
  ---> E - Local magnetic East component of B [thg_magd_homr]
  ---> Z - Local vertical down component of B [thg_magz_homr]

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THG_L2_MAG_HON doi:10.48322/bd4v-8y55 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2012-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_hon]
  ---> H - Local magnetic North component of B [thg_magh_hon]
  ---> E - Local magnetic East component of B [thg_magd_hon]
  ---> Z - Local vertical down component of B [thg_magz_hon]

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THG_L2_MAG_HOP doi:10.48322/c4y8-yv80 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13.Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_hop]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_hop]
  ---> E - Local magnetic East component of B [thg_magd_hop]
  ---> Z - Local vertical down component of B [thg_magz_hop]

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THG_L2_MAG_HOTS doi:10.48322/432t-4h88 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_hots]
  ---> H - Local magnetic North component of B [thg_magh_hots]
  ---> E - Local magnetic East component of B [thg_magd_hots]
  ---> Z - Local vertical down component of B [thg_magz_hots]

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THG_L2_MAG_HOV doi:10.48322/5y78-g044 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_hov]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_hov]
  ---> E - Local magnetic East component of B [thg_magd_hov]
  ---> Z - Local vertical down component of B [thg_magz_hov]

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THG_L2_MAG_HRIS doi:10.48322/2ha6-a158 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_hris]
  ---> H - Local magnetic North component of B [thg_magh_hris]
  ---> E - Local magnetic East component of B [thg_magd_hris]
  ---> Z - Local vertical down component of B [thg_magz_hris]

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THG_L2_MAG_HRP doi:10.48322/qcq3-yk70 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_hrp]
  ---> H - Local magnetic North component of B [thg_magh_hrp]
  ---> E - Local magnetic East component of B [thg_magd_hrp]
  ---> Z - Local vertical down component of B [thg_magz_hrp]

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THG_L2_MAG_IGLO doi:10.48322/7rwj-3d14 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_iglo]
  ---> H - Local magnetic North component of B [thg_magh_iglo]
  ---> E - Local magnetic East component of B [thg_magd_iglo]
  ---> Z - Local vertical down component of B [thg_magz_iglo]

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THG_L2_MAG_INUK (spase://NASA/NumericalData/THEMIS/Ground/Inukjuak/Magnetometer/PT0.5S)

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_inuk]
  ---> H - Local magnetic North component of B [thg_magh_inuk]
  ---> E - Local magnetic East component of B [thg_magd_inuk]
  ---> Z - Local vertical down component of B [thg_magz_inuk]

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THG_L2_MAG_INUV doi:10.48322/3mqm-k396 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_inuv]
  ---> H - Local magnetic North component of B [thg_magh_inuv]
  ---> E - Local magnetic East component of B [thg_magd_inuv]
  ---> Z - Local vertical down component of B [thg_magz_inuv]

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THG_L2_MAG_IQA doi:10.48322/3q61-db38 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_iqa]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_iqa]
  ---> E component of B [thg_magd_iqa]
  ---> Z component of B [thg_magz_iqa]

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THG_L2_MAG_IVA doi:10.48322/8bm9-d262 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_iva]
  ---> H - Local magnetic North component of B [thg_magh_iva]
  ---> E - Local magnetic East component of B [thg_magd_iva]
  ---> Z - Local vertical down component of B [thg_magz_iva]

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THG_L2_MAG_JAN doi:10.48322/vy43-w448 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. Truls
Lynne Hansen, retired. 

Modification History

Rev- 2008-12-01.Rev- 2010-05-13 (New Data Provider).Rev- 2012-05-11 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_jan]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_jan]
  ---> E - Local magnetic East component of B [thg_magd_jan]
  ---> Z - Local vertical down component of B [thg_magz_jan]

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THG_L2_MAG_JCK doi:10.48322/28c1-fc43 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network

Modification History

Rev- 2011-05-05.Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_jck]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_jck]
  ---> E - Local magnetic East component of B [thg_magd_jck]
  ---> Z - Local vertical down component of B [thg_magz_jck]

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THG_L2_MAG_KAKO doi:10.48322/93qm-w650 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kako]
  ---> H - Local magnetic North component of B [thg_magh_kako]
  ---> E - Local magnetic East component of B [thg_magd_kako]
  ---> Z - Local vertical down component of B [thg_magz_kako]

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THG_L2_MAG_KAPU doi:10.48322/gwgx-qh96 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kapu]
  ---> H - Local magnetic North component of B [thg_magh_kapu]
  ---> E - Local magnetic East component of B [thg_magd_kapu]
  ---> Z - Local vertical down component of B [thg_magz_kapu]

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THG_L2_MAG_KAR doi:10.48322/ta3s-w676 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network.

Modification History

Rev- 2010-05-13.Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kar]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_kar]
  ---> E - Local magnetic East component of B [thg_magd_kar]
  ---> Z - Local vertical down component of B [thg_magz_kar]

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THG_L2_MAG_KENA doi:10.48322/kq36-wm23 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_kena]
  ---> H - Local magnetic North component of B [thg_magh_kena]
  ---> E - Local magnetic East component of B [thg_magd_kena]
  ---> Z - Local vertical down component of B [thg_magz_kena]

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THG_L2_MAG_KEV doi:10.48322/1kx2-m636 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_kev]
  ---> H - Local magnetic North component of B [thg_magh_kev]
  ---> E - Local magnetic East component of B [thg_magd_kev]
  ---> Z - Local vertical down component of B [thg_magz_kev]

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THG_L2_MAG_KIAN doi:10.48322/btns-pp34 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kian]
  ---> H - Local magnetic North component of B [thg_magh_kian]
  ---> E - Local magnetic East component of B [thg_magd_kian]
  ---> Z - Local vertical down component of B [thg_magz_kian]

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THG_L2_MAG_KIL doi:10.48322/5h8z-np37 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_kil]
  ---> H - Local magnetic North component of B [thg_magh_kil]
  ---> E - Local magnetic East component of B [thg_magd_kil]
  ---> Z - Local vertical down component of B [thg_magz_kil]

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THG_L2_MAG_KJPK doi:10.48322/xryx-zv10 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_kjpk]
  ---> H - Local magnetic North component of B [thg_magh_kjpk]
  ---> E - Local magnetic East component of B [thg_magd_kjpk]
  ---> Z - Local vertical down component of B [thg_magz_kjpk]

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THG_L2_MAG_KODK doi:10.48322/41ah-a907 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_kodk]
  ---> H - Local magnetic North component of B [thg_magh_kodk]
  ---> E - Local magnetic East component of B [thg_magd_kodk]
  ---> Z - Local vertical down component of B [thg_magz_kodk]

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THG_L2_MAG_KUUJ doi:10.48322/y6f6-tk74 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kuuj]
  ---> H - Local magnetic North component of B [thg_magh_kuuj]
  ---> E - Local magnetic East component of B [thg_magd_kuuj]
  ---> Z - Local vertical down component of B [thg_magz_kuuj]

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THG_L2_MAG_KUV doi:10.48322/25vt-f385 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_kuv]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_kuv]
  ---> E - Local magnetic East component of B [thg_magd_kuv]
  ---> Z - Local vertical down component of B [thg_magz_kuv]

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THG_L2_MAG_LARG doi:10.48322/cwz0-sc68 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_larg]
  ---> H - Local magnetic North component of B [thg_magh_larg]
  ---> E - Local magnetic East component of B [thg_magd_larg]
  ---> Z - Local vertical down component of B [thg_magz_larg]

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THG_L2_MAG_LCL doi:10.48322/6d38-jb12 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_lcl]
  ---> H - Local magnetic North component of B [thg_magh_lcl]
  ---> E - Local magnetic East component of B [thg_magd_lcl]
  ---> Z - Local vertical down component of B [thg_magz_lcl]

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THG_L2_MAG_LETH doi:10.48322/jkfh-p173 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_leth]
  ---> H - Local magnetic North component of B [thg_magh_leth]
  ---> E - Local magnetic East component of B [thg_magd_leth]
  ---> Z - Local vertical down component of B [thg_magz_leth]

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THG_L2_MAG_LOYS doi:10.48322/e18e-kc57 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_loys]
  ---> H - Local magnetic North component of B [thg_magh_loys]
  ---> E - Local magnetic East component of B [thg_magd_loys]
  ---> Z - Local vertical down component of B [thg_magz_loys]

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THG_L2_MAG_LOZ doi:10.48322/d220-xb50 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HDZ vector components [thg_mag_loz]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_loz]
  ---> E - Local magnetic East component of B [thg_magd_loz]
  ---> Z - Local vertical down component of B [thg_magz_loz]

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THG_L2_MAG_LREL doi:10.48322/6zy4-as95 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2016-10-11

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_lrel]
  ---> H - Local magnetic North component of B [thg_magh_lrel]
  ---> E - Local magnetic East component of B [thg_magd_lrel]
  ---> Z - Local vertical down component of B [thg_magz_lrel]

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THG_L2_MAG_LRES doi:10.48322/zfgn-je71 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 20013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_lres]
  ---> H - Local magnetic North component of B [thg_magh_lres]
  ---> E - Local magnetic East component of B [thg_magd_lres]
  ---> Z - Local vertical down component of B [thg_magz_lres]

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THG_L2_MAG_LRG doi:10.48322/61y4-ae86 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_lrg]
  ---> H - Local magnetic North component of B [thg_magh_lrg]
  ---> E - Local magnetic East component of B [thg_magd_lrg]
  ---> Z - Local vertical down component of B [thg_magz_lrg]

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THG_L2_MAG_LRV doi:10.48322/9gpd-8a88 Copy BibTeX Citation

Description

Ground based observatory, affiliated with Science Institute, University of
Iceland. Data is preliminary 10 second resolution data. 

Modification History

Rev- 2012-05-10

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_lrv]

  Data rotated from XYZ components using mean declination angle for 2007 through
  2010, calculated from the annual means for 2007 through 2010 provided by the
  Leirvogur Observatory. 
  

  ---> H - Local magnetic North component of B [thg_magh_lrv]
  ---> E - Local magnetic East component of B [thg_magd_lrv]
  ---> Z - Local vertical down component of B [thg_magz_lrv]

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THG_L2_MAG_LYFD doi:10.48322/tc23-d740 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_lyfd]
  ---> H - Local magnetic North component of B [thg_magh_lyfd]
  ---> E - Local magnetic East component of B [thg_magd_lyfd]
  ---> Z - Local vertical down component of B [thg_magz_lyfd]

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THG_L2_MAG_LYR doi:10.48322/7gkb-9t94 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network

Modification History

Rev- 2010-05-13 .Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_lyr]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_lyr]
  ---> E - Local magnetic East component of B [thg_magd_lyr]
  ---> Z - Local vertical down component of B [thg_magz_lyr]

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THG_L2_MAG_MAS doi:10.48322/4dsx-6f90 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_mas]
  ---> H - Local magnetic North component of B [thg_magh_mas]
  ---> E - Local magnetic East component of B [thg_magd_mas]
  ---> Z - Local vertical down component of B [thg_magz_mas]

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THG_L2_MAG_MCGR doi:10.48322/h90e-yw44 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_mcgr]
  ---> H - Local magnetic North component of B [thg_magh_mcgr]
  ---> E - Local magnetic East component of B [thg_magd_mcgr]
  ---> Z - Local vertical down component of B [thg_magz_mcgr]

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THG_L2_MAG_MEA doi:10.48322/7cw7-xg89 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_mea]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_mea]
  ---> E component of B [thg_magd_mea]
  ---> Z component of B [thg_magz_mea]

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THG_L2_MAG_MEK doi:10.48322/0x54-sg48 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_mek]
  ---> H - Local magnetic North component of B [thg_magh_mek]
  ---> E - Local magnetic East component of B [thg_magd_mek]
  ---> Z - Local vertical down component of B [thg_magz_mek]

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THG_L2_MAG_MUO doi:10.48322/drgc-5b91 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_muo]
  ---> H - Local magnetic North component of B [thg_magh_muo]
  ---> E - Local magnetic East component of B [thg_magd_muo]
  ---> Z - Local vertical down component of B [thg_magz_muo]

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THG_L2_MAG_NAIN doi:10.48322/gkna-v460 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_nain]
  ---> H - Local magnetic North component of B [thg_magh_nain]
  ---> E - Local magnetic East component of B [thg_magd_nain]
  ---> Z - Local vertical down component of B [thg_magz_nain]

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THG_L2_MAG_NAL doi:10.48322/6v7a-8645 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13.Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_nal]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_nal]
  ---> E - Local magnetic East component of B [thg_magd_nal]
  ---> Z - Local vertical down component of B [thg_magz_nal]

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THG_L2_MAG_NAQ doi:10.48322/w3qe-k466 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_naq]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_naq]
  ---> E - Local magnetic East component of B [thg_magd_naq]
  ---> Z - Local vertical down component of B [thg_magz_naq]

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THG_L2_MAG_NEW doi:10.48322/vmkr-9r79 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_new]
  ---> H - Local magnetic North component of B [thg_magh_new]
  ---> E - Local magnetic East component of B [thg_magd_new]
  ---> Z - Local vertical down component of B [thg_magz_new]

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THG_L2_MAG_NOR doi:10.48322/pnt6-1m31 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13 
Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_nor]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_nor]
  ---> E - Local magnetic East component of B [thg_magd_nor]
  ---> Z - Local vertical down component of B [thg_magz_nor]

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THG_L2_MAG_NRD doi:10.48322/6ywk-ja53 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_nrd]
  ---> H - Local magnetic North component of B [thg_magh_nrd]
  ---> E - Local magnetic East component of B [thg_magd_nrd]
  ---> Z - Local vertical down component of B [thg_magz_nrd]

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THG_L2_MAG_NRSQ doi:10.48322/6b02-9009 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_nrsq]
  ---> H - Local magnetic North component of B [thg_magh_nrsq]
  ---> E - Local magnetic East component of B [thg_magd_nrsq]
  ---> Z - Local vertical down component of B [thg_magz_nrsq]

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THG_L2_MAG_NUR doi:10.48322/jbx1-za55 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_nur]
  ---> H - Local magnetic North component of B [thg_magh_nur]
  ---> E - Local magnetic East component of B [thg_magd_nur]
  ---> Z - Local vertical down component of B [thg_magz_nur]

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THG_L2_MAG_OTT doi:10.48322/d1rf-a974 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ott]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_ott]
  ---> E component of B [thg_magd_ott]
  ---> Z component of B [thg_magz_ott]

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THG_L2_MAG_OUJ doi:10.48322/2cmv-e979 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_ouj]
  ---> H - Local magnetic North component of B [thg_magh_ouj]
  ---> E - Local magnetic East component of B [thg_magd_ouj]
  ---> Z - Local vertical down component of B [thg_magz_ouj]

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THG_L2_MAG_PANG doi:10.48322/h2j7-1x13 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pang]
  ---> H - Local magnetic North component of B [thg_magh_pang]
  ---> E - Local magnetic East component of B [thg_magd_pang]
  ---> Z - Local vertical down component of B [thg_magz_pang]

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THG_L2_MAG_PBK doi:10.48322/th5e-5477 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HEZ vector components [thg_mag_pbk]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_pbk]
  ---> E - Local magnetic East component of B [thg_magd_pbk]
  ---> Z - Local vertical down component of B [thg_magz_pbk]

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THG_L2_MAG_PBLO doi:10.48322/03g1-jx95 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_pblo]
  ---> H - Local magnetic North component of B [thg_magh_pblo]
  ---> E - Local magnetic East component of B [thg_magd_pblo]
  ---> Z - Local vertical down component of B [thg_magz_pblo]

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THG_L2_MAG_PCEL doi:10.48322/35k3-m683 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pcel]
  ---> H - Local magnetic North component of B [thg_magh_pcel]
  ---> E - Local magnetic East component of B [thg_magd_pcel]
  ---> Z - Local vertical down component of B [thg_magz_pcel]

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THG_L2_MAG_PEL doi:10.48322/qehh-fe61 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_pel]
  ---> H - Local magnetic North component of B [thg_magh_pel]
  ---> E - Local magnetic East component of B [thg_magd_pel]
  ---> Z - Local vertical down component of B [thg_magz_pel]

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THG_L2_MAG_PG0 doi:10.48322/870b-pj49 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

Modification History

Rev-2012-02-23

• Data Variable Descriptions
  Variation in Magnetic field B in HDZ vector components [thg_mag_pg0]
  ---> H - Local magnetic North component of B [thg_magh_pg0]
  ---> E - Local magnetic East component of B [thg_magd_pg0]
  ---> Z - Local vertical down component of B [thg_magz_pg0]

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THG_L2_MAG_PG1 doi:10.48322/zk2w-6f34 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

Modification History

Rev-2012-02-23

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pg1]
  ---> H - Local magnetic North component of B [thg_magh_pg1]
  ---> E - Local magnetic East component of B [thg_magd_pg1]
  ---> Z - Local vertical down component of B [thg_magz_pg1]

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THG_L2_MAG_PG2 doi:10.48322/q06y-h567 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

Modification History

Rev-2012-02-23

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pg2]
  ---> H - Local magnetic North component of B [thg_magh_pg2]
  ---> E - Local magnetic East component of B [thg_magd_pg2]
  ---> Z - Local vertical down component of B [thg_magz_pg2]

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THG_L2_MAG_PG3 doi:10.48322/684a-c538 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

• Data Variable Descriptions
  Variation in Magnetic field B in HDZ vector components [thg_mag_pg3]
  ---> H - Local magnetic North component of B [thg_magh_pg3]
  ---> E - Local magnetic East component of B [thg_magd_pg3]
  ---> Z - Local vertical down component of B [thg_magz_pg3]

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THG_L2_MAG_PG4 doi:10.48322/qwtb-3133 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

Modification History

Rev-2012-02-23

• Data Variable Descriptions
  Variation in Magnetic field B in HDZ vector components [thg_mag_pg4]
  ---> H - Local magnetic North component of B [thg_magh_pg4]
  ---> E - Local magnetic East component of B [thg_magd_pg4]
  ---> Z - Local vertical down component of B [thg_magz_pg4]

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THG_L2_MAG_PG5 doi:10.48322/xt02-9750 Copy BibTeX Citation

Description

Polar Experimental Network for Geospace Upper atmosphere Investigations
(PENGUIn) Ground Based Observatory.

Modification History

Rev-2012-02-23

• Data Variable Descriptions
  Variation in Magnetic field B in HDZ vector components [thg_mag_pg5]
  ---> H - Local magnetic North component of B [thg_magh_pg5]
  ---> E - Local magnetic East component of B [thg_magd_pg5]
  ---> Z - Local vertical down component of B [thg_magz_pg5]

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THG_L2_MAG_PGEO doi:10.48322/mfda-0y07 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pgeo]
  ---> H - Local magnetic North component of B [thg_magh_pgeo]
  ---> E - Local magnetic East component of B [thg_magd_pgeo]
  ---> Z - Local vertical down component of B [thg_magz_pgeo]

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THG_L2_MAG_PINA doi:10.48322/zhgb-tm93 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pina]
  ---> H - Local magnetic North component of B [thg_magh_pina]
  ---> E - Local magnetic East component of B [thg_magd_pina]
  ---> Z - Local vertical down component of B [thg_magz_pina]

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THG_L2_MAG_PINE doi:10.48322/yxac-ha85 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pine]
  ---> H - Local magnetic North component of B [thg_magh_pine]
  ---> E - Local magnetic East component of B [thg_magd_pine]
  ---> Z - Local vertical down component of B [thg_magz_pine]

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THG_L2_MAG_PKS doi:10.48322/ftjm-0g23 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_pks]
  ---> H - Local magnetic North component of B [thg_magh_pks]
  ---> E - Local magnetic East component of B [thg_magd_pks]
  ---> Z - Local vertical down component of B [thg_magz_pks]

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THG_L2_MAG_POKR doi:10.48322/2mwd-0b93 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_pokr]
  ---> H - Local magnetic North component of B [thg_magh_pokr]
  ---> E - Local magnetic East component of B [thg_magd_pokr]
  ---> Z - Local vertical down component of B [thg_magz_pokr]

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THG_L2_MAG_PTRS doi:10.48322/b066-pr48 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ptrs]
  ---> H - Local magnetic North component of B [thg_magh_ptrs]
  ---> E - Local magnetic East component of B [thg_magd_ptrs]
  ---> Z - Local vertical down component of B [thg_magz_ptrs]

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THG_L2_MAG_PUVR doi:10.48322/hqg9-fh29 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_puvr]
  ---> H - Local magnetic North component of B [thg_magh_puvr]
  ---> E - Local magnetic East component of B [thg_magd_puvr]
  ---> Z - Local vertical down component of B [thg_magz_puvr]

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THG_L2_MAG_RADI doi:10.48322/mnpt-6993 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_radi]
  ---> H - Local magnetic North component of B [thg_magh_radi]
  ---> E - Local magnetic East component of B [thg_magd_radi]
  ---> Z - Local vertical down component of B [thg_magz_radi]

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THG_L2_MAG_RAN doi:10.48322/0qbt-p065 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_ran]
  ---> H - Local magnetic North component of B [thg_magh_ran]
  ---> E - Local magnetic East component of B [thg_magd_ran]
  ---> Z - Local vertical down component of B [thg_magz_ran]

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THG_L2_MAG_RANK doi:10.48322/rv8j-xt36 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_rank]
  ---> H - Local magnetic North component of B [thg_magh_rank]
  ---> E - Local magnetic East component of B [thg_magd_rank]
  ---> Z - Local vertical down component of B [thg_magz_rank]

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THG_L2_MAG_RBAY doi:10.48322/gc1q-9m38 Copy BibTeX Citation

Description

No TEXT global attribute value.

Modification History

Rev- 2008-12-01

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_rbay]
  ---> H - Local magnetic North component of B [thg_magh_rbay]
  ---> E - Local magnetic East component of B [thg_magd_rbay]
  ---> Z - Local vertical down component of B [thg_magz_rbay]

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THG_L2_MAG_REDR doi:10.48322/swe9-bz27 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_redr]
  ---> H - Local magnetic North component of B [thg_magh_redr]
  ---> E - Local magnetic East component of B [thg_magd_redr]
  ---> Z - Local vertical down component of B [thg_magz_redr]

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THG_L2_MAG_RICH doi:10.48322/wkpr-mj03 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_rich]
  ---> H - Local magnetic North component of B [thg_magh_rich]
  ---> E - Local magnetic East component of B [thg_magd_rich]
  ---> Z - Local vertical down component of B [thg_magz_rich]

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THG_L2_MAG_RMUS doi:10.48322/qp3z-ar59 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_rmus]
  ---> H - Local magnetic North component of B [thg_magh_rmus]
  ---> E - Local magnetic East component of B [thg_magd_rmus]
  ---> Z - Local vertical down component of B [thg_magz_rmus]

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THG_L2_MAG_ROE doi:10.48322/jvfw-p866 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_roe]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_roe]
  ---> E - Local magnetic East component of B [thg_magd_roe]
  ---> Z - Local vertical down component of B [thg_magz_roe]

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THG_L2_MAG_ROTH doi:10.48322/4w47-kg29 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_roth]
  ---> H - Local magnetic North component of B [thg_magh_roth]
  ---> E - Local magnetic East component of B [thg_magd_roth]
  ---> Z - Local vertical down component of B [thg_magz_roth]

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THG_L2_MAG_RVK doi:10.48322/w5gb-h148 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13 .Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_rvk]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_rvk]
  ---> E - Local magnetic East component of B [thg_magd_rvk]
  ---> Z - Local vertical down component of B [thg_magz_rvk]

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THG_L2_MAG_SALU doi:10.48322/hj03-gx95 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_salu]
  ---> H - Local magnetic North component of B [thg_magh_salu]
  ---> E - Local magnetic East component of B [thg_magd_salu]
  ---> Z - Local vertical down component of B [thg_magz_salu]

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THG_L2_MAG_SATX doi:10.48322/dm5c-am32 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_satx]
  ---> H - Local magnetic North component of B [thg_magh_satx]
  ---> E - Local magnetic East component of B [thg_magd_satx]
  ---> Z - Local vertical down component of B [thg_magz_satx]

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THG_L2_MAG_SCHF doi:10.48322/tkkb-8h83 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_schf]
  ---> H - Local magnetic North component of B [thg_magh_schf]
  ---> E - Local magnetic East component of B [thg_magd_schf]
  ---> Z - Local vertical down component of B [thg_magz_schf]

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THG_L2_MAG_SCO doi:10.48322/zqjd-ej54 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01
Rev-2011-05-04 (New Data Provider)
Rev- 2012-05-11 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_sco]

  Rotated from geographic XYZ components using declination provided by TGU
  

  ---> H - Local magnetic North component of B [thg_magh_sco]
  ---> E - Local magnetic East component of B [thg_magd_sco]
  ---> Z - Local vertical down component of B [thg_magz_sco]

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THG_L2_MAG_SEPT doi:10.48322/zz15-k541 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_sept]
  ---> H - Local magnetic North component of B [thg_magh_sept]
  ---> E - Local magnetic East component of B [thg_magd_sept]
  ---> Z - Local vertical down component of B [thg_magz_sept]

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THG_L2_MAG_SHU doi:10.48322/w2t2-v658 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_shu]
  ---> H - Local magnetic North component of B [thg_magh_shu]
  ---> E - Local magnetic East component of B [thg_magd_shu]
  ---> Z - Local vertical down component of B [thg_magz_shu]

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THG_L2_MAG_SIT doi:10.48322/1mn4-kn89 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_sit]
  ---> H - Local magnetic North component of B [thg_magh_sit]
  ---> E - Local magnetic East component of B [thg_magd_sit]
  ---> Z - Local vertical down component of B [thg_magz_sit]

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THG_L2_MAG_SJG doi:10.48322/p94k-8f79 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_sjg]
  ---> H - Local magnetic North component of B [thg_magh_sjg]
  ---> E - Local magnetic East component of B [thg_magd_sjg]
  ---> Z - Local vertical down component of B [thg_magz_sjg]

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THG_L2_MAG_SKT doi:10.48322/y7gj-2430 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_skt]

  Rotated from geographic XYZ components using declination provided by TGU
  

  ---> H - Local magnetic North component of B [thg_magh_skt]
  ---> E - Local magnetic East component of B [thg_magd_skt]
  ---> Z - Local vertical down component of B [thg_magz_skt]

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THG_L2_MAG_SNAP doi:10.48322/hgae-es63 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_snap]
  ---> H - Local magnetic North component of B [thg_magh_snap]
  ---> E - Local magnetic East component of B [thg_magd_snap]
  ---> Z - Local vertical down component of B [thg_magz_snap]

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THG_L2_MAG_SNKQ doi:10.48322/vgh0-dc91 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_snkq]
  ---> H - Local magnetic North component of B [thg_magh_snkq]
  ---> E - Local magnetic East component of B [thg_magd_snkq]
  ---> Z - Local vertical down component of B [thg_magz_snkq]

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THG_L2_MAG_SOL doi:10.48322/9g5v-sb20 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13 .Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_sol]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_sol]
  ---> E - Local magnetic East component of B [thg_magd_sol]
  ---> Z - Local vertical down component of B [thg_magz_sol]

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THG_L2_MAG_SOR doi:10.48322/t7wr-t979 Copy BibTeX Citation

Description

Part of the Troms.. Geophysical Observatory ground magnetometer network.  

Modification History

Rev- 2010-05-13.Rev- 2012-05-11 (Adding Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_sor]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_sor]
  ---> E - Local magnetic East component of B [thg_magd_sor]
  ---> Z - Local vertical down component of B [thg_magz_sor]

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THG_L2_MAG_STF doi:10.48322/frwd-xa34 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_stf]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_stf]
  ---> E - Local magnetic East component of B [thg_magd_stf]
  ---> Z - Local vertical down component of B [thg_magz_stf]

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THG_L2_MAG_STFD doi:10.48322/9dmy-2p51 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_stfd]
  ---> H - Local magnetic North component of B [thg_magh_stfd]
  ---> E - Local magnetic East component of B [thg_magd_stfd]
  ---> Z - Local vertical down component of B [thg_magz_stfd]

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THG_L2_MAG_STFL doi:10.48322/5qq5-sz78 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_stfl]
  ---> H - Local magnetic North component of B [thg_magh_stfl]
  ---> E - Local magnetic East component of B [thg_magd_stfl]
  ---> Z - Local vertical down component of B [thg_magz_stfl]

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THG_L2_MAG_STJ doi:10.48322/0d48-8w66 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_stj]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_stj]
  ---> E component of B [thg_magd_stj]
  ---> Z component of B [thg_magz_stj]

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THG_L2_MAG_SUM doi:10.48322/0q9m-6f92 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_sum]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_sum]
  ---> E - Local magnetic East component of B [thg_magd_sum]
  ---> Z - Local vertical down component of B [thg_magz_sum]

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THG_L2_MAG_SVS doi:10.48322/bq1b-jj23 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_svs]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_svs]
  ---> E - Local magnetic East component of B [thg_magd_svs]
  ---> Z - Local vertical down component of B [thg_magz_svs]

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THG_L2_MAG_SWNO doi:10.48322/9rbb-9287 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_swno]
  ---> H - Local magnetic North component of B [thg_magh_swno]
  ---> E - Local magnetic East component of B [thg_magd_swno]
  ---> Z - Local vertical down component of B [thg_magz_swno]

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THG_L2_MAG_TAB doi:10.48322/1kex-bg51 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.   

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_tab]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_tab]
  ---> E - Local magnetic East component of B [thg_magd_tab]
  ---> Z - Local vertical down component of B [thg_magz_tab]

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THG_L2_MAG_TAR doi:10.48322/8cmp-0162 Copy BibTeX Citation

Description

Part of the FMI magnetometer network.

Modification History

Rev- 2017-01-18

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_tar]
  ---> H - Local magnetic North component of B [thg_magh_tar]
  ---> E - Local magnetic East component of B [thg_magd_tar]
  ---> Z - Local vertical down component of B [thg_magz_tar]

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THG_L2_MAG_TDC doi:10.48322/m7cj-rz83 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_tdc]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_tdc]
  ---> E - Local magnetic East component of B [thg_magd_tdc]
  ---> Z - Local vertical down component of B [thg_magz_tdc]

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THG_L2_MAG_THL doi:10.48322/r9kd-4071 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_thl]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_thl]
  ---> E - Local magnetic East component of B [thg_magd_thl]
  ---> Z - Local vertical down component of B [thg_magz_thl]

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THG_L2_MAG_TIK doi:10.48322/km0g-cq16 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HEZ vector components [thg_mag_tik]

  Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_tik]
  ---> E - Local magnetic East component of B [thg_magd_tik]
  ---> Z - Local vertical down component of B [thg_magz_tik]

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THG_L2_MAG_TOOL doi:10.48322/4mrh-va47 Copy BibTeX Citation

Description

GIMA observatoies - Data served as part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_tool]
  ---> H - Local magnetic North component of B [thg_magh_tool]
  ---> E - Local magnetic East component of B [thg_magd_tool]
  ---> Z - Local vertical down component of B [thg_magz_tool]

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THG_L2_MAG_TPAS doi:10.48322/6k2w-zf06 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_tpas]
  ---> H - Local magnetic North component of B [thg_magh_tpas]
  ---> E - Local magnetic East component of B [thg_magd_tpas]
  ---> Z - Local vertical down component of B [thg_magz_tpas]

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THG_L2_MAG_TRAP doi:10.48322/x87k-fy69 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_trap]
  ---> H - Local magnetic North component of B [thg_magh_trap]
  ---> E - Local magnetic East component of B [thg_magd_trap]
  ---> Z - Local vertical down component of B [thg_magz_trap]

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THG_L2_MAG_TRO doi:10.48322/zb23-2583 Copy BibTeX Citation

Description

Part of the Tromso Geophysical Observatory ground magnetometer network. 

Modification History

Rev- 2010-05-13.Rev- 2012-05-11

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_tro]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_tro]
  ---> E - Local magnetic East component of B [thg_magd_tro]
  ---> Z - Local vertical down component of B [thg_magz_tro]

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THG_L2_MAG_TUC doi:10.48322/rxcb-bs74 Copy BibTeX Citation

Description

Part of the USGS magnetometer network.

Modification History

Rev- 2011-11-21

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_tuc]
  ---> H - Local magnetic North component of B [thg_magh_tuc]
  ---> E - Local magnetic East component of B [thg_magd_tuc]
  ---> Z - Local vertical down component of B [thg_magz_tuc]

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THG_L2_MAG_UKIA doi:10.48322/hbr1-zv19 Copy BibTeX Citation

Description

Geomagnetic Event Observation Network by Students (GEONS),  part of the THEMIS
EPO Effort.

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ukia]
  ---> H - Local magnetic North component of B [thg_magh_ukia]
  ---> E - Local magnetic East component of B [thg_magd_ukia]
  ---> Z - Local vertical down component of B [thg_magz_ukia]

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THG_L2_MAG_UMQ doi:10.48322/gf9b-gb66 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network. 

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_umq]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_umq]
  ---> E - Local magnetic East component of B [thg_magd_umq]
  ---> Z - Local vertical down component of B [thg_magz_umq]

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THG_L2_MAG_UPN doi:10.48322/bbat-6g35 Copy BibTeX Citation

Description

Part of the Technical University of Denmark ground magnetometer network.  

Modification History

Rev- 2008-12-01.Rev-2011-05-04 (New Data Provider).Rev-2012-05-10 (Adding
Declination)

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_upn]

  Rotated from geographic XYZ components using declination provided by TGU.
  

  ---> H - Local magnetic North component of B [thg_magh_upn]
  ---> E - Local magnetic East component of B [thg_magd_upn]
  ---> Z - Local vertical down component of B [thg_magz_upn]

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THG_L2_MAG_VIC doi:10.48322/1ep7-k022 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2013-03-27.Rev- 2013-03-27 crussell Added station declination from IGRF-11
(date 2007-02-17) and changed from geographic to local geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_vic]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H component of B [thg_magh_vic]
  ---> E component of B [thg_magd_vic]
  ---> Z component of B [thg_magz_vic]

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THG_L2_MAG_VIZ doi:10.48322/vwqt-mq35 Copy BibTeX Citation

Description

Ground based observatory, Arctic and Antarctic Research Institute (AARI),
Russia. 

Modification History

Rev- 2012-06-05

• Data Variable Descriptions
  Magnetic field variation B in HDZ vector components [thg_mag_viz]

   Magnetic field variation with respect to unknown baseline.
  

  ---> H - Local magnetic North component of B [thg_magh_viz]
  ---> E - Local magnetic East component of B [thg_magd_viz]
  ---> Z - Local vertical down component of B [thg_magz_viz]

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THG_L2_MAG_VLDR doi:10.48322/hx6b-2f20 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_vldr]
  ---> H - Local magnetic North component of B [thg_magh_vldr]
  ---> E - Local magnetic East component of B [thg_magd_vldr]
  ---> Z - Local vertical down component of B [thg_magz_vldr]

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THG_L2_MAG_WHIT doi:10.48322/20k0-dp16 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_whit]
  ---> H - Local magnetic North component of B [thg_magh_whit]
  ---> E - Local magnetic East component of B [thg_magd_whit]
  ---> Z - Local vertical down component of B [thg_magz_whit]

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THG_L2_MAG_WHS doi:10.48322/ec95-7d95 Copy BibTeX Citation

Description

Part of the STEP Polar magnetometer network.

Modification History

Rev- 2014-06-05

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_whs]
  ---> H - Local magnetic North component of B [thg_magh_whs]
  ---> E - Local magnetic East component of B [thg_magd_whs]
  ---> Z - Local vertical down component of B [thg_magz_whs]

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THG_L2_MAG_WLPS doi:10.48322/bfjt-9v74 Copy BibTeX Citation

Description

ASAFA Ground Based Observatory

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HDZ vector components [thg_mag_wlps]
  ---> H - Local magnetic North component of B [thg_magh_wlps]
  ---> E - Local magnetic East component of B [thg_magd_wlps]
  ---> Z - Local vertical down component of B [thg_magz_wlps]

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THG_L2_MAG_WRTH doi:10.48322/jt14-s139 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2013-01-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_wrth]
  ---> H - Local magnetic North component of B [thg_magh_wrth]
  ---> E - Local magnetic East component of B [thg_magd_wrth]
  ---> Z - Local vertical down component of B [thg_magz_wrth]

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THG_L2_MAG_YKC doi:10.48322/8st3-qf10 Copy BibTeX Citation

Description

Part of the Geological Survey of Canada (Natural Resources Canada) ground
magnetometer network.

Modification History

Rev- 2011-11-17.Rev- 2012-04-02 lphilpott Added station declination angle from
IGRF11 (2007--02-17), changed from geographic to geomagnetic components.

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_ykc]

  Data rotated from XYZ components using declination angle calculated from
  IGRF2011, date 02-17-2007.
  

  ---> H - Local magnetic North component of B [thg_magh_ykc]
  ---> E - Local magnetic East component of B [thg_magd_ykc]
  ---> Z - Local vertical down component of B [thg_magz_ykc]

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THG_L2_MAG_YKNF doi:10.48322/dctt-r668 Copy BibTeX Citation

Description

THEMIS Ground Based Observatory part of the THEMIS GBO effort

Modification History

Rev- 2006-08-16

• Data Variable Descriptions
  Magnetic field B in HEZ vector components [thg_mag_yknf]
  ---> H - Local magnetic North component of B [thg_magh_yknf]
  ---> E - Local magnetic East component of B [thg_magd_yknf]
  ---> Z - Local vertical down component of B [thg_magz_yknf]

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THG_R0_ASI

Description

All Sky Imager Level-0 Images (ASI)

Modification History

Rev- 2006-09-18

• Data Variable Descriptions

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TIMED_EDP_GUVI doi:10.48322/pzbn-gq12 Copy BibTeX Citation

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Orbit Number [Orbit]
  Volume emission rate (no mutual neutralization correction) for 23 channels [norbp_VER0]
  -----> VER (no correction) uncertainty - sigma for 23 channels [norbp_SIGVER0]
  Volume emission rate (corrected) for 23 channels [norbp_VER]
  -----> VER (corrected) uncertainty - sigma for 23 channels [norbp_SIGVER]
  Electron density profiles along orbit for 23 channels [norbp_EP]
  -----> Electron density uncertainty - Sigma for 23 channels [norbp_SIGEP]
  Electron density at 100km [norbp_EP_100]
  -----> at 200km [norbp_EP_200]
  -----> at 300km [norbp_EP_300]
  -----> at 400km [norbp_EP_400]
  -----> at 500km [norbp_EP_500]
  Density at F-layer maximum - NmF2 (Chapman layer) [norbp_NMF2]
  -----> F-layer height - hmF2 [norbp_RMF2]
  -----> Topside scale height [norbp_HMF2]
  -----> Uncertainty of density at F-layer maximum - sigma(NmF2) [norbp_SIGNMF2]
  -----> Uncertainty of F-layer height - sigma(hmF2) [norbp_SIGRMF2]
  -----> Uncertainty of topside scale height - sigma(H) [norbp_SIGHMF2]
  Geographic Latitude of profile [registered at ~300km] [norbp_GLAT]
  -----> Longitude of profile [norbp_GLON]
  Geomagnetic (simple dipole) Latitude of profile [registered at ~300km] [norbp_MLAT]
  -----> Longitude of profile [norbp_MLON]
  Geomagnetic AACGM Latitude of profile [registered at ~300km] [norbp_ACMLAT]
  -----> Longitude of profile [norbp_ACMLON]
  Local Time [localTime]
  Earth radius at the given geographic latitude [norbp_RE]
  H+ correction using IRI model (-1 if not used) [norbp_HPCOR]
  Atomic oxygen density profile from MSIS for 23 channels [norbp_ODEN]
  k_par_W0 [k_par_W0]
  k_par_W1 [k_par_W1]
  Profile altitude for given channel [profile_altitude]
  k_nonpar_W0 [k_nonpar_W0]
  k_nonpar_W1 [k_nonpar_W1]
  k_nonpar_W0C [k_nonpar_W0C]
  k_nonpar_W1C [k_nonpar_W1C]

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TIMED_L1BV20_SABER doi:10.48322/4sth-3w84 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Instrument scan mode (down=0, up=1) [mode]
  Phase of day at Tangent Point (0=Day 1=Night 2=Twilight(85<solar zenith angle<95)), [tpDN]
  Orbit phase at Tangent Point (0=Ascending 1=Descending) [tpAD]
  Magnetic Ap index (daily) [solAP]
  Magnetic Kp index (3-hour) [solKP]
  Solar F10.7 index (daily) [solf10p7Daily]
  Spacecraft solar zenith angle [scSolarZen]
  Spacecraft latitude (scan-average) [sclatitudeAVG]
  ---------> longitude [sclongitudeAVG]
  ---------> altitude [scaltitudeAVG]
  Tangent Point altitude vs elevation [tpaltitude]
  Tangent point latitude (scan-average) [tplatitudeAVG]
  ------------> longitude [tplongitudeAVG]
  ------------> solar zenith angle [tpSolarZenAVG]
  ------------> Local Solar Time [tpSolarLTAVG]
  Tangent point solar zenith angle vs tangent point height [tpSolarZen]
  ------------> Local Solar Time vs tangent point height [tpSolarLT]
  Calibrated RADIANCE centered at 15.2um (C02-N) vs tangent point height [rad1]
  ------------------> at 14.9 um (C02-W), filter technique 1 [rad2]
  ------------------> at 14.9 um (C02-W), filter technique 2 [rad3]
  ------------------> at 9.6 um (O3) [rad4]
  ------------------> at 6.9 um (H2O) [rad5]
  ------------------> at 5.3 um (NO) [rad6]
  ------------------> at 4.3 um (C02) [rad7]
  ------------------> at 2 um (OH) [rad8]
  ------------------> at 1.6 um (OH-B) [rad9]
  ------------------> at 1.27 um (O2) [rad10]
  Calibrated RADIANCE at 5.3 um (NO) at 80km [line plot] [rad6_80km]
  ------------------> at 5.3 um (NO) at 110km [line plot] [rad6_110km]
  ------------------> at 5.3 um (NO) at 140km [line plot] [rad6_140km]
  ------------------> at 4.3 um (C02) at 100km [line plot] [rad7_100km]
  ------------------> at 4.3 um (C02) at 140km [line plot] [rad7_140km]
  NMC temperature vs geopotential height at tangent point (scan-average) [temperature_nmc]
  NMC geopotential height vs pressure at tangent point (scan-average) [geopotential_height_nmc]

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TIMED_L1CDISK_GUVI doi:10.48322/91h6-7w03 Copy BibTeX Citation

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
The L1CDisk (Level 1C disk, V03) data 
provide the calibrated, geolocated,
and rectified intensities for the 5
wavelengths bands. 
DISPLAY OPTIONS:    
(1) Mapped images of the (lin or log) 
intensities by orbit using a transverse
Mercator projection.
(2) Mapped images of the (lin or log) 
intensities using a polar projection
of the North and South pole areas.
  Generating thumbnails for (1) or (2) 
  for one day takes about 1 minute.
(3) Movies of plot types (1),(2):
There are 15 orbits/frames per day,
max is 2 days, i.e. 30  frames. 
(4) Images of intensitiesas scanned
along the orbit.
(5) Line plots of intensities
at selected across-track positions.
CDAWeb TUTORIAL:
A tutorial on how to use CDAWeb 
to quickly generate GUVI plots can
be found at
https://cdaweb.gsfc.nasa.gov/cdaweb/cdaweb_guvi_tutorial.pdf
DATA DESCRIPTION:
Details about the data format 
and processing can be found at 
http://guvi.jhuapl.edu/data/understanding.shtml

• Data Variable Descriptions
  [Mercator Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Plots/CDFs ONLY] [Intns1_rec_MC_log]
  - - - - -> O (1304 A) [Intns2_rec_MC_log]
  - - - - -> O (1356 A) [Intns3_rec_MC_log]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_MC_log]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_MC_log]
  [Mercator Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) Intensities [Plots/CDFs ONLY] [Intensity1_rectified]
  - - - - -> O (1304 A) [Intensity2_rectified]
  - - - - -> O (1356 A) [Intensity3_rectified]
  - - - - -> LBH1 (1400-1500 A) [Intensity4_rectified]
  - - - - -> LBH2 (1650-1800 A) [Intensity5_rectified]
  [Movie, Mercator Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Intns1_rec_MC_log_movie]

  15 orbits/frames per day; max allowedis 3 days (45-frame movie)
  

  - - - - -> O (1304 A) [Intns2_rec_MC_log_movie]
  - - - - -> O (1356 A) [Intns3_rec_MC_log_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_MC_log_movie]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_MC_log_movie]
  [Movie, Mercator Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) [Intns1_rec_MC_lin_movie]
  - - - - -> O (1304 A) [Intns2_rec_MC_lin_movie]
  - - - - -> O (1356 A) [Intns3_rec_MC_lin_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_MC_lin_movie]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_MC_lin_movie]
  [North Polar Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Plot/CDFs ONLY] [Intns1_rec_NP_log]
  - - - - -> O (1304 A) [Intns2_rec_NP_log]
  - - - - -> O (1356 A) [Intns3_rec_NP_log]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_NP_log]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_NP_log]
  [North Polar Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) Intensities [Plots/CDFs ONLY] [Intns1_rec_NP_lin]
  - - - - -> O (1304 A) [Intns2_rec_NP_lin]
  - - - - -> O (1356 A) [Intns3_rec_NP_lin]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_NP_lin]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_NP_lin]
  [Movie, North Polar Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Intns1_rec_NP_log_movie]
  - - - - -> O (1304 A) [Intns2_rec_NP_log_movie]
  - - - - -> O (1356 A) [Intns3_rec_NP_log_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_NP_log_movie]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_NP_log_movie]
  [Movie, North Polar Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) Intensities [Intns1_rec_NP_lin_movie]
  - - - - -> O (1304 A) [Intns2_rec_NP_lin_movie]
  - - - - -> O (1356 A) [Intns3_rec_NP_lin_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_NP_lin_movie]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_NP_lin_movie]
  [South Polar Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Plots/CDFs ONLY] [Intns1_rec_SP_log]
  - - - - -> O (1304 A) [Intns2_rec_SP_log]
  - - - - -> O (1356 A) [Intns3_rec_SP_log]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_SP_log]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_SP_log]
  [South Polar Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) Intensities [Plots/CDFs ONLY] [Intns1_rec_SP_lin]
  - - - - -> O (1304 A) [Intns2_rec_SP_lin]
  - - - - -> O (1356 A) [Intns3_rec_SP_lin]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_SP_lin]
  - - - - -> LBH2 (1650-1800 A) [Intns5_rec_SP_lin]
  [Movie, South Polar Projection by Orbit, Log10 Scaling] H Ly-alpha (1216 A) Intensities [Intns1_rec_SP_log_movie]
  - - - - -> O (1304 A) [Intns2_rec_SP_log_movie]
  - - - - -> O (1356 A) [Intns3_rec_SP_log_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_SP_log_movie]
  - - - - -> LBH2 (1650-1800 A)(movie) [Intns5_rec_SP_log_movie]
  [Movie, South Polar Projection by Orbit, Linear Scaling] H Ly-alpha (1216 A) Intensities [Intns1_rec_SP_lin_movie]
  - - - - -> O (1304 A) [Intns2_rec_SP_lin_movie]
  - - - - -> O (1356 A) [Intns3_rec_SP_lin_movie]
  - - - - -> LBH1 (1400-1500 A) [Intns4_rec_SP_lin_movie]
  - - - - -> LBH2 (1650-1800 A)(movie) [Intns5_rec_SP_lin_movie]
  [Intensities for all Across-Track Positions, Log10 Scaling] H Ly-alpha (1216 A) [Intensity1_LogAllProfiles]
  - - - - -> O (1304 A) [Intensity2_LogAllProfiles]
  - - - - -> O (1356 A) [Intensity3_LogAllProfiles]
  - - - - -> LBH1 (1400-1500 A) [Intensity4_LogAllProfiles]
  - - - - -> LBH2 (1650-1800 A) [Intensity5_LogAllProfiles]
  [Intensities for all Across-Track Positions, Linear Scaling] H Ly-alpha (1216 A) [Intensity1_AllProfiles]
  - - - - -> O (1304 A) [Intensity2_AllProfiles]
  - - - - -> O (1356 A) [Intensity3_AllProfiles]
  - - - - -> LBH1 (1400-1500 A) [Intensity4_AllProfiles]
  - - - - -> LBH2 (1650-1800 A) [Intensity5_AllProfiles]
  [Intensities for 7 Across-Track Positions, Linear Scaling] H Ly-alpha (1216 A) [Intensity1_SampleProfile]
  - - - - -> O (1304 A) [Intensity2_SampleProfile]
  - - - - -> O (1356 A) [Intensity3_SampleProfile]
  - - - - -> LBH1 (1400-1500 A) [Intensity4_SampleProfile]
  - - - - -> LBH2 (1650-1800 A) [Intensity5_SampleProfile]
  Nadir geographic latitude of GUVI sweep as function of time (plot) [GeographLatMedian]
  Nadir geographic longitude of GUVI sweep as function of time (plot) [GeographLonMedian]
  Nadir geomagnetic latitude of GUVI sweep as function of time (plot) [GeomagLatMedian]
  Nadir geomagnetic longitude of GUVI sweep as function of time (plot) [GeomagLonMedian]
  [DO NOT USE] Detector as function of time [Detector]
  [DO NOT USE] Slit as function of time [Slit]
  TIME AXIS LABEL: Nadir geographic latitude of GUVI sweep [GeographLatMedian_ax]
  TIME AXIS LABEL: Nadir geographic longitude of GUVI sweep [GeographLonMedian_ax]
  TIME AXIS LABEL: Nadir geomagnetic latitude of GUVI sweep [GeomagLatMedian_ax]
  TIME AXIS LABEL: Nadir geomagnetic longitude of GUVI sweep [GeomagLonMedian_ax]
  [SUPPORTING DATA, Mercator Projection by Orbit, Linear Scaing] Array of pixel center geographic latitude [GeographLat]
  - - - - -> Array of pixel center geographic longitude [GeographLon]
  - - - - -> Array of pixel center geomagnetic latitude [GeomagLat]
  - - - - -> Array of pixel center geomagnetic longitude [GeomagLon]
  - - - - -> Array of Pierce Point Altitudes [PiercePointAlt]
  - - - - -> Array of Solar Zenith Angles [SolarZenithAngle]
  - - - - -> [DO NOT USE] Array of Data Quality Indicator (DQI) flags [DQI]
  - - - - -> [DO NOT USE] Array of DataRegion [DataRegion]
  [Errors in Intensities, Mercator Projection by Orbit, Linear Scaling] Systematic H Ly-alpha (1216 A) [SystematicError1_rectified]
  - - - - -> Statitical H Ly-alpha (1216 A) [StatisticalError1_rectified]
  - - - - -> Systematic O (1304 A) [SystematicError2_rectified]
  - - - - -> Statistical O (1304 A) [StatisticalError2_rectified]
  - - - - -> Systematic O (1356 A) [SystematicError3_rectified]
  - - - - -> Statistical O (1356 A) [StatisticalError3_rectified]
  - - - - -> Systematic LBH1 (1400-1500 A) [SystematicError4_rectified]
  - - - - -> Statistical LBH1 (1400-1500 A) [StatisticalError4_rectified]
  - - - - -> Systematic N2 LBH2 (1650-1800 A) [SystematicError5_rectified]
  - - - - -> Statistical N2 LBH2 (1650-1800 A) [StatisticalError5_rectified]
  [UNRECTIFIED DATA AND ERRORS - NO PLOTS] Intensity1_unrectified [Intensity1_unrectified]
  - - - - -> SystematicError1_unrectified [SystematicError1_unrectified]
  - - - - -> StatisticalError1_unrectified [StatisticalError1_unrectified]
  - - - - -> Intensity2_unrectified [Intensity2_unrectified]
  - - - - -> SystematicError2_unrectified [SystematicError2_unrectified]
  - - - - -> StatisticalError2_unrectified [StatisticalError2_unrectified]
  - - - - -> Intensity3_unrectified [Intensity3_unrectified]
  - - - - -> SystematicError3_unrectified [SystematicError3_unrectified]
  - - - - -> StatisticalError3_unrectified [StatisticalError3_unrectified]
  - - - - -> Intensity4_unrectified [Intensity4_unrectified]
  - - - - -> SystematicError4_unrectified [SystematicError4_unrectified]
  - - - - -> StatisticalError4_unrectified [StatisticalError4_unrectified]
  - - - - -> Intensity5_unrectified [Intensity5_unrectified]
  - - - - -> SystematicError5_unrectified [SystematicError5_unrectified]
  - - - - -> StatisticalError5_unrectified [StatisticalError5_unrectified]

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TIMED_L1CDISK_GUVI_1216A_MERC_MOVIES doi:10.48322/01h4-f268 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 1st H Ly-alpha (1216 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a Transverse Mercator projection.

• Data Variable Descriptions
  H Ly-alpha (1216 A) log10 Intensity Mercator - Pre-generated animated gif files [Intns1_rec_MC_log]

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TIMED_L1CDISK_GUVI_1216A_NP_MOVIES doi:10.48322/6154-6423 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 1st H Ly-alpha (1216 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a North Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1216 A) log10 Intensity North Polar Projection - Pre-generated animated gif files [Intns1_rec_MC_log]

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TIMED_L1CDISK_GUVI_1216A_SP_MOVIES doi:10.48322/bm5z-yr54 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 1st H Ly-alpha (1216 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a South Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1216 A) log10 Intensity South Polar Projection - Pre-generated animated gif files [Intns1_rec_MC_log]

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TIMED_L1CDISK_GUVI_1304A_MERC_MOVIES doi:10.48322/axbx-mz18 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 2nd (1304 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a Transverse Mercator projection.

• Data Variable Descriptions
  H Ly-alpha (1304 A) log10 Intensity Mercator - Pre-generated animated gif files [Intns2_rec_MC_log]

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TIMED_L1CDISK_GUVI_1304A_NP_MOVIES doi:10.48322/vvkt-am30 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 2nd (1304 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a North Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1304 A) log10 Intensity North Polar Pojection - Pre-generated animated gif files [Intns2_rec_MC_log]

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TIMED_L1CDISK_GUVI_1304A_SP_MOVIES doi:10.48322/y8xm-6j61 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 2nd (1304 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a South Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1304 A) log10 Intensity South Polar Pojection - Pre-generated animated gif files [Intns2_rec_MC_log]

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TIMED_L1CDISK_GUVI_1356A_MERC_MOVIES doi:10.48322/v5mt-mm05 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 3rd (1356 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a Transverse Mercator projection.

• Data Variable Descriptions
  H Ly-alpha (1356 A) log10 Intensity Mercator - Pre-generated animated gif files [Intns3_rec_MC_log]

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TIMED_L1CDISK_GUVI_1356A_NP_MOVIES doi:10.48322/nkhj-b417 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 3rd (1356 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a North Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1356 A) log10 Intensity North Polar Projection - Pre-generated animated gif files [Intns3_rec_MC_log]

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TIMED_L1CDISK_GUVI_1356A_SP_MOVIES doi:10.48322/nc6p-gx92 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 3rd (1356 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a South Polar projection.

• Data Variable Descriptions
  H Ly-alpha (1356 A) log10 Intensity South Polar Projection - Pre-generated animated gif files [Intns3_rec_MC_log]

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TIMED_L1CDISK_GUVI_LBH1_MERC_MOVIES doi:10.48322/3pg9-1k40 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 4th LBH1 (1400-1500 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a Transverse Mercator projection.

• Data Variable Descriptions
  LBH1 (1400-1500 A) log10 Intensity Mercator - Pre-generated animated gif files [Intns4_rec_MC_log]

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TIMED_L1CDISK_GUVI_LBH1_NP_MOVIES doi:10.48322/1jgs-as21 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 4th LBH1 (1400-1500 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a North Polar projection.

• Data Variable Descriptions
  LBH1 (1400-1500 A) log10 Intensity North Polar Projection - Pre-generated animated gif files [Intns4_rec_MC_log]

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TIMED_L1CDISK_GUVI_LBH1_SP_MOVIES doi:10.48322/xge7-0c55 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 4th LBH1 (1400-1500 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a South Polar projection.

• Data Variable Descriptions
  LBH1 (1400-1500 A) log10 Intensity South Polar Projection - Pre-generated animated gif files [Intns4_rec_MC_log]

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TIMED_L1CDISK_GUVI_LBH2_MERC_MOVIES doi:10.48322/13ey-2t41 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 5th LBH2 (1650-1800 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a Transverse Mercator projection.

• Data Variable Descriptions
  LBH2 (1650-1800 A) log10 Intensity Mercator - Pre-generated animated gif files [Intns5_rec_MC_log]

Dataset in CDAWeb
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TIMED_L1CDISK_GUVI_LBH2_NP_MOVIES doi:10.48322/tkj8-4v93 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 5th LBH2 (1650-1800 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a North Polar projection.

• Data Variable Descriptions
  LBH2 (1650-1800 A) log10 Intensity North Polar Pojection - Pre-generated animated gif files [Intns5_rec_MC_log]

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TIMED_L1CDISK_GUVI_LBH2_SP_MOVIES doi:10.48322/8gse-9m53 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

GUVI measures FUV airglow in five spectral 
bands: HI(121.6nm), OI(130.4nm), 
OI(135.6nm), LBHS(141-152.8nm), and  
LBHL(167.2-181.2nm). The cross-track 
scanning spectrograph images a 
ground swath of 3000 km width 
providing a nearly contiguous 
global coverage duringone day 
(15 orbits).
This L1CDisk (Level 1C disk, V03) file 
provides the calibrated, geolocated,
and rectified intensities for the 5th LBH2 (1650-1800 A) 
wavelength band. 
This is a movie with mapped images of the 
log intensities by orbit using
 a South Polar projection.

• Data Variable Descriptions
  LBH2 (1650-1800 A) log10 Intensity South Polar Pojection - Pre-generated animated gif files [Intns5_rec_MC_log]

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TIMED_L2A_SABER

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Instrument scan mode (down=0, up=1) [mode]
  Phase of day at Tangent Point (0=Day, 1=Night, 2=Twilight (85<solar zenith angle<95)), [tpDN]
  Orbit phase at Tangent Point (0=Ascending 1=Descending) [tpAD]
  Magnetic Ap index (daily) [solAP]
  Magnetic Kp index (3-hour) [solKP]
  Solar F10.7 index (daily) [solf10p7Daily]
  Solar F10.7 index (81-day) [solf10p781dAvg]
  Zurich Sunspot Number [all fill] [solSpotNo]
  Aurora Flag [all fill] [Iaurora]
  Spacecraft latitude (scan-average) [sclatitudeAVG]
  ---------> longitude [sclongitudeAVG]
  ---------> altitude [scaltitudeAVG]
  Tangent point latitude (average ) over lower part of scan [tplatitudeAVG]
  ---------> latitude (average over upper part of scan [tplatitude_topAVG]
  ---------> longitude (lower average) [tplongitudeAVG]
  ---------> longitude (upper average) [tplongitude_topAVG]
  ---------> solar zenith angle (lower average) [tpSolarZenAVG]
  ---------> solar zenith angle (upper average [tpSolarZen_topAVG]
  ---------> Local Solar Time (lower average [tpSolarLTAVG]
  ---------> Local Solar Time (upper average) [tpSolarLT_topAVG]
  Tangent point solar zenith angle vs tangent point height (lower part of scan) [tpSolarZen]
  ---------> solar zenith angle vs tangent point height (upper part of scan [tpSolarZen_top]
  ---------> Local Solar Time vs tangent point height (lower) [tpSolarLT]
  ---------> Local Solar Time vs tangent point height (upper) [tpSolarLT_top]
  Elevation angle (lower part of scan) [Elevation]
  ---------> upper part of scan [Elevation_top]
  Geopotential height at tangent point [tpgpaltitude]
  ---------> Pressure [pressure]
  ---------> Kinetic temperature [ktemp]
  ---------> Neutral density [density]
  Mixing Ratios (MR): -> O3 (9.6um) MR vs tangent point height [O3_96]
  ---------> O3 (1.27um) MR vs tangent point height [O3_127]
  -------------> O3 (1.27um) MR at 92km [line plot] [O3_127_92km]
  ---------> H2O MR vs tangent point height [all fill] [H2O]
  ---------> CO2 MR vs tangent point height [C02]
  ---------> O MR vs tangent point height [O]
  ---------> H MR vs tangent point height [H]
  Volume Emission Rates (VER): -> O2(1delta) VER vs tangent point height [O2_1delta_ver_unfilt]
  --------------> filtered (actual measurement with SABER's spectral bandpass for this line) [O2_1delta_ver]
  ---------------> unfiltered at 92km [line plot] [O2_1delta_ver_92km]
  ---------> OH (1.6um) VER vs tangent point height [OH_16_ver_unfilt]
  ---------------> filtered [OH_16_ver]
  ---------------> unfiltered at 85km [line plot] [OH_16_ver_85km]
  ---------> OH (2.0 um) VER vs tangent point height [OH_20_ver_unfilt]
  ---------------> filtered [OH_20_ver]
  ------------------> unfiltered at 85km [lineplot] [OH_20_ver_85km]
  ---------> NO VER (upper part of scan) vs tangent point height [NO_ver_top_unfilt]
  ---------------> filtered (upper) [NO_ver_top]
  ---------------> unfiltered (lower) [NO_ver_unfilt]
  ---------------> filtered (lower) [NO_ver]
  ---------------> unfiltered at 120km [line plot] [NO_ver_120km]

Dataset in CDAWeb
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TIMED_L3A_SEE doi:10.48322/3x4k-mx60 Copy BibTeX Citation
Proper citations should include the "Accessed on date" in the form .

Description

Included the final TIMED-SEE suborbital rocket calibration (NASA 36.240,
14-Apr-2008).  This involved a departure from previous calibration methods which
were derived from very similar instrumentation. The primary instrument aboard
NASA 36.240  is the prototype SDO EUV Variability Experiment (EVE) with a
spectral range of 6 nm to 105 nm.  The SORCE SOLSTICE is used for correcting the
EGS degradation trend in the FUV (115 nm - 190 nm).  A novel approach is applied
in Version 10 in which information from the EGS on-board flatfield-measured
changes is mapped to all of the rocket calibrations to provide improved EGS
degradation trend. 
-  Updated and extended EGS flatfield degradation curve fits through 2008.
-  Updated EGS FOV correction to perform monthly averaging to remove day-to-day
jumps in irradiance. This removes the need for the beta angle correction that
was added into version 9.
-  Updated degradation algorithm to keep the normal channel in better agreement
with the calibration channel. This improves the spectral shape in heavily
degraded regions.
-  Updated EGS gain to be a function of wavelength and temperature.  The present
assumption is that enough degradation has occurred to affect the electrical
resistance of the microchannel plates such that low-exposure regions on the
detector are increasing with time.
-  Added a step correction for EGS data beyond 2004/263. Near this time period
the spacecraft entered a prolonged safe mode demotion.  An operational decision
was made to point SEE down toward the spacecraft deck. We now believe this
allowed a small amount of contamination to enter the aperture which decreased
the sensitivity by approximately 8% in the EUV.
-  The responsivity of the XPS photometers was updated.
-  The second order subtraction of 30.4 has been adjusted to avoid zero flux. 
This is based on a curve fit to two gaussians, which has some problems, but is
an improvement over previous versions.
-  Wavelengths longer than 190 nm are now zeroed out. Users interested in this
range are encouraged to use the higher-precision SORCE-SOLSTICE data.(See also
ftp://laspftp.colorado.edu/pub/SEE_Data/SEE_v10_releasenotes.txt including
description of earlier versions)
The TIMED-SEE XPS Level 4 product has been updated to include an improved solar
cycle minimum reference spectrum.  This reference model is a combination of the
CHIANTI Quiet Sun (QS) DEM and Coronal Hole (CH) DEM.  Now that XPS has made
solar cycle minimum measurements in 2007-2009, the weighting for combining the
QS and CH DEMs to match XPS observations is more accurate now. The previous XPS
Level 4 model used a weighting of 0.5 for each; now the weights are 0.32 and
0.68 for the QS DEM and CH DEM, respectively.  In addition to this update, a
software bug in using the GOES XRS data for 'flare' temperature has been fixed. 
The previous XPS Level 4 data had a constant irradiance spectrum used throughout
the day whenever the GOES XRS 0.1-0.8 nm irradiance fell below a minimum level,
resulting in invalid temperatures. This is fixed now by assigning a minimum
temperature of 3 MK whenever the GOES XRS irradiance falls below its minimum
level.

• Data Variable Descriptions
  Solar irradiance at 30.5 nm, He II [FLUX_SP_30]
  Solar irradiance at 33.5 nm, Fe XVI [FLUX_SP_33]
  Solar irradiance at 36.5 nm, Mg IX [FLUX_SP_36]
  Solar irradiance at 121.5 nm, H I [FLUX_SP_121]
  Solar irradiance at 133.5 nm, C II [FLUX_SP_133]
  Integrated solar irradiance from 0 to 7 nm (soft X-rays) [FLUX_SP_SUM6]
  Integrated solar irradiance from 0 to 45 nm (QEUV1) [FLUX_SP_SUM44]
  Integrated solar irradiance from 5 to 45 nm (QEUV2) [FLUX_SP_SUM5_44]
  Integrated solar irradiance from 0 to 105 nm (E10.7) [FLUX_SP_SUM104]
  [NOT FOR PLOTTING] Wavelength of the 38 emission lines [WAVE_LINE]
  [NOT FOR PLOTTING] Solar irradiance at 38 emission lines [FLUX_LINE]

  38 emission lines extracted from EGSLevel 2A spectra, and the XPS Level 2A diode
  irradiances.
  

  [NOT FOR PLOTTING] Accuracy of solar irradiance at 38 wavelengths [ERR_TOT_LINE]
  [NOT FOR PLOTTING] Measurement precision for solar irradiance [ERR_MEAS_LINE]
  [NOT FOR PLOTTING] Main source of emission [NAME_LINE]
  [NOT FOR PLOTTING] Logarithm of Temperature for spectral line [LOGT_LINE]
  AU correction factor for date [COR_1AU]
  [NOT FOR PLOTTING] Solar irradiance 0 to 195 nm (1nm res.) [FLUX_SP]

  Merged Solar irradiance for XPS and EGS flux at 1nm bins with gaps filled using
  Woods-Rottman 2002 VUV model. Below 26 nm, flux is result of solution of linear
  equations involving XPS diodes and scaled to the VUV model. EGS data is used
  above 26 nm except 114.5-120.5 and 122.5-128.5 nm where the VUV model is scaled
  to the EGS Lyman-alpha line.
  

  [NOT FOR PLOTTING] Accuracy of solar irradiance [ERR_TOT_SP]
  [NOT FOR PLOTTING] Measurement precision [ERR_MEAS_SP]

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TIMED_WINDVECTORSNCAR_TIDI doi:10.48322/9pec-k333 Copy BibTeX Citation

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Zonal wind at 75, 80, 85, 90, 95, and 100 km, Ascending orbit phase, Cold side [ZonalWindP9_SampleProfilecold_ascend]
  - - - - - -> Ascending, Warm side [ZonalWindP9_SampleProfilewarm_ascend]
  - - - - - -> Descending, Cold side [ZonalWindP9_SampleProfilecold_descend]
  - - - - - -> Descending, Warm side [ZonalWindP9_SampleProfilewarm_descend]
  Meridional wind at 75, 80, 85, 90, 95, and 100 km, Ascending orbit phase, Cold Side [MeridionalWindP9_SampleProfilecold_ascend]
  - - - - - -> Ascending, Warm side [MeridionalWindP9_SampleProfilewarm_ascend]
  - - - - - -> Descending, Cold side [MeridionalWindP9_SampleProfilecold_descend]
  - - - - - -> Descending, Warm side [MeridionalWindP9_SampleProfilewarm_descend]
  Zonal wind profiles (velocity as function of time and altitude), Ascending orbit phase, Cold side [Ucold_P9_ascend]
  - - - - - -> Ascending, Warm side [Uwarm_P9_ascend]
  - - - - - -> Descending, Cold side [Ucold_P9_descend]
  - - - - - -> Descending, Warm side [Uwarm_P9_descend]
  - -> Zonal wind variance profiles, Ascending orbit phase, Cold side [VAR_Ucold_P9_ascend]
  - - - - - -> Ascending, Warm side [VAR_Uwarm_P9_ascend]
  - - - - - -> Descending, Cold side [VAR_Ucold_P9_descend]
  - - - - - -> Descending, Warm side [VAR_Uwarm_P9_descend]
  Meridional wind profiles, (velocity as a function of time and altitude), Ascending orbit phase, Cold side [Vcold_P9_ascend]
  - - - - - -> Ascending, Warm side [Vwarm_P9_ascend]
  - - - - - -> Descending, Cold side [Vcold_P9_descend]
  - - - - - -> Descending, Warm side [Vwarm_P9_descend]
  - -> Meridional wind variance profiles Ascending orbit phase, Cold side [VAR_Vcold_P9_ascend]
  - - - - - -> Ascending, Warm side [VAR_Vwarm_P9_ascend]
  - - - - - -> Descending, Cold side [VAR_Vcold_P9_descend]
  - - - - - -> Descending, Warm side [VAR_Vwarm_P9_descend]
  Wind vector map, 80 km, Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_080]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_080]
  - - - - - -> Descending, Cold side [Windplot_cold_des_080]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_080]
  - -> Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_080]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_080]
  - - - - - -> Descending, Cold side [Windplot_cold_des_transv_080]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_080]
  - -> MOVIE: Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_mov_080]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_mov_080]
  - - - - - -> Descending, Cold side [Windplot_cold_des_mov_080]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_mov_080]
  - -> MOVIE: Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_mov_080]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_mov_080]
  - - - - - -> Descending, Cold side [Windplot_cold_des_transv_mov_080]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_mov_080]
  Wind vector map, 90 km, Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_090]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_090]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_090]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_090]
  - -> Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_090]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_090]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_transv_090]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_090]
  - -> MOVIE: Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_mov_090]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_mov_090]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_mov_090]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_mov_090]
  - -> MOVIE: Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_mov_090]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_mov_090]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_transv_mov_090]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_mov_090]
  Wind vector map, 100 km, Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_100]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_100]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_100]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_100]
  - -> Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_100]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_100]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_transv_100]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_100]
  - -> MOVIE: Cylindrical projection, Ascending orbit phase, Cold side [Windplot_cold_asc_mov_100]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_mov_100]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_mov_100]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_mov_100]
  - -> MOVIE: Transverse Mercator projection, Ascending orbit phase, Cold side [Windplot_cold_asc_transv_mov_100]
  - - - - - -> Ascending, Warm side [Windplot_warm_asc_transv_mov_100]
  - - - - - -> Descending, Cold side [Windplot_cold_desc_transv_mov_100]
  - - - - - -> Descending, Warm side [Windplot_warm_desc_transv_mov_100]
  Geodetic latitude, Ascending orbit phase, Cold Side [LATcold_ascend]
  - - - - - -> Ascending, Warm side [LATwarm_ascend]
  - - - - - -> Descending, Cold side [LATcold_descend]
  - - - - - -> Descending, Warm side [LATwarm_descend]
  - -> Geodetic East Longitude, Ascending orbit phase, Cold side [LONcold_ascend]
  - - - - - -> Ascending, Warm side [LONwarm_ascend]
  - - - - - -> Descending, Cold side [LONcold_descend]
  - - - - - -> Descending, Warm side [LONwarm_descend]
  - -> Solar Zenith Angle (SZA), Ascending orbit phase, Cold side [SZAcold_ascend]
  - - - - - -> Ascending, Warm side [SZAwarm_ascend]
  - - - - - -> Descending, Cold side [SZAcold_descend]
  - - - - - -> Descending, Warm side [SZAwarm_descend]
  - -> Local Solar Time (LST)Ascending orbit phase, Cold side [LSTcold_ascend]
  - - - - - -> Ascending, Warm side [LSTwarm_ascend]
  - - - - - -> Descending, Cold side [LSTcold_descend]
  - - - - - -> Descending, Warm side [LSTwarm_descend]
  - -> Magnetic Latitude, Ascending orbit phase, Cold side [MLATcold_ascend]
  - - - - - -> Ascending, Warm side [MLATwarm_ascend]
  - - - - - -> Descending, Cold side [MLATcold_descend]
  - - - - - -> Descending, Warm side [MLATwarm_descend]
  - -> Magnetic Longitude, Ascending orbit phase, Cold side [MLONcold_ascend]
  - - - - - -> Ascending, Warm side [MLONwarm_ascend]
  - - - - - -> Descending, Cold side [MLONcold_descend]
  - - - - - -> Descending, Warm side [MLONwarm_descend]

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TOOWINDY_E_NE

Description

No TEXT global attribute value.

• Data Variable Descriptions
  Altitude of rocket for electric fields [Altitude]

  Altitude for electric fields
  

  Altitude of rocket to electron density [Altitude_1]

  Altitude variable for electron density
  

  Measured electron density during rocket flight [Electron_density]
  Measured electric field during rocket flight [Electric_field]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_CSAA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  IMU Derived Body Rate X-Axis [IMU_Body_Rate_X]
  Data Quality Indicator for IMU Body Rate X [Data_Quality_IMU_Body_Rate_X]
  IMU Derived Body Rate Y-Axis [IMU_Body_Rate_Y]
  Data Quality Indicator for IMU Body Rate Y [Data_Quality_IMU_Body_Rate_Y]
  IMU Derived Body Rate Z-Axis [IMU_Body_Rate_Z]
  Data Quality Indicator for IMU Body Rate Z [Data_Quality_IMU_Body_Rate_Z]
  M50 To Measured Body Quat Element 1 [Q_M50_To_Body_Ele1]
  Data Quality Indicator for Q-M50 To Body Ele1 [Data_Quality_Q_M50_To_Body_Ele1]
  M50 To Measured Body Quat Element 2 [Q_M50_To_Body_Ele2]
  Data Quality Indicator for Q-M50 To Body Ele2 [Data_Quality_Q_M50_To_Body_Ele2]
  M50 To Measured Body Quat Element 3 [Q_M50_To_Body_Ele3]
  Data Quality Indicator for Q-M50 To Body Ele3 [Data_Quality_Q_M50_To_Body_Ele3]
  M50 To Measured Body Quat Element 4 [Q_M50_To_Body_Ele4]
  Data Quality Indicator for Q-M50 To Body Ele4 [Data_Quality_Q_M50_To_Body_Ele4]
  M50 to Body Quat Time [Q_M50_To_Body_Time]
  Data Quality Indicator for Q-M50 To Body Time [Data_Quality_Q_M50_To_Body_Time]
  M50 WRT Local Vertical Local Horizontal Quat 1 [M50_LV_LH_Q1]
  Data Quality Indicator for M50 (LV,LH) Q1 [Data_Quality_M50_LV_LH_Q1]
  M50 WRT Local Vertical Local Horizontal Quat 2 [M50_LV_LH_Q2]
  Data Quality Indicator for M50 (LV,LH) Q2 [Data_Quality_M50_LV_LH_Q2]
  M50 WRT Local Vertical Local Horizontal Quat 3 [M50_LV_LH_Q3]
  Data Quality Indicator for M50 (LV,LH) Q3 [Data_Quality_M50_LV_LH_Q3]
  M50 WRT Local Vertical Local Horizontal Quat 4 [M50_LV_LH_Q4]
  Data Quality Indicator for M50 (LV,LH) Q4 [Data_Quality_M50_LV_LH_Q4]
  Roll Attitude Error [Roll_Error]
  Data Quality Indicator for Roll Error [Data_Quality_Roll_Error]
  Pitch Attitude Error [Pitch_Error]
  Data Quality Indicator for Pitch Error [Data_Quality_Pitch_Error]
  Yaw Attitude Error [Yaw_Error]
  Data Quality Indicator for Yaw Error [Data_Quality_Yaw_Error]
  Altitude Of Shuttle [Shuttle_Alt_1_Altitude_feet]
  Altitude Of Shuttle [Shuttle_Alt_2_Altitude_km]
  Data Quality Indicator for Shuttle Alt [Data_Quality_Shuttle_Alt]
  Current Apogee Altitude [Cur_Apogee_1_Altitude_nautical_miles]
  Current Apogee Altitude [Cur_Apogee_2_Altitude_km]
  Data Quality Indicator for Cur Apogee [Data_Quality_Cur_Apogee]
  Current Perigee Altitude [Cur_Perigee_1_Altitude_nautical_miles]
  Current Perigee Altitude [Cur_Perigee_2_Altitude_km]
  Data Quality Indicator for Cur Perigee [Data_Quality_Cur_Perigee]

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TSS-1R_M1_CSAB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  X Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_XPos_TLM_1_Distance_feet]
  X Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_XPos_TLM_2_Distance_meters]
  Data Quality Indicator for Fltrs Cur XPos TLM [Data_Quality_Fltrs_Cur_XPos_TLM]
  Y Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_YPos_TLM_1_Distance_feet]
  Y Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_YPos_TLM_2_Distance_meters]
  Data Quality Indicator for Fltrs Cur YPos TLM [Data_Quality_Fltrs_Cur_YPos_TLM]
  Z Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_ZPos_TLM_1_Distance_feet]
  Z Component Of Fltrs Current Position Vector-TLM [Fltrs_Cur_ZPos_TLM_2_Distance_meters]
  Data Quality Indicator for Fltrs Cur ZPos TLM [Data_Quality_Fltrs_Cur_ZPos_TLM]
  X Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_XVel_TLM_1_Velocity_feet_sec]
  X Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_XVel_TLM_2_Velocity_meters_sec]
  Data Quality Indicator for Fltrs Cur XVel TLM [Data_Quality_Fltrs_Cur_XVel_TLM]
  Y Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_YVel_TLM_1_Velocity_feet_sec]
  Y Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_YVel_TLM_2_Velocity_meters_sec]
  Data Quality Indicator for Fltrs Cur YVel TLM [Data_Quality_Fltrs_Cur_YVel_TLM]
  Z Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_ZVel_TLM_1_Velocity_feet_sec]
  Z Component Of Fltrs Current Velocity Vector-TLM [Fltrs_Cur_ZVel_TLM_2_Velocity_meters_sec]
  Data Quality Indicator for Fltrs Cur ZVel TLM [Data_Quality_Fltrs_Cur_ZVel_TLM]
  X Component Of Current Target Position Vector [Cur_Target_XPos_1_Distance_feet]
  X Component Of Current Target Position Vector [Cur_Target_XPos_2_Distance_meters]
  Data Quality Indicator for Cur Target XPos [Data_Quality_Cur_Target_XPos]
  Y Component Of Current Target Position Vector [Cur_Target_YPos_1_Distance_feet]
  Y Component Of Current Target Position Vector [Cur_Target_YPos_2_Distance_meters]
  Data Quality Indicator for Cur Target YPos [Data_Quality_Cur_Target_YPos]
  Z Component Of Current Target Position Vector [Cur_Target_ZPos_1_Distance_feet]
  Z Component Of Current Target Position Vector [Cur_Target_ZPos_2_Distance_meters]
  Data Quality Indicator for Cur Target ZPos [Data_Quality_Cur_Target_ZPos]
  X Component Of Current Target Velocity Vector [Cur_Target_XVel_1_Velocity_feet_sec]
  X Component Of Current Target Velocity Vector [Cur_Target_XVel_2_Velocity_meters_sec]
  Data Quality Indicator for Cur Target XVel [Data_Quality_Cur_Target_XVel]
  Y Component Of Current Target Velocity Vector [Cur_Target_YVel_1_Velocity_feet_sec]
  Y Component Of Current Target Velocity Vector [Cur_Target_YVel_2_Velocity_meters_sec]
  Data Quality Indicator for Cur Target YVel [Data_Quality_Cur_Target_YVel]
  Z Component Of Current Target Velocity Vector [Cur_Target_ZVel_1_Velocity_feet_sec]
  Z Component Of Current Target Velocity Vector [Cur_Target_ZVel_2_Velocity_meters_sec]
  Data Quality Indicator for Cur Target ZVel [Data_Quality_Cur_Target_ZVel]
  Target Acceleration - X [Target_XAcc_1_Acc_feet_sec__2]
  Target Acceleration - X [Target_XAcc_2_Acc_meters_sec__2]
  Data Quality Indicator for Target XAcc [Data_Quality_Target_XAcc]
  Target Acceleration - Y [Target_YAcc_1_Acc_feet_sec__2]
  Target Acceleration - Y [Target_YAcc_2_Acc_meters_sec__2]
  Data Quality Indicator for Target YAcc [Data_Quality_Target_YAcc]
  Target Acceleration - Z [Target_ZAcc_1_Acc_feet_sec__2]
  Target Acceleration - Z [Target_ZAcc_2_Acc_meters_sec__2]
  Data Quality Indicator for Target ZAcc [Data_Quality_Target_ZAcc]
  X Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_XPos_1_Distance_feet]
  X Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_XPos_2_Distance_meters]
  Data Quality Indicator for Rel Orb/Tar XPos [Data_Quality_Rel_Orb_Tar_XPos]
  Y Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_YPos_1_Distance_feet]
  Y Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_YPos_2_Distance_meters]
  Data Quality Indicator for Rel Orb/Tar YPos [Data_Quality_Rel_Orb_Tar_YPos]
  Z Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_ZPos_1_Distance_feet]
  Z Component Of Orbiter/Target Relative Position Vector [Rel_Orb_Tar_ZPos_2_Distance_meters]
  Data Quality Indicator for Rel Orb/Tar ZPos [Data_Quality_Rel_Orb_Tar_ZPos]
  X Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_XVel_1_Velocity_feet_sec]
  X Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_XVel_2_Velocity_meters_sec]
  Data Quality Indicator for Rel Orb/Tar XVel [Data_Quality_Rel_Orb_Tar_XVel]
  Y Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_YVel_1_Velocity_feet_sec]
  Y Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_YVel_2_Velocity_meters_sec]
  Data Quality Indicator for Rel Orb/Tar YVel [Data_Quality_Rel_Orb_Tar_YVel]
  Z Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_ZVel_1_Velocity_feet_sec]
  Z Component Of Orbiter/Target Relative Velocity Vector [Rel_Orb_Tar_ZVel_2_Velocity_meters_sec]
  Data Quality Indicator for Rel Orb/Tar ZVel [Data_Quality_Rel_Orb_Tar_ZVel]
  Time of Target State Update [Last_Tar_Update_Tm]
  Data Quality Indicator for Last Tar Update Tm [Data_Quality_Last_Tar_Update_Tm]
  Last State Update Time [Last_State_Update_Tm]
  Data Quality Indicator for Last State Update Tm [Data_Quality_Last_State_Update_Tm]
  Time of Filter State Vector-TLM [Filter_State_Update_Tm]
  Data Quality Indicator for Filter State Update Tm [Data_Quality_Filter_State_Update_Tm]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_CSCA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Orbiter Latitude [Shuttle_Lat]
  Data Quality Indicator for Shuttle Lat [Data_Quality_Shuttle_Lat]
  Orbiter Longitude [Shuttle_Long]
  Data Quality Indicator for Shuttle Long [Data_Quality_Shuttle_Long]
  Orbiter Pitch wrt Local Vertical Local Horizontal [Pitch_LV_LH]
  Data Quality Indicator for Pitch (LV,LH) [Data_Quality_Pitch_LV_LH]
  Orbiter Yaw wrt Local Vertical Local Horizontal [Yaw_LV_LH]
  Data Quality Indicator for Yaw (LV,LH) [Data_Quality_Yaw_LV_LH]
  Orbiter Roll wrt Local Vertical Local Horizontal [Roll_LV_LH]
  Data Quality Indicator for Roll (LV,LH) [Data_Quality_Roll_LV_LH]
  Orbiter Pitch Rate wrt Local Vertical Local Horizontal [Pitch_Rate_LV_LH]
  Data Quality Indicator for Pitch Rate (LV,LH) [Data_Quality_Pitch_Rate_LV_LH]
  Orbiter Yaw Rate wrt Local Vertical Local Horizontal [Yaw_Rate_LV_LH]
  Data Quality Indicator for Yaw Rate (LV,LH) [Data_Quality_Yaw_Rate_LV_LH]
  Orbiter Roll Rate wrt Local Vertical Local Horizontal [Roll_Rate_LV_LH]
  Data Quality Indicator for Roll Rate (LV,LH) [Data_Quality_Roll_Rate_LV_LH]
  Satellite Az Angle [Sat_Azimuth]
  Data Quality Indicator for Sat Azimuth [Data_Quality_Sat_Azimuth]
  Satellite Coel Angle [Sat_Co_elev]
  Data Quality Indicator for Sat Co-elev [Data_Quality_Sat_Co_elev]
  RAM Az Angle [Ram_Azimuth]
  Data Quality Indicator for Ram Azimuth [Data_Quality_Ram_Azimuth]
  RAM Coel Angle [Ram_Co_elev]
  Data Quality Indicator for Ram Co-elev [Data_Quality_Ram_Co_elev]
  Orbit Number [Orbit__]
  Data Quality Indicator for Orbit # [Data_Quality_Orbit__]

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TSS-1R_M1_CSCB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FES Active Discrete [FES_Status]
  Data Quality Indicator for FES Status [Data_Quality_FES_Status]
  Water Dump [Water_Dump_Status]
  Data Quality Indicator for Water Dump Status [Data_Quality_Water_Dump_Status]
  Thrusters On [Thruster_Status]
  Data Quality Indicator for Thruster Status [Data_Quality_Thruster_Status]

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TSS-1R_M1_CSEA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  M-FUS LT BL Temperature at 650 [M_FUS_LT_BL_T_650_1_telemetry_unitless]
  M-FUS LT BL Temperature at 650 [M_FUS_LT_BL_T_650_2_T_degrees_F]
  M-FUS LT BL Temperature at 650 [M_FUS_LT_BL_T_650_3_T_degrees_C]
  Data Quality Indicator for M-FUS LT BL T@650 [Data_Quality_M_FUS_LT_BL_T_650]
  M-FUS RT BL Temperature at 650 [M_FUS_RT_BL_T_650_1_telemetry_unitless]
  M-FUS RT BL Temperature at 650 [M_FUS_RT_BL_T_650_2_T_degrees_F]
  M-FUS RT BL Temperature at 650 [M_FUS_RT_BL_T_650_3_T_degrees_C]
  Data Quality Indicator for M-FUS RT BL T@650 [Data_Quality_M_FUS_RT_BL_T_650]
  M-FUS LT BL Temperature at 1215 [M_FUS_LT_BL_T_1215_1_telemetry_unitless]
  M-FUS LT BL Temperature at 1215 [M_FUS_LT_BL_T_1215_2_T_degrees_F]
  M-FUS LT BL Temperature at 1215 [M_FUS_LT_BL_T_1215_3_T_degrees_C]
  Data Quality Indicator for M-FUS LT BL T@1215 [Data_Quality_M_FUS_LT_BL_T_1215]
  M-FUS RT BL Temperature at 1215 [M_FUS_RT_BL_T_1215_1_telemetry_unitless]
  M-FUS RT BL Temperature at 1215 [M_FUS_RT_BL_T_1215_2_T_degrees_F]
  M-FUS RT BL Temperature at 1215 [M_FUS_RT_BL_T_1215_3_T_degrees_C]
  Data Quality Indicator for M-FUS RT BL T@1215 [Data_Quality_M_FUS_RT_BL_T_1215]
  M-FUS L Sill Longn Temperature at 650 [M_FUS_L_Sill_Longn_T_650_1_telemetry_unitless]
  M-FUS L Sill Longn Temperature at 650 [M_FUS_L_Sill_Longn_T_650_2_T_degrees_F]
  M-FUS L Sill Longn Temperature at 650 [M_FUS_L_Sill_Longn_T_650_3_T_degrees_C]
  Data Quality Indicator for M-FUS L Sill Longn T@650 [Data_Quality_M_FUS_L_Sill_Longn_T_650]
  M-FUS L Sill Longn Temperature at 1030 [M_FUS_L_Sill_Longn_T_1030_1_telemetry_unitless]
  M-FUS L Sill Longn Temperature at 1030 [M_FUS_L_Sill_Longn_T_1030_2_T_degrees_F]
  M-FUS L Sill Longn Temperature at 1030 [M_FUS_L_Sill_Longn_T_1030_3_T_degrees_C]
  Data Quality Indicator for M-FUS L Sill Longn T@1030 [Data_Quality_M_FUS_L_Sill_Longn_T_1030]
  M-FUS L Sill Longn Temperature at 1215 [M_FUS_L_Sill_Longn_T_1215_1_telemetry_unitless]
  M-FUS L Sill Longn Temperature at 1215 [M_FUS_L_Sill_Longn_T_1215_2_T_degrees_F]
  M-FUS L Sill Longn Temperature at 1215 [M_FUS_L_Sill_Longn_T_1215_3_T_degrees_C]
  Data Quality Indicator for M-FUS L Sill Longn T@1215 [Data_Quality_M_FUS_L_Sill_Longn_T_1215]
  M-FUS R Sill Longn Temperature at 650 [M_FUS_R_Sill_Longn_T_650_1_telemetry_unitless]
  M-FUS R Sill Longn Temperature at 650 [M_FUS_R_Sill_Longn_T_650_2_T_degrees_F]
  M-FUS R Sill Longn Temperature at 650 [M_FUS_R_Sill_Longn_T_650_3_T_degrees_C]
  Data Quality Indicator for M-FUS R Sill Longn T@650 [Data_Quality_M_FUS_R_Sill_Longn_T_650]
  M-FUS R Sill Longn Temperature at 1030 [M_FUS_R_Sill_Longn_T_1030_1_telemetry_unitless]
  M-FUS R Sill Longn Temperature at 1030 [M_FUS_R_Sill_Longn_T_1030_2_T_degrees_F]
  M-FUS R Sill Longn Temperature at 1030 [M_FUS_R_Sill_Longn_T_1030_3_T_degrees_C]
  Data Quality Indicator for M-FUS R Sill Longn T@1030 [Data_Quality_M_FUS_R_Sill_Longn_T_1030]
  M-FUS R Sill Longn Temperature at 1215 [M_FUS_R_Sill_Longn_T_1215_1_telemetry_unitless]
  M-FUS R Sill Longn Temperature at 1215 [M_FUS_R_Sill_Longn_T_1215_2_T_degrees_F]
  M-FUS R Sill Longn Temperature at 1215 [M_FUS_R_Sill_Longn_T_1215_3_T_degrees_C]
  Data Quality Indicator for M-FUS R Sill Longn T@1215 [Data_Quality_M_FUS_R_Sill_Longn_T_1215]
  FCL 1 Evap Outlet Temperature [FCL_1_Evap_Outlet_T_1_telemetry_unitless]
  FCL 1 Evap Outlet Temperature [FCL_1_Evap_Outlet_T_2_T_degrees_F]
  FCL 1 Evap Outlet Temperature [FCL_1_Evap_Outlet_T_3_T_degrees_C]
  Data Quality Indicator for FCL 1 Evap Outlet T [Data_Quality_FCL_1_Evap_Outlet_T]
  FCL 2 Evap Outlet Temperature [FCL_2_Evap_Outlet_T_1_telemetry_unitless]
  FCL 2 Evap Outlet Temperature [FCL_2_Evap_Outlet_T_2_T_degrees_F]
  FCL 2 Evap Outlet Temperature [FCL_2_Evap_Outlet_T_3_T_degrees_C]
  Data Quality Indicator for FCL 2 Evap Outlet T [Data_Quality_FCL_2_Evap_Outlet_T]
  FCL 1 Rad Outlet Temperature [FCL_1_Rad_Outlet_T_1_telemetry_unitless]
  FCL 1 Rad Outlet Temperature [FCL_1_Rad_Outlet_T_2_T_degrees_F]
  FCL 1 Rad Outlet Temperature [FCL_1_Rad_Outlet_T_3_T_degrees_C]
  Data Quality Indicator for FCL 1 Rad Outlet T [Data_Quality_FCL_1_Rad_Outlet_T]
  FCL 2 Rad Outlet Temperature [FCL_2_Rad_Outlet_T_1_telemetry_unitless]
  FCL 2 Rad Outlet Temperature [FCL_2_Rad_Outlet_T_2_T_degrees_F]
  FCL 2 Rad Outlet Temperature [FCL_2_Rad_Outlet_T_3_T_degrees_C]
  Data Quality Indicator for FCL 2 Rad Outlet T [Data_Quality_FCL_2_Rad_Outlet_T]
  Fuel Cell No 1 Voltage [FCL_1_V_1_telemetry_unitless]
  Fuel Cell No 1 Voltage [FCL_1_V_2_Voltage_volts]
  Data Quality Indicator for FCL 1 V [Data_Quality_FCL_1_V]
  Fuel Cell No 2 Voltage [FCL_2_V_1_telemetry_unitless]
  Fuel Cell No 2 Voltage [FCL_2_V_2_Voltage_volts]
  Data Quality Indicator for FCL 2 V [Data_Quality_FCL_2_V]
  Fuel Cell No 3 Voltage [FCL_3_V_1_telemetry_unitless]
  Fuel Cell No 3 Voltage [FCL_3_V_2_Voltage_volts]
  Data Quality Indicator for FCL 3 V [Data_Quality_FCL_3_V]
  Fuel Cell No 1 Current [FCL_1_I_1_telemetry_unitless]
  Fuel Cell No 1 Current [FCL_1_I_2_Current_amps]
  Data Quality Indicator for FCL 1 I [Data_Quality_FCL_1_I]
  Fuel Cell No 2 Current [FCL_2_I_1_telemetry_unitless]
  Fuel Cell No 2 Current [FCL_2_I_2_Current_amps]
  Data Quality Indicator for FCL 2 I [Data_Quality_FCL_2_I]
  Fuel Cell No 3 Current [FCL_3_I_1_telemetry_unitless]
  Fuel Cell No 3 Current [FCL_3_I_2_Current_amps]
  Data Quality Indicator for FCL 3 I [Data_Quality_FCL_3_I]
  Mid PCA Main Bus A Current [Mid_PCA_Main_Bus_A_I_1_telemetry_unitless]
  Mid PCA Main Bus A Current [Mid_PCA_Main_Bus_A_I_2_Current_amps]
  Data Quality Indicator for Mid PCA Main Bus A I [Data_Quality_Mid_PCA_Main_Bus_A_I]
  Mid PCA Main Bus B Current [Mid_PCA_Main_Bus_B_I_1_telemetry_unitless]
  Mid PCA Main Bus B Current [Mid_PCA_Main_Bus_B_I_2_Current_amps]
  Data Quality Indicator for Mid PCA Main Bus B I [Data_Quality_Mid_PCA_Main_Bus_B_I]
  Payload Primary Main Bus B Voltage [P_L_Pri_Main_Bus_B_V_1_telemetry_unitless]
  Payload Primary Main Bus B Voltage [P_L_Pri_Main_Bus_B_V_2_Voltage_volts]
  Data Quality Indicator for P/L Pri Main Bus B V [Data_Quality_P_L_Pri_Main_Bus_B_V]
  Payload Primary Main Bus C Voltage [P_L_Pri_Main_Bus_C_V_1_telemetry_unitless]
  Payload Primary Main Bus C Voltage [P_L_Pri_Main_Bus_C_V_2_Voltage_volts]
  Data Quality Indicator for P/L Pri Main Bus C V [Data_Quality_P_L_Pri_Main_Bus_C_V]

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TSS-1R_M1_CSEB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Supply Water Tank A Quantity [Sup_H2O_Tank_A_Quan_1_telemetry_unitless]
  Supply Water Tank A Quantity [Sup_H2O_Tank_A_Quan_2_Percentage_unitless]
  Data Quality Indicator for Sup H2O Tank A Quan [Data_Quality_Sup_H2O_Tank_A_Quan]
  Supply Water Tank B Quantity [Sup_H2O_Tank_B_Quan_1_telemetry_unitless]
  Supply Water Tank B Quantity [Sup_H2O_Tank_B_Quan_2_Percentage_unitless]
  Data Quality Indicator for Sup H2O Tank B Quan [Data_Quality_Sup_H2O_Tank_B_Quan]
  Supply Water Tank C Quantity [Sup_H2O_Tank_C_Quan_1_telemetry_unitless]
  Supply Water Tank C Quantity [Sup_H2O_Tank_C_Quan_2_Percentage_unitless]
  Data Quality Indicator for Sup H2O Tank C Quan [Data_Quality_Sup_H2O_Tank_C_Quan]
  Supply Water Tank D Quantity [Sup_H2O_Tank_D_Quan_1_telemetry_unitless]
  Supply Water Tank D Quantity [Sup_H2O_Tank_D_Quan_2_Percentage_unitless]
  Data Quality Indicator for Sup H2O Tank D Quan [Data_Quality_Sup_H2O_Tank_D_Quan]
  Waste Water Tank Quantity [Waste_H2O_Tank_Quan_1_telemetry_unitless]
  Waste Water Tank Quantity [Waste_H2O_Tank_Quan_2_Percentage_unitless]
  Data Quality Indicator for Waste H2O Tank Quan [Data_Quality_Waste_H2O_Tank_Quan]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_CSMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  KU-A Channel 1 Roll Word [KU_A_CH1_Roll_Wd_1_telemetry_unitless]
  KU-A Channel 1 Roll Word [KU_A_CH1_Roll_Wd_2_Angle_degrees]
  Data Quality Indicator for KU-A CH1 Roll Wd [Data_Quality_KU_A_CH1_Roll_Wd]
  KU-A Channel 1 Pitch Word [KU_A_CH1_Pitch_Wd_1_telemetry_unitless]
  KU-A Channel 1 Pitch Word [KU_A_CH1_Pitch_Wd_2_Angle_degrees]
  Data Quality Indicator for KU-A CH1 Pitch Wd [Data_Quality_KU_A_CH1_Pitch_Wd]
  KU-A Channel 1 DES Roll Word [KU_A_CH1_DES_Roll_Wd_1_telemetry_unitless]
  KU-A Channel 1 DES Roll Word [KU_A_CH1_DES_Roll_Wd_2_Angle_degrees]
  Data Quality Indicator for KU-A CH1 DES Roll Wd [Data_Quality_KU_A_CH1_DES_Roll_Wd]
  KU-A Channel 1 DES Pitch Word [KU_A_CH1_DES_Pitch_Wd_1_telemetry_unitless]
  KU-A Channel 1 DES Pitch Word [KU_A_CH1_DES_Pitch_Wd_2_Angle_degrees]
  Data Quality Indicator for KU-A CH1 DES Pitch Wd [Data_Quality_KU_A_CH1_DES_Pitch_Wd]
  KU-A Channel 1 Range Rate [KU_A_CH1_Rng_Rate_1_telemetry_unitless]
  KU-A Channel 1 Range Rate [KU_A_CH1_Rng_Rate_2_Velocity_feet_s]
  KU-A Channel 1 Range Rate [KU_A_CH1_Rng_Rate_3_Velocity_meters_s]
  Data Quality Indicator for KU-A CH1 Rng Rate [Data_Quality_KU_A_CH1_Rng_Rate]
  KU-A Channel 1 Roll Rate [KU_A_CH1_Roll_Rate_1_telemetry_unitless]
  KU-A Channel 1 Roll Rate [KU_A_CH1_Roll_Rate_2_AngV_degrees_s]
  Data Quality Indicator for KU-A CH1 Roll Rate [Data_Quality_KU_A_CH1_Roll_Rate]
  KU-A Channel 1 Pitch Rate [KU_A_CH1_Pitch_Rate_1_telemetry_unitless]
  KU-A Channel 1 Pitch Rate [KU_A_CH1_Pitch_Rate_2_AngV_degrees_s]
  Data Quality Indicator for KU-A CH1 Pitch Rate [Data_Quality_KU_A_CH1_Pitch_Rate]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_CSMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  KU-A Channel 1 Radar Range [KU_A_CH1_Radar_Rng_1_telemetry_unitless]
  KU-A Channel 1 Radar Range [KU_A_CH1_Radar_Rng_2_Length_kilofeet]
  KU-A Channel 1 Radar Range [KU_A_CH1_Radar_Rng_3_Length_kilometer]
  Data Quality Indicator for KU-A CH1 Radar Rng [Data_Quality_KU_A_CH1_Radar_Rng]
  KU-A Channel 1 Target Range Estimate [KU_A_CH1_Targ_Rng_Est_1_telemetry_unitless]
  KU-A Channel 1 Target Range Estimate [KU_A_CH1_Targ_Rng_Est_2_Length_kilofeet]
  KU-A Channel 1 Target Range Estimate [KU_A_CH1_Targ_Rng_Est_3_Length_kilometer]
  Data Quality Indicator for KU-A CH1 Targ Rng Est [Data_Quality_KU_A_CH1_Targ_Rng_Est]
  KU-Band Communications-A/RADAR RF Power [KU_A_Comm_Radar_RF_Pwr_1_telemetry_unitless]
  KU-Band Communications-A/RADAR RF Power [KU_A_Comm_Radar_RF_Pwr_2_Power_watts]
  Data Quality Indicator for KU-A Comm Radar RF Pwr [Data_Quality_KU_A_Comm_Radar_RF_Pwr]

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TSS-1R_M1_CSSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Fuel Cell Auto-Purge On [Fuel_Cell_Auto_Purge]
  Data Quality Indicator for Fuel Cell Auto Purge [Data_Quality_Fuel_Cell_Auto_Purge]
  FCP 1 Purge Valve MNL Open A [FCP_1_Purge_V_MNL]
  Data Quality Indicator for FCP 1 Purge V MNL [Data_Quality_FCP_1_Purge_V_MNL]
  FCP 2 Purge Valve MNL Open A [FCP_2_Purge_V_MNL]
  Data Quality Indicator for FCP 2 Purge V MNL [Data_Quality_FCP_2_Purge_V_MNL]
  FCP 3 Purge Valve MNL Open A [FCP_3_Purge_V_MNL]
  Data Quality Indicator for FCP 3 Purge V MNL [Data_Quality_FCP_3_Purge_V_MNL]
  FCP 1 Purge Valve GPC A Open [FCP_1_Purge_V_GPC]
  Data Quality Indicator for FCP 1 Purge V GPC [Data_Quality_FCP_1_Purge_V_GPC]
  FCP 2 Purge Valve GPC A Open [FCP_2_Purge_V_GPC]
  Data Quality Indicator for FCP 2 Purge V GPC [Data_Quality_FCP_2_Purge_V_GPC]
  FCP 3 Purge Valve GPC A Open [FCP_3_Purge_V_GPC]
  Data Quality Indicator for FCP 3 Purge V GPC [Data_Quality_FCP_3_Purge_V_GPC]
  Supply Water Dump ISLN Valve Open [Suply_H20_Dmp_ISLN_V]
  Data Quality Indicator for Suply H20 Dmp ISLN V [Data_Quality_Suply_H20_Dmp_ISLN_V]
  Supply Water Dump Valve Open [Suply_H20_Dmp_Valve]
  Data Quality Indicator for Suply H20 Dmp Valve [Data_Quality_Suply_H20_Dmp_Valve]
  Waste Water Dump ISLN Valve Open [Waste_H20_Dmp_ISLN_V]
  Data Quality Indicator for Waste H20 Dmp ISLN V [Data_Quality_Waste_H20_Dmp_ISLN_V]
  Waste Water Dump Valve Open [Waste_H20_Dmp_Valve]
  Data Quality Indicator for Waste H20 Dmp Valve [Data_Quality_Waste_H20_Dmp_Valve]
  Flash Evap Controller Pri A-GPC CMD [Flash_Evap_Cntrl_Pri_A_GPC_CMD]
  Data Quality Indicator for Flash Evap Cntrl Pri A-GPC CMD [Data_Quality_Flash_Evap_Cntrl_Pri_A_GPC_CMD]
  Flash Evap Controller Pri B-GPC CMD [Flash_Evap_Cntrl_Pri_B_GPC_CMD]
  Data Quality Indicator for Flash Evap Cntrl Pri B-GPC CMD [Data_Quality_Flash_Evap_Cntrl_Pri_B_GPC_CMD]
  Flash Evap Controller Pri A CMD On [Flash_Evap_Cntrl_Pri_A_CMD]
  Data Quality Indicator for Flash Evap Cntrl Pri A CMD [Data_Quality_Flash_Evap_Cntrl_Pri_A_CMD]
  Flash Evap Controller Pri B CMD On [Flash_Evap_Cntrl_Pri_B_CMD]
  Data Quality Indicator for Flash Evap Cntrl Pri B CMD [Data_Quality_Flash_Evap_Cntrl_Pri_B_CMD]
  Payload Primary Main B Power-On [PL_Pri_Main_B_Pwr]
  Data Quality Indicator for PL Pri Main B Pwr [Data_Quality_PL_Pri_Main_B_Pwr]
  Payload Primary Main C Power-On [PL_Pri_Main_C_Pwr]
  Data Quality Indicator for PL Pri Main C Pwr [Data_Quality_PL_Pri_Main_C_Pwr]

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TSS-1R_M1_CSSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  KU-Band A RADAR Passive Mode [KU_A_RADAR_Pass_Mode]
  Data Quality Indicator for KU-A RADAR Pass Mode [Data_Quality_KU_A_RADAR_Pass_Mode]
  KU-Band A RADAR Output-Medium [KU_A_RADAR_Out_Med]
  Data Quality Indicator for KU-A RADAR Out-Med [Data_Quality_KU_A_RADAR_Out_Med]
  KU-Band A RADAR Output-High [KU_A_RADAR_Out_Hi]
  Data Quality Indicator for KU-A RADAR Out-Hi [Data_Quality_KU_A_RADAR_Out_Hi]
  KU-A Channel 1 Comm A/RDR Mode [KU_A_CH1_Comm_A_RDR_Mode]
  Data Quality Indicator for KU-A CH1 Comm A/RDR Mode [Data_Quality_KU_A_CH1_Comm_A_RDR_Mode]
  KU-A Channel 1 Antenna Strg Auto [KU_A_CH1_Anten_Strg_Auto]
  Data Quality Indicator for KU-A CH1 Anten Strg Auto [Data_Quality_KU_A_CH1_Anten_Strg_Auto]
  KU-A Channel 1 Antenna Strg GPC DES [KU_A_CH1_Anten_Strg_GPC_DES]
  Data Quality Indicator for KU-A CH1 Anten Strg GPC DES [Data_Quality_KU_A_CH1_Anten_Strg_GPC_DES]
  KU-A Channel 1 Antenna Strg GPC AGC [KU_A_CH1_Anten_Strg_GPC_AGC]
  Data Quality Indicator for KU-A CH1 Anten Strg GPC AGC [Data_Quality_KU_A_CH1_Anten_Strg_GPC_AGC]
  KU-A Channel 1 Range Data Good [KU_A_CH1_Rng_Data]
  Data Quality Indicator for KU-A CH1 Rng Data [Data_Quality_KU_A_CH1_Rng_Data]
  KU-A Channel 1 Range Rate Good [KU_A_CH1_Rng_Rate]
  Data Quality Indicator for KU-A CH1 Rng Rate [Data_Quality_KU_A_CH1_Rng_Rate]
  GCIL-KU-Band A Power Status [GCIL_KU_A_Pwr]
  Data Quality Indicator for GCIL KU-A Pwr [Data_Quality_GCIL_KU_A_Pwr]
  Recorder Ops 1 Tape Motion [Rec_Ops1_Tape_Motion]
  Data Quality Indicator for Rec Ops1 Tape Motion [Data_Quality_Rec_Ops1_Tape_Motion]
  Recorder Ops 2 Tape Motion [Rec_Ops2_Tape_Motion]
  Data Quality Indicator for Rec Ops2 Tape Motion [Data_Quality_Rec_Ops2_Tape_Motion]

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TSS-1R_M1_CSSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  RJDF1 Jet F1F Driver Status [RJDF1_Jet_F1F]
  Data Quality Indicator for RJDF1 Jet F1F [Data_Quality_RJDF1_Jet_F1F]
  RJDF1 Jet F1L Driver Status [RJDF1_Jet_F1L]
  Data Quality Indicator for RJDF1 Jet F1L [Data_Quality_RJDF1_Jet_F1L]
  RJDF1 Jet F1U Driver Status [RJDF1_Jet_F1U]
  Data Quality Indicator for RJDF1 Jet F1U [Data_Quality_RJDF1_Jet_F1U]
  RJDF1 Jet F1D Driver Status [RJDF1_Jet_F1D]
  Data Quality Indicator for RJDF1 Jet F1D [Data_Quality_RJDF1_Jet_F1D]
  RJDF1 Jet F2F Driver Status [RJDF1_Jet_F2F]
  Data Quality Indicator for RJDF1 Jet F2F [Data_Quality_RJDF1_Jet_F2F]
  RJDF1 Jet F2R Driver Status [RJDF1_Jet_F2R]
  Data Quality Indicator for RJDF1 Jet F2R [Data_Quality_RJDF1_Jet_F2R]
  RJDF1 Jet F2U Driver Status [RJDF1_Jet_F2U]
  Data Quality Indicator for RJDF1 Jet F2U [Data_Quality_RJDF1_Jet_F2U]
  RJDF1 Jet F2D Driver Status [RJDF1_Jet_F2D]
  Data Quality Indicator for RJDF1 Jet F2D [Data_Quality_RJDF1_Jet_F2D]
  RJDF2 Jet F3F Driver Status [RJDF2_Jet_F3F]
  Data Quality Indicator for RJDF2 Jet F3F [Data_Quality_RJDF2_Jet_F3F]
  RJDF2 Jet F3L Driver Status [RJDF2_Jet_F3L]
  Data Quality Indicator for RJDF2 Jet F3L [Data_Quality_RJDF2_Jet_F3L]
  RJDF2 Jet F3U Driver Status [RJDF2_Jet_F3U]
  Data Quality Indicator for RJDF2 Jet F3U [Data_Quality_RJDF2_Jet_F3U]
  RJDF2 Jet F3D Driver Status [RJDF2_Jet_F3D]
  Data Quality Indicator for RJDF2 Jet F3D [Data_Quality_RJDF2_Jet_F3D]
  RJDF2 Jet F4R Driver Status [RJDF2_Jet_F4R]
  Data Quality Indicator for RJDF2 Jet F4R [Data_Quality_RJDF2_Jet_F4R]
  RJDF2 Jet F4D Driver Status [RJDF2_Jet_F4D]
  Data Quality Indicator for RJDF2 Jet F4D [Data_Quality_RJDF2_Jet_F4D]
  RJDF2 Jet F5L Driver Vernier Status [RJDF2_Jet_F5L_Vernier]
  Data Quality Indicator for RJDF2 Jet F5L Vernier [Data_Quality_RJDF2_Jet_F5L_Vernier]
  RJDF2 Jet F5R Driver Vernier Status [RJDF2_Jet_F5R_Vernier]
  Data Quality Indicator for RJDF2 Jet F5R Vernier [Data_Quality_RJDF2_Jet_F5R_Vernier]
  RJDA1 Jet L1A Driver Status [RJDA1_Jet_L1A]
  Data Quality Indicator for RJDA1 Jet L1A [Data_Quality_RJDA1_Jet_L1A]
  RJDA1 Jet L1L Driver Status [RJDA1_Jet_L1L]
  Data Quality Indicator for RJDA1 Jet L1L [Data_Quality_RJDA1_Jet_L1L]
  RJDA1 Jet L1U Driver Status [RJDA1_Jet_L1U]
  Data Quality Indicator for RJDA1 Jet L1U [Data_Quality_RJDA1_Jet_L1U]
  RJDA1 Jet L2L Driver Status [RJDA1_Jet_L2L]
  Data Quality Indicator for RJDA1 Jet L2L [Data_Quality_RJDA1_Jet_L2L]
  RJDA1 Jet L2U Driver Status [RJDA1_Jet_L2U]
  Data Quality Indicator for RJDA1 Jet L2U [Data_Quality_RJDA1_Jet_L2U]
  RJDA1 Jet L2D Driver Status [RJDA1_Jet_L2D]
  Data Quality Indicator for RJDA1 Jet L2D [Data_Quality_RJDA1_Jet_L2D]
  RJDA1 Jet R1A Driver Status [RJDA1_Jet_R1A]
  Data Quality Indicator for RJDA1 Jet R1A [Data_Quality_RJDA1_Jet_R1A]
  RJDA1 Jet R1R Driver Status [RJDA1_Jet_R1R]
  Data Quality Indicator for RJDA1 Jet R1R [Data_Quality_RJDA1_Jet_R1R]
  RJDA1 Jet R1U Driver Status [RJDA1_Jet_R1U]
  Data Quality Indicator for RJDA1 Jet R1U [Data_Quality_RJDA1_Jet_R1U]
  RJDA1 Jet R2R Driver Status [RJDA1_Jet_R2R]
  Data Quality Indicator for RJDA1 Jet R2R [Data_Quality_RJDA1_Jet_R2R]
  RJDA1 Jet R2U Driver Status [RJDA1_Jet_R2U]
  Data Quality Indicator for RJDA1 Jet R2U [Data_Quality_RJDA1_Jet_R2U]
  RJDA1 Jet R2D Driver Status [RJDA1_Jet_R2D]
  Data Quality Indicator for RJDA1 Jet R2D [Data_Quality_RJDA1_Jet_R2D]
  RJDA1 Jet L5D Driver Vernier Status [RJDA1_Jet_L5D_Vernier]
  Data Quality Indicator for RJDA1 Jet L5D Vernier [Data_Quality_RJDA1_Jet_L5D_Vernier]
  RJDA1 Jet L5L Driver Vernier Status [RJDA1_Jet_L5L_Vernier]
  Data Quality Indicator for RJDA1 Jet L5L Vernier [Data_Quality_RJDA1_Jet_L5L_Vernier]
  RJDA2 Jet L3A Driver Status [RJDA2_Jet_L3A]
  Data Quality Indicator for RJDA2 Jet L3A [Data_Quality_RJDA2_Jet_L3A]
  RJDA2 Jet L3L Driver Status [RJDA2_Jet_L3L]
  Data Quality Indicator for RJDA2 Jet L3L [Data_Quality_RJDA2_Jet_L3L]
  RJDA2 Jet L3D Driver Status [RJDA2_Jet_L3D]
  Data Quality Indicator for RJDA2 Jet L3D [Data_Quality_RJDA2_Jet_L3D]
  RJDA2 Jet L4L Driver Status [RJDA2_Jet_L4L]
  Data Quality Indicator for RJDA2 Jet L4L [Data_Quality_RJDA2_Jet_L4L]
  RJDA2 Jet L4U Driver Status [RJDA2_Jet_L4U]
  Data Quality Indicator for RJDA2 Jet L4U [Data_Quality_RJDA2_Jet_L4U]
  RJDA2 Jet L4D Driver Status [RJDA2_Jet_L4D]
  Data Quality Indicator for RJDA2 Jet L4D [Data_Quality_RJDA2_Jet_L4D]
  RJDA2 Jet R3A Driver Status [RJDA2_Jet_R3A]
  Data Quality Indicator for RJDA2 Jet R3A [Data_Quality_RJDA2_Jet_R3A]
  RJDA2 Jet R3R Driver Status [RJDA2_Jet_R3R]
  Data Quality Indicator for RJDA2 Jet R3R [Data_Quality_RJDA2_Jet_R3R]
  RJDA2 Jet R3D Driver Status [RJDA2_Jet_R3D]
  Data Quality Indicator for RJDA2 Jet R3D [Data_Quality_RJDA2_Jet_R3D]
  RJDA2 Jet R4R Driver Status [RJDA2_Jet_R4R]
  Data Quality Indicator for RJDA2 Jet R4R [Data_Quality_RJDA2_Jet_R4R]
  RJDA2 Jet R4U Driver Status [RJDA2_Jet_R4U]
  Data Quality Indicator for RJDA2 Jet R4U [Data_Quality_RJDA2_Jet_R4U]
  RJDA2 Jet R4D Driver Status [RJDA2_Jet_R4D]
  Data Quality Indicator for RJDA2 Jet R4D [Data_Quality_RJDA2_Jet_R4D]
  RJDA2 Jet R5R Driver Vernier Status [RJDA2_Jet_R5R_Vernier]
  Data Quality Indicator for RJDA2 Jet R5R Vernier [Data_Quality_RJDA2_Jet_R5R_Vernier]
  RJDA2 Jet R5D Driver Vernier Status [RJDA2_Jet_R5D_Vernier]
  Data Quality Indicator for RJDA2 Jet R5D Vernier [Data_Quality_RJDA2_Jet_R5D_Vernier]

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TSS-1R_M1_CSTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  MTU-PCM Voted GMT Day [MTU_PCM_Voted_GMT_Day]
  Data Quality Indicator for MTU-PCM Voted GMT Day [Data_Quality_MTU_PCM_Voted_GMT_Day]
  MTU-PCM Voted GMT Hour [MTU_PCM_Voted_GMT_Hr]
  Data Quality Indicator for MTU-PCM Voted GMT Hr [Data_Quality_MTU_PCM_Voted_GMT_Hr]
  MTU-PCM Voted GMT Minute [MTU_PCM_Voted_GMT_Min]
  Data Quality Indicator for MTU-PCM Voted GMT Min [Data_Quality_MTU_PCM_Voted_GMT_Min]
  MTU-PCM Voted GMT Second [MTU_PCM_Voted_GMT_Sec]
  Data Quality Indicator for MTU-PCM Voted GMT Sec [Data_Quality_MTU_PCM_Voted_GMT_Sec]
  MTU-PCM Voted GMT Millisecond [MTU_PCM_Voted_GMT_Msec]
  Data Quality Indicator for MTU-PCM Voted GMT Msec [Data_Quality_MTU_PCM_Voted_GMT_Msec]
  MTU-PCM Voted MET Day [MTU_PCM_Voted_MET_Day]
  Data Quality Indicator for MTU-PCM Voted MET Day [Data_Quality_MTU_PCM_Voted_MET_Day]
  MTU-PCM Voted MET Hour [MTU_PCM_Voted_MET_Hr]
  Data Quality Indicator for MTU-PCM Voted MET Hr [Data_Quality_MTU_PCM_Voted_MET_Hr]
  MTU-PCM Voted MET Minute [MTU_PCM_Voted_MET_Min]
  Data Quality Indicator for MTU-PCM Voted MET Min [Data_Quality_MTU_PCM_Voted_MET_Min]
  MTU-PCM Voted MET Second [MTU_PCM_Voted_MET_Sec]
  Data Quality Indicator for MTU-PCM Voted MET Sec [Data_Quality_MTU_PCM_Voted_MET_Sec]
  MTU-PCM Voted MET Millisecond [MTU_PCM_Voted_MET_Msec]
  Data Quality Indicator for MTU-PCM Voted MET Msec [Data_Quality_MTU_PCM_Voted_MET_Msec]
  MTU-PCM Non-Voted GMT Day [MTU_PCM_NonVoted_GMT_Day]
  Data Quality Indicator for MTU-PCM NonVoted GMT Day [Data_Quality_MTU_PCM_NonVoted_GMT_Day]
  MTU-PCM Non-Voted GMT Hour [MTU_PCM_NonVoted_GMT_Hr]
  Data Quality Indicator for MTU-PCM NonVoted GMT Hr [Data_Quality_MTU_PCM_NonVoted_GMT_Hr]
  MTU-PCM Non-Voted GMT Minute [MTU_PCM_NonVoted_GMT_Min]
  Data Quality Indicator for MTU-PCM NonVoted GMT Min [Data_Quality_MTU_PCM_NonVoted_GMT_Min]
  MTU-PCM Non-Voted GMT Second [MTU_PCM_NonVoted_GMT_Sec]
  Data Quality Indicator for MTU-PCM NonVoted GMT Sec [Data_Quality_MTU_PCM_NonVoted_GMT_Sec]
  MTU-PCM Non-Voted GMT Millisecond [MTU_PCM_NonVoted_GMT_Msec]
  Data Quality Indicator for MTU-PCM NonVoted GMT Msec [Data_Quality_MTU_PCM_NonVoted_GMT_Msec]
  MTU-PCM Non-Voted MET Day [MTU_PCM_NonVoted_MET_Day]
  Data Quality Indicator for MTU-PCM NonVoted MET Day [Data_Quality_MTU_PCM_NonVoted_MET_Day]
  MTU-PCM Non-Voted MET Hour [MTU_PCM_NonVoted_MET_Hr]
  Data Quality Indicator for MTU-PCM NonVoted MET Hr [Data_Quality_MTU_PCM_NonVoted_MET_Hr]
  MTU-PCM Non-Voted MET Minute [MTU_PCM_NonVoted_MET_Min]
  Data Quality Indicator for MTU-PCM NonVoted MET Min [Data_Quality_MTU_PCM_NonVoted_MET_Min]
  MTU-PCM Non-Voted MET Second [MTU_PCM_NonVoted_MET_Sec]
  Data Quality Indicator for MTU-PCM NonVoted MET Sec [Data_Quality_MTU_PCM_NonVoted_MET_Sec]
  MTU-PCM Non-Voted MET Millisecond [MTU_PCM_NonVoted_MET_Msec]
  Data Quality Indicator for MTU-PCM NonVoted MET Msec [Data_Quality_MTU_PCM_NonVoted_MET_Msec]

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TSS-1R_M1_DBPO

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DRBA Header [DRBA_Header]
  Data Quality Indicator for DRBA Header [Data_Quality_DRBA_Header]
  DRBA Tip Position [DRBA_Tip_Pos_1_telemetry_unitless]
  DRBA Tip Position [DRBA_Tip_Pos_2_Len_mm]
  Data Quality Indicator for DRBA Tip Pos [Data_Quality_DRBA_Tip_Pos]
  DRBD Header [DRBD_Header]
  Data Quality Indicator for DRBD Header [Data_Quality_DRBD_Header]
  DRBD Tip Position [DRBD_Tip_Pos_1_telemetry_unitless]
  DRBD Tip Position [DRBD_Tip_Pos_2_Len_mm]
  Data Quality Indicator for DRBD Tip Pos [Data_Quality_DRBD_Tip_Pos]

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TSS-1R_M1_DBSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DRBA Main Stowed Status [DRBA_Main_Stowed]
  Data Quality Indicator for DRBA Main Stowed [Data_Quality_DRBA_Main_Stowed]
  DRBA RED Stowed Status [DRBA_Red_Stowed]
  Data Quality Indicator for DRBA Red Stowed [Data_Quality_DRBA_Red_Stowed]
  DRBA P/L Main Stowed Status [DRBA_P_L_Main_Stowed]
  Data Quality Indicator for DRBA P/L Main Stowed [Data_Quality_DRBA_P_L_Main_Stowed]
  DRBA P/L RED Stowed Status [DRBA_P_L_Red_Stowed]
  Data Quality Indicator for DRBA P/L Red Stowed [Data_Quality_DRBA_P_L_Red_Stowed]
  DRBD Main Stowed Status [DRBD_Main_Stowed]
  Data Quality Indicator for DRBD Main Stowed [Data_Quality_DRBD_Main_Stowed]
  DRBD RED Stowed Status [DRBD_Red_Stowed]
  Data Quality Indicator for DRBD Red Stowed [Data_Quality_DRBD_Red_Stowed]
  DRBD P/L Main Stowed Status [DRBD_P_L_Main_Stowed]
  Data Quality Indicator for DRBD P/L Main Stowed [Data_Quality_DRBD_P_L_Main_Stowed]
  DRBD P/L RED Stowed Status [DRBD_P_L_Red_Stowed]
  Data Quality Indicator for DRBD P/L Red Stowed [Data_Quality_DRBD_P_L_Red_Stowed]
  DPY/RTR Enable Status [DPY_RTR_Enable]
  Data Quality Indicator for DPY/RTR Enable [Data_Quality_DPY_RTR_Enable]
  JTS Enable Status [JTS_Enable]
  Data Quality Indicator for JTS Enable [Data_Quality_JTS_Enable]

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TSS-1R_M1_DBSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Boom A Stowed SW Main (1) [DRBA_Stow_SW_Main_1]
  Data Quality Indicator for DRBA Stow SW Main:1 [Data_Quality_DRBA_Stow_SW_Main_1]
  Boom A Stowed SW Main (2) [DRBA_Stow_SW_Main_2]
  Data Quality Indicator for DRBA Stow SW Main:2 [Data_Quality_DRBA_Stow_SW_Main_2]
  Boom A Stowed SW Red (1) [DRBA_Stow_SW_Red_1]
  Data Quality Indicator for DRBA Stow SW Red:1 [Data_Quality_DRBA_Stow_SW_Red_1]
  Boom A Stowed SW Red (2) [DRBA_Stow_SW_Red_2]
  Data Quality Indicator for DRBA Stow SW Red:2 [Data_Quality_DRBA_Stow_SW_Red_2]
  Boom D Stowed SW Main (1) [DRBD_Stow_SW_Main_1]
  Data Quality Indicator for DRBD Stow SW Main:1 [Data_Quality_DRBD_Stow_SW_Main_1]
  Boom D Stowed SW Main (2) [DRBD_Stow_SW_Main_2]
  Data Quality Indicator for DRBD Stow SW Main:2 [Data_Quality_DRBD_Stow_SW_Main_2]
  Boom D Stowed SW Red (1) [DRBD_Stow_SW_Red_1]
  Data Quality Indicator for DRBD Stow SW Red:1 [Data_Quality_DRBD_Stow_SW_Red_1]
  Boom D Stowed SW Red (2) [DRBD_Stow_SW_Red_2]
  Data Quality Indicator for DRBD Stow SW Red:2 [Data_Quality_DRBD_Stow_SW_Red_2]
  Motor On/Off (1) [Motor_1]
  Data Quality Indicator for Motor:1 [Data_Quality_Motor_1]
  Motor On/Off (2) [Motor_2]
  Data Quality Indicator for Motor:2 [Data_Quality_Motor_2]
  CPU Watch Dog (1) [CPU_Watchdog_1]
  Data Quality Indicator for CPU Watchdog:1 [Data_Quality_CPU_Watchdog_1]
  CPU Watch Dog (2) [CPU_Watchdog_2]
  Data Quality Indicator for CPU Watchdog:2 [Data_Quality_CPU_Watchdog_2]
  DPY/RTR Status [DPT_RTR]
  Data Quality Indicator for DPT/RTR [Data_Quality_DPT_RTR]
  JTS Fire Status [JTS_Fire]
  Data Quality Indicator for JTS Fire [Data_Quality_JTS_Fire]

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TSS-1R_M1_DBSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DPY/RTR Power Status [DPY_RTR_Pwr]
  Data Quality Indicator for DPY/RTR Pwr [Data_Quality_DPY_RTR_Pwr]
  JTS Power Status [JTS_Pwr]
  Data Quality Indicator for JTS Pwr [Data_Quality_JTS_Pwr]

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TSS-1R_M1_DBTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DRBA Temperature Monitor [DRBA_Temp_1_telemetry_unitless]
  DRBA Temperature Monitor [DRBA_Temp_2_T_degC]
  Data Quality Indicator for DRBA Temp [Data_Quality_DRBA_Temp]
  DRBD Temperature Monitor [DRBD_Temp_1_telemetry_unitless]
  DRBD Temperature Monitor [DRBD_Temp_2_T_degC]
  Data Quality Indicator for DRBD Temp [Data_Quality_DRBD_Temp]
  DRBE Temperature Monitor [DRBE_Temp_1_telemetry_unitless]
  DRBE Temperature Monitor [DRBE_Temp_2_T_degC]
  Data Quality Indicator for DRBE Temp [Data_Quality_DRBE_Temp]

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TSS-1R_M1_DCDV

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DV Autocheck Field [DV_Autochk]
  Data Quality Indicator for DV/Autochk [Data_Quality_DV_Autochk]
  Voltage Sign for DV/Autochk [DV_Voltage_Sign_DV_Autochk_CAL]
  DV Voltage [DV_Voltage_1_telemetry_unitless]
  DV Voltage [DV_Voltage_2_voltage_volts]
  Data Quality Indicator for DV/Voltage [Data_Quality_DV_Voltage]
  Voltage Sign for DV/Voltage [DV_Voltage_Sign_DV_Voltage_CAL]
  DV Autocheck Active [DV_Autochk_Active]
  Data Quality Indicator for DV/Autochk Active [Data_Quality_DV_Autochk_Active]
  Voltage Sign for DV/Autochk Active [DV_Voltage_Sign_DV_Autochk_Active_CAL]
  DV Overflow [DV_Overflow]
  Data Quality Indicator for DV/Overflow [Data_Quality_DV_Overflow]
  Voltage Sign for DV/Overflow [DV_Voltage_Sign_DV_Overflow_CAL]
  DVG Pressure +10 [DVG_Pressure_1_telemetry_unitless]
  DVG Pressure +10 [DVG_Pressure_2_voltage_volts]
  DVG Pressure +10 [DVG_Pressure_3_LP_logTorr]
  Data Quality Indicator for DVG Pressure [Data_Quality_DVG_Pressure]
  Voltage Sign for DVG Pressure [DV_Voltage_Sign_DVG_Pressure_CAL]
  Status Indicator DV Range [MODE0_DV_Range_Field]

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TSS-1R_M1_DCGA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Current Setting Echo [EGA1_I_Set_Echo_1_telemetry_unitless]
  EGA1 Current Setting Echo [EGA1_I_Set_Echo_2_current_milliamps]
  Data Quality Indicator for EGA1 I Set Echo [Data_Quality_EGA1_I_Set_Echo]
  EGA2 Current Setting Echo [EGA2_I_Set_Echo_1_telemetry_unitless]
  EGA2 Current Setting Echo [EGA2_I_Set_Echo_2_current_milliamps]
  Data Quality Indicator for EGA2 I Set Echo [Data_Quality_EGA2_I_Set_Echo]
  EGA1 Tether Current [EGA1_Tether_I_1_telemetry_unitless]
  EGA1 Tether Current [EGA1_Tether_I_2_current_milliamps]
  Data Quality Indicator for EGA1 Tether I [Data_Quality_EGA1_Tether_I]
  EGA2 Tether Current [EGA2_Tether_I_1_telemetry_unitless]
  EGA2 Tether Current [EGA2_Tether_I_2_current_milliamps]
  Data Quality Indicator for EGA2 Tether I [Data_Quality_EGA2_Tether_I]
  EGA1 Anode Current [EGA1_Anode_I_1_telemetry_unitless]
  EGA1 Anode Current [EGA1_Anode_I_2_current_milliamps]
  Data Quality Indicator for EGA1 Anode I [Data_Quality_EGA1_Anode_I]
  EGA2 Anode Current [EGA2_Anode_I_1_telemetry_unitless]
  EGA2 Anode Current [EGA2_Anode_I_2_current_milliamps]
  Data Quality Indicator for EGA2 Anode I [Data_Quality_EGA2_Anode_I]
  EGA1 Filament Current [EGA1_Filament_I_1_telemetry_unitless]
  EGA1 Filament Current [EGA1_Filament_I_2_current_amps]
  Data Quality Indicator for EGA1 Filament I [Data_Quality_EGA1_Filament_I]
  EGA2 Filament Current [EGA2_Filament_I_1_telemetry_unitless]
  EGA2 Filament Current [EGA2_Filament_I_2_current_amps]
  Data Quality Indicator for EGA2 Filament I [Data_Quality_EGA2_Filament_I]
  EGA1 Coil Current [EGA1_Coil_I_1_telemetry_unitless]
  EGA1 Coil Current [EGA1_Coil_I_2_current_amps]
  Data Quality Indicator for EGA1 Coil I [Data_Quality_EGA1_Coil_I]
  EGA2 Coil Current [EGA2_Coil_I_1_telemetry_unitless]
  EGA2 Coil Current [EGA2_Coil_I_2_current_amps]
  Data Quality Indicator for EGA2 Coil I [Data_Quality_EGA2_Coil_I]

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TSS-1R_M1_DCGB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Tether Current Offset [EGA1_Offset_I_1_telemetry_unitless]
  EGA1 Tether Current Offset [EGA1_Offset_I_2_current_milliamps]
  Data Quality Indicator for EGA1 Offset I [Data_Quality_EGA1_Offset_I]
  EGA2 Tether Current Offset [EGA2_Offset_I_1_telemetry_unitless]
  EGA2 Tether Current Offset [EGA2_Offset_I_2_current_milliamps]
  Data Quality Indicator for EGA2 Offset I [Data_Quality_EGA2_Offset_I]

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TSS-1R_M1_DCGC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Accelerating Potential [EGA1_Acc_Poten_1_telemetry_unitless]
  EGA1 Accelerating Potential [EGA1_Acc_Poten_2_voltage_volts]
  Data Quality Indicator for EGA1 Acc Poten [Data_Quality_EGA1_Acc_Poten]
  EGA2 Accelerating Potential [EGA2_Acc_Poten_1_telemetry_unitless]
  EGA2 Accelerating Potential [EGA2_Acc_Poten_2_voltage_volts]
  Data Quality Indicator for EGA2 Acc Poten [Data_Quality_EGA2_Acc_Poten]
  EGA1 Filament Voltage [EGA1_Fila_V_1_telemetry_unitless]
  EGA1 Filament Voltage [EGA1_Fila_V_2_voltage_volts]
  Data Quality Indicator for EGA1 Fila V [Data_Quality_EGA1_Fila_V]
  EGA2 Filament Voltage [EGA2_Fila_V_1_telemetry_unitless]
  EGA2 Filament Voltage [EGA2_Fila_V_2_voltage_volts]
  Data Quality Indicator for EGA2 Fila V [Data_Quality_EGA2_Fila_V]

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TSS-1R_M1_DCMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Analog Reference Monitor 1 [Analog_Ref_Mon1_1_telemetry_unitless]
  Analog Reference Monitor 1 [Analog_Ref_Mon1_2_voltage_volts]
  Data Quality Indicator for Analog Ref Mon1 [Data_Quality_Analog_Ref_Mon1]
  Analog Reference Monitor 2 [Analog_Ref_Mon2_1_telemetry_unitless]
  Analog Reference Monitor 2 [Analog_Ref_Mon2_2_voltage_volts]
  Data Quality Indicator for Analog Ref Mon2 [Data_Quality_Analog_Ref_Mon2]
  Masked Units Buffer [Masked_Units_Buf]
  Data Quality Indicator for Masked Units Buf [Data_Quality_Masked_Units_Buf]
  Health Status Data [Health_Status]
  Data Quality Indicator for Health Status [Data_Quality_Health_Status]
  TLC Counter [TLC_Cntr]
  Data Quality Indicator for TLC Cntr [Data_Quality_TLC_Cntr]
  Configuration [Configuration]
  Data Quality Indicator for Configuration [Data_Quality_Configuration]
  Remaining Sequences [Remaining_Seq]
  Data Quality Indicator for Remaining Seq [Data_Quality_Remaining_Seq]
  Remaining Pulses [Remaining_Pul]
  Data Quality Indicator for Remaining Pul [Data_Quality_Remaining_Pul]
  Repeated Commands Counter [Rep_Cmd_Cntr]
  Data Quality Indicator for Rep Cmd Cntr [Data_Quality_Rep_Cmd_Cntr]
  Repeated Monitors Counter [Rep_Mon_Cntr]
  Data Quality Indicator for Rep Mon Cntr [Data_Quality_Rep_Mon_Cntr]

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TSS-1R_M1_DCMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Operating System Warnings Byte 1 [Op_Sys_Warning_B1]
  Data Quality Indicator for Op Sys Warning B1 [Data_Quality_Op_Sys_Warning_B1]
  Operating System Warnings Byte 2 [Op_Sys_Warning_B2]
  Data Quality Indicator for Op Sys Warning B2 [Data_Quality_Op_Sys_Warning_B2]
  Operating System Warnings Byte 3 [Op_Sys_Warning_B3]
  Data Quality Indicator for Op Sys Warning B3 [Data_Quality_Op_Sys_Warning_B3]
  CV Report Buffer Byte 1 [CV_Rpt_Buf_B1]
  Data Quality Indicator for CV Rpt Buf B1 [Data_Quality_CV_Rpt_Buf_B1]
  CV Report Buffer Byte 2 [CV_Rpt_Buf_B2]
  Data Quality Indicator for CV Rpt Buf B2 [Data_Quality_CV_Rpt_Buf_B2]
  CV Report Buffer Byte 3 [CV_Rpt_Buf_B3]
  Data Quality Indicator for CV Rpt Buf B3 [Data_Quality_CV_Rpt_Buf_B3]
  CV Report Buffer Byte 4 [CV_Rpt_Buf_B4]
  Data Quality Indicator for CV Rpt Buf B4 [Data_Quality_CV_Rpt_Buf_B4]
  CA Report Buffer Byte 1 [CA_Rpt_Buf_B1]
  Data Quality Indicator for CA Rpt Buf B1 [Data_Quality_CA_Rpt_Buf_B1]
  CA Report Buffer Byte 2 [CA_Rpt_Buf_B2]
  Data Quality Indicator for CA Rpt Buf B2 [Data_Quality_CA_Rpt_Buf_B2]
  Masked Monitors Buffer Byte 1 [Masked_Mon_Buf_B1]
  Data Quality Indicator for Masked Mon Buf B1 [Data_Quality_Masked_Mon_Buf_B1]
  Masked Monitors Buffer Byte 2 [Masked_Mon_Buf_B2]
  Data Quality Indicator for Masked Mon Buf B2 [Data_Quality_Masked_Mon_Buf_B2]
  Masked Monitors Buffer Byte 3 [Masked_Mon_Buf_B3]
  Data Quality Indicator for Masked Mon Buf B3 [Data_Quality_Masked_Mon_Buf_B3]
  Masked Monitors Buffer Byte 4 [Masked_Mon_Buf_B4]
  Data Quality Indicator for Masked Mon Buf B4 [Data_Quality_Masked_Mon_Buf_B4]
  Masked Monitors Buffer Byte 5 [Masked_Mon_Buf_B5]
  Data Quality Indicator for Masked Mon Buf B5 [Data_Quality_Masked_Mon_Buf_B5]
  Masked Monitors Buffer Byte 6 [Masked_Mon_Buf_B6]
  Data Quality Indicator for Masked Mon Buf B6 [Data_Quality_Masked_Mon_Buf_B6]
  Masked Monitors Buffer Byte 7 [Masked_Mon_Buf_B7]
  Data Quality Indicator for Masked Mon Buf B7 [Data_Quality_Masked_Mon_Buf_B7]
  Programs Status Byte 1 [Prgm_Status_B1]
  Data Quality Indicator for Prgm Status B1 [Data_Quality_Prgm_Status_B1]
  Programs Status Byte 2 [Prgm_Status_B2]
  Data Quality Indicator for Prgm Status B2 [Data_Quality_Prgm_Status_B2]
  Programs Status Byte 3 [Prgm_Status_B3]
  Data Quality Indicator for Prgm Status B3 [Data_Quality_Prgm_Status_B3]
  Programs Status Byte 4 [Prgm_Status_B4]
  Data Quality Indicator for Prgm Status B4 [Data_Quality_Prgm_Status_B4]
  Fault Monitors Status Byte 1 [Fault_Mon_Stat_B1]
  Data Quality Indicator for Fault Mon Stat B1 [Data_Quality_Fault_Mon_Stat_B1]
  Fault Monitors Status Byte 2 [Fault_Mon_Stat_B2]
  Data Quality Indicator for Fault Mon Stat B2 [Data_Quality_Fault_Mon_Stat_B2]
  Fault Monitors Status Byte 3 [Fault_Mon_Stat_B3]
  Data Quality Indicator for Fault Mon Stat B3 [Data_Quality_Fault_Mon_Stat_B3]
  Fault Monitors Status Byte 4 [Fault_Mon_Stat_B4]
  Data Quality Indicator for Fault Mon Stat B4 [Data_Quality_Fault_Mon_Stat_B4]
  Fault Monitors Status Byte 5 [Fault_Mon_Stat_B5]
  Data Quality Indicator for Fault Mon Stat B5 [Data_Quality_Fault_Mon_Stat_B5]
  Fault Monitors Status Byte 6 [Fault_Mon_Stat_B6]
  Data Quality Indicator for Fault Mon Stat B6 [Data_Quality_Fault_Mon_Stat_B6]
  Fault Monitors Status Byte 7 [Fault_Mon_Stat_B7]
  Data Quality Indicator for Fault Mon Stat B7 [Data_Quality_Fault_Mon_Stat_B7]
  DCORE Dump Address Byte 4 [DCORE_Dump_Add_B4]
  Data Quality Indicator for DCORE Dump Add B4 [Data_Quality_DCORE_Dump_Add_B4]
  DCORE Dump Address Byte 5 [DCORE_Dump_Add_B5]
  Data Quality Indicator for DCORE Dump Add B5 [Data_Quality_DCORE_Dump_Add_B5]
  DCORE Dump Area 2 Byte 6 [DCORE_Dmp_Area2_B6]
  Data Quality Indicator for DCORE Dmp Area2 B6 [Data_Quality_DCORE_Dmp_Area2_B6]
  DCORE Dump Area 2 Byte 7 [DCORE_Dmp_Area2_B7]
  Data Quality Indicator for DCORE Dmp Area2 B7 [Data_Quality_DCORE_Dmp_Area2_B7]
  DCORE Dump Area 3 Byte 8 [DCORE_Dmp_Area3_B8]
  Data Quality Indicator for DCORE Dmp Area3 B8 [Data_Quality_DCORE_Dmp_Area3_B8]
  DCORE Dump Area 3 Byte 9 [DCORE_Dmp_Area3_B9]
  Data Quality Indicator for DCORE Dmp Area3 B9 [Data_Quality_DCORE_Dmp_Area3_B9]
  DCORE Dump Area 4 Byte 10 [DCORE_Dmp_Area4_B10]
  Data Quality Indicator for DCORE Dmp Area4 B10 [Data_Quality_DCORE_Dmp_Area4_B10]
  DCORE Dump Area 4 Byte 11 [DCORE_Dmp_Area4_B11]
  Data Quality Indicator for DCORE Dmp Area4 B11 [Data_Quality_DCORE_Dmp_Area4_B11]
  DCORE Dump Area 5 Byte 12 [DCORE_Dmp_Area5_B12]
  Data Quality Indicator for DCORE Dmp Area5 B12 [Data_Quality_DCORE_Dmp_Area5_B12]
  DCORE Dump Area 5 Byte 13 [DCORE_Dmp_Area5_B13]
  Data Quality Indicator for DCORE Dmp Area5 B13 [Data_Quality_DCORE_Dmp_Area5_B13]
  DCORE Dump Area 6 Byte 14 [DCORE_Dmp_Area6_B14]
  Data Quality Indicator for DCORE Dmp Area6 B14 [Data_Quality_DCORE_Dmp_Area6_B14]
  DCORE Dump Area 6 Byte 15 [DCORE_Dmp_Area7_B15]
  Data Quality Indicator for DCORE Dmp Area7 B15 [Data_Quality_DCORE_Dmp_Area7_B15]
  Monitor Error Value [Mon_Error_Val]
  Data Quality Indicator for Mon Error Val [Data_Quality_Mon_Error_Val]

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TSS-1R_M1_DCMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Filament Current Cycle 2 [EGA1_Fila_I_Cyc2_1_telemetry_unitless]
  EGA1 Filament Current Cycle 2 [EGA1_Fila_I_Cyc2_2_current_amps]
  Data Quality Indicator for EGA1 Fila I Cyc2 [Data_Quality_EGA1_Fila_I_Cyc2]
  EGA1 Filament Current Cycle 6 [EGA1_Fila_I_Cyc6_1_telemetry_unitless]
  EGA1 Filament Current Cycle 6 [EGA1_Fila_I_Cyc6_2_current_amps]
  Data Quality Indicator for EGA1 Fila I Cyc6 [Data_Quality_EGA1_Fila_I_Cyc6]
  EGA2 Filament Current Cycle 2 [EGA2_Fila_I_Cyc2_1_telemetry_unitless]
  EGA2 Filament Current Cycle 2 [EGA2_Fila_I_Cyc2_2_current_amps]
  Data Quality Indicator for EGA2 Fila I Cyc2 [Data_Quality_EGA2_Fila_I_Cyc2]
  EGA2 Filament Current Cycle 6 [EGA2_Fila_I_Cyc6_1_telemetry_unitless]
  EGA2 Filament Current Cycle 6 [EGA2_Fila_I_Cyc6_2_current_amps]
  Data Quality Indicator for EGA2 Fila I Cyc6 [Data_Quality_EGA2_Fila_I_Cyc6]
  EGA1 Tether Current Cycle 2 [EGA1_Tether_I_Cyc2_1_telemetry_unitless]
  EGA1 Tether Current Cycle 2 [EGA1_Tether_I_Cyc2_2_current_amps]
  Data Quality Indicator for EGA1 Tether I Cyc2 [Data_Quality_EGA1_Tether_I_Cyc2]
  EGA1 Tether Current Cycle 6 [EGA1_Tether_I_Cyc6_1_telemetry_unitless]
  EGA1 Tether Current Cycle 6 [EGA1_Tether_I_Cyc6_2_current_amps]
  Data Quality Indicator for EGA1 Tether I Cyc6 [Data_Quality_EGA1_Tether_I_Cyc6]
  EGA2 Tether Current Cycle 2 [EGA2_Tether_I_Cyc2_1_telemetry_unitless]
  EGA2 Tether Current Cycle 2 [EGA2_Tether_I_Cyc2_2_current_amps]
  Data Quality Indicator for EGA2 Tether I Cyc2 [Data_Quality_EGA2_Tether_I_Cyc2]
  EGA2 Tether Current Cycle 6 [EGA2_Tether_I_Cyc6_1_telemetry_unitless]
  EGA2 Tether Current Cycle 6 [EGA2_Tether_I_Cyc6_2_current_amps]
  Data Quality Indicator for EGA2 Tether I Cyc6 [Data_Quality_EGA2_Tether_I_Cyc6]

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TSS-1R_M1_DCMD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DCORE Format Counter [DCORE_Fmt_Cntr]
  Data Quality Indicator for DCORE Fmt Cntr [Data_Quality_DCORE_Fmt_Cntr]
  DCORE Dump Memory Address [DCORE_Mem_Addr]
  Data Quality Indicator for DCORE Mem Addr [Data_Quality_DCORE_Mem_Addr]
  DCORE Dump Area 2 [DCORE_Dmp_Area2]
  Data Quality Indicator for DCORE Dmp Area2 [Data_Quality_DCORE_Dmp_Area2]
  DCORE Dump Area 3 [DCORE_Dmp_Area3]
  Data Quality Indicator for DCORE Dmp Area3 [Data_Quality_DCORE_Dmp_Area3]
  DCORE Dump Area 4 [DCORE_Dmp_Area4]
  Data Quality Indicator for DCORE Dmp Area4 [Data_Quality_DCORE_Dmp_Area4]
  DCORE Dump Area 5 [DCORE_Dmp_Area5]
  Data Quality Indicator for DCORE Dmp Area5 [Data_Quality_DCORE_Dmp_Area5]
  DCORE Dump Area 6 [DCORE_Dmp_Area6]
  Data Quality Indicator for DCORE Dmp Area6 [Data_Quality_DCORE_Dmp_Area6]

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TSS-1R_M1_DCME

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Applicative Programs Data 1 (bits 0-31) [Apl_Prgm1_bits0_31]
  Data Quality Indicator for Apl Prgm1 bits(0-31) [Data_Quality_Apl_Prgm1_bits0_31]
  Applicative Programs Data 1 (bits 32-63) [Apl_Prgm1_bits32_63]
  Data Quality Indicator for Apl Prgm1 bits(32-63) [Data_Quality_Apl_Prgm1_bits32_63]
  Applicative Programs Data 1 (bits 64-95) [Apl_Prgm1_bits64_95]
  Data Quality Indicator for Apl Prgm1 bits(64-95) [Data_Quality_Apl_Prgm1_bits64_95]
  Applicative Programs Data 2 (bits 0-31) [Apl_Prgm2_bits0_31]
  Data Quality Indicator for Apl Prgm2 bits(0-31) [Data_Quality_Apl_Prgm2_bits0_31]
  Applicative Programs Data 2 (bits 32-63) [Apl_Prgm2_bits32_63]
  Data Quality Indicator for Apl Prgm2 bits(32-63) [Data_Quality_Apl_Prgm2_bits32_63]
  Applicative Programs Data 2 (bits 64-95) [Apl_Prgm2_bits64_95]
  Data Quality Indicator for Apl Prgm2 bits(64-95) [Data_Quality_Apl_Prgm2_bits64_95]

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TSS-1R_M1_DCSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Filament EGA 1 Status [EGA1_Filament]
  Data Quality Indicator for EGA1 Filament [Data_Quality_EGA1_Filament]
  Filament EGA 2 Status [EGA2_Filament]
  Data Quality Indicator for EGA2 Filament [Data_Quality_EGA2_Filament]
  High Power EGA 1 Status [EGA1_High_Pwr]
  Data Quality Indicator for EGA1 High Pwr [Data_Quality_EGA1_High_Pwr]
  High Power EGA 2 Status [EGA2_High_Pwr]
  Data Quality Indicator for EGA2 High Pwr [Data_Quality_EGA2_High_Pwr]
  Power DVG Status [DVG_Pwr]
  Data Quality Indicator for DVG Pwr [Data_Quality_DVG_Pwr]
  Switch 1 CEGHS Status [CWGHS_Swtch_1]
  Data Quality Indicator for CWGHS Swtch 1 [Data_Quality_CWGHS_Swtch_1]
  Switch 2 CEGHS Status [CWGHS_Swtch_2]
  Data Quality Indicator for CWGHS Swtch 2 [Data_Quality_CWGHS_Swtch_2]
  Power CEGHS Status [CWGHS_Pwr]
  Data Quality Indicator for CWGHS Pwr [Data_Quality_CWGHS_Pwr]
  Power DV Status [DV_Pwr]
  Data Quality Indicator for DV Pwr [Data_Quality_DV_Pwr]
  High Voltage Switch DV Status [DV_Hi_Volt_Swtch]
  Data Quality Indicator for DV Hi Volt Swtch [Data_Quality_DV_Hi_Volt_Swtch]
  Autocheck DV Status [DV_Autochk]
  Data Quality Indicator for DV Autochk [Data_Quality_DV_Autochk]

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TSS-1R_M1_DCSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Filament Status [EGA1_Filament]
  Data Quality Indicator for EGA1 Filament [Data_Quality_EGA1_Filament]
  EGA1 High Power Status [EGA1_HiPwr]
  Data Quality Indicator for EGA1 HiPwr [Data_Quality_EGA1_HiPwr]
  EGA1 Unit Status [EGA1_Unit]
  Data Quality Indicator for EGA1 Unit [Data_Quality_EGA1_Unit]
  EGA1 High Power Line Status [EGA1_HiPwr_Line]
  Data Quality Indicator for EGA1 HiPwr Line [Data_Quality_EGA1_HiPwr_Line]
  EGA1 Power Line Status [EGA1_Pwr_Line]
  Data Quality Indicator for EGA1 Pwr Line [Data_Quality_EGA1_Pwr_Line]
  EGA2 Filament Status [EGA2_Filament]
  Data Quality Indicator for EGA2 Filament [Data_Quality_EGA2_Filament]
  EGA2 High Power Status [EGA2_HiPwr]
  Data Quality Indicator for EGA2 HiPwr [Data_Quality_EGA2_HiPwr]
  EGA2 Unit Status [EGA2_Unit]
  Data Quality Indicator for EGA2 Unit [Data_Quality_EGA2_Unit]
  EGA2 High Power Line Status [EGA2_HiPwr_Line]
  Data Quality Indicator for EGA2 HiPwr Line [Data_Quality_EGA2_HiPwr_Line]
  EGA2 Power Line Status [EGA2_Pwr_Line]
  Data Quality Indicator for EGA2 Pwr Line [Data_Quality_EGA2_Pwr_Line]
  CEGHS Switch 1 Status [CEGHS_Swtch_1]
  Data Quality Indicator for CEGHS Swtch 1 [Data_Quality_CEGHS_Swtch_1]
  CEGHS Switch 2 Status [CEGHS_Swtch_2]
  Data Quality Indicator for CEGHS Swtch 2 [Data_Quality_CEGHS_Swtch_2]
  CEGHS Power Status [CEGHS_Pwr]
  Data Quality Indicator for CEGHS Pwr [Data_Quality_CEGHS_Pwr]
  CEGHS Power Line Status [CEGHS_Pwr_Line]
  Data Quality Indicator for CEGHS Pwr Line [Data_Quality_CEGHS_Pwr_Line]
  CEGHS Switch 1 Verification [CEGHS_Swtch_1_Ver]
  Data Quality Indicator for CEGHS Swtch 1 Ver [Data_Quality_CEGHS_Swtch_1_Ver]
  CEGHS Switch 2 Verification [CEGHS_Swtch_2_Ver]
  Data Quality Indicator for CEGHS Swtch 2 Ver [Data_Quality_CEGHS_Swtch_2_Ver]
  DV Power Status [DV_Pwr]
  Data Quality Indicator for DV Pwr [Data_Quality_DV_Pwr]
  DV Unit Status [DV_Unit]
  Data Quality Indicator for DV Unit [Data_Quality_DV_Unit]
  DV HV Switch Status [DV_HV_Swtch]
  Data Quality Indicator for DV HV Swtch [Data_Quality_DV_HV_Swtch]
  DV Autocheck Status [DV_AutoChk]
  Data Quality Indicator for DV AutoChk [Data_Quality_DV_AutoChk]
  DV Power Line Status [DV_Pwr_Line]
  Data Quality Indicator for DV Pwr Line [Data_Quality_DV_Pwr_Line]
  DVG Power Status [DVG_Pwr]
  Data Quality Indicator for DVG Pwr [Data_Quality_DVG_Pwr]
  DVG Unit Status [DVG_Unit]
  Data Quality Indicator for DVG Unit [Data_Quality_DVG_Unit]
  DVG Power Line Status [DVG_Pwr_Line]
  Data Quality Indicator for DVG Pwr Line [Data_Quality_DVG_Pwr_Line]
  PDECU Unit Status [PDECU_Unit]
  Data Quality Indicator for PDECU Unit [Data_Quality_PDECU_Unit]
  EOFF Mode [EOFF_Mode]
  Data Quality Indicator for EOFF Mode [Data_Quality_EOFF_Mode]
  QPM Mode [QPM_Mode]
  Data Quality Indicator for QPM Mode [Data_Quality_QPM_Mode]
  PICV Mode [PICV_Mode]
  Data Quality Indicator for PICV Mode [Data_Quality_PICV_Mode]
  STB Mode [STB_Mode]
  Data Quality Indicator for STB Mode [Data_Quality_STB_Mode]
  SIVC/LFCP Mode [SIVC_LFCP_Mode]
  Data Quality Indicator for SIVC/LFCP Mode [Data_Quality_SIVC_LFCP_Mode]
  IDLE Mode [IDLE_Mode]
  Data Quality Indicator for IDLE Mode [Data_Quality_IDLE_Mode]
  DCORE CHECKOUT [DCORE_ChkOut]
  Data Quality Indicator for DCORE ChkOut [Data_Quality_DCORE_ChkOut]
  Executed Checkout [Exe_ChkOut]
  Data Quality Indicator for Exe ChkOut [Data_Quality_Exe_ChkOut]
  Transition Sequences Go/Nogo [Trans_Seq_Go_Nogo]
  Data Quality Indicator for Trans Seq Go/Nogo [Data_Quality_Trans_Seq_Go_Nogo]
  Transition In Progress [Trans_In_Prog]
  Data Quality Indicator for Trans In Prog [Data_Quality_Trans_In_Prog]

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TSS-1R_M1_DCTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EGA1 Fluid Temperature [EGA1_Fluid_T_1_telemetry_unitless]
  EGA1 Fluid Temperature [EGA1_Fluid_T_2_T_degrees_C]
  Data Quality Indicator for EGA1 Fluid T [Data_Quality_EGA1_Fluid_T]
  EGA2 Fluid Temperature [EGA2_Fluid_T_1_telemetry_unitless]
  EGA2 Fluid Temperature [EGA2_Fluid_T_2_T_degrees_C]
  Data Quality Indicator for EGA2 Fluid T [Data_Quality_EGA2_Fluid_T]
  EGA1 Head Temperature [EGA1_Head_T_1_telemetry_unitless]
  EGA1 Head Temperature [EGA1_Head_T_2_T_degrees_C]
  Data Quality Indicator for EGA1 Head T [Data_Quality_EGA1_Head_T]
  EGA2 Head Temperature [EGA2_Head_T_1_telemetry_unitless]
  EGA2 Head Temperature [EGA2_Head_T_2_T_degrees_C]
  Data Quality Indicator for EGA2 Head T [Data_Quality_EGA2_Head_T]
  EGA1 Filament Power Supply Temperature [EGA1_Fila_PS_T_1_telemetry_unitless]
  EGA1 Filament Power Supply Temperature [EGA1_Fila_PS_T_2_T_degrees_C]
  Data Quality Indicator for EGA1 Fila PS T [Data_Quality_EGA1_Fila_PS_T]
  EGA2 Filament Power Supply Temperature [EGA2_Fila_PS_T_1_telemetry_unitless]
  EGA2 Filament Power Supply Temperature [EGA2_Fila_PS_T_2_T_degrees_C]
  Data Quality Indicator for EGA2 Fila PS T [Data_Quality_EGA2_Fila_PS_T]
  EGA1 Coil Temperature [EGA1_Coil_T_1_telemetry_unitless]
  EGA1 Coil Temperature [EGA1_Coil_T_2_T_degrees_C]
  Data Quality Indicator for EGA1 Coil T [Data_Quality_EGA1_Coil_T]
  EGA2 Coil Temperature [EGA2_Coil_T_1_telemetry_unitless]
  EGA2 Coil Temperature [EGA2_Coil_T_2_T_degrees_C]
  Data Quality Indicator for EGA2 Coil T [Data_Quality_EGA2_Coil_T]
  DVG Temperature [DVG_T_1_telemetry_unitless]
  DVG Temperature [DVG_T_2_T_degrees_C]
  Data Quality Indicator for DVG T [Data_Quality_DVG_T]
  CEGHS Temperature [CEGHS_T_1_telemetry_unitless]
  CEGHS Temperature [CEGHS_T_2_T_degrees_C]
  Data Quality Indicator for CEGHS T [Data_Quality_CEGHS_T]
  DV Temperature [DV_T_1_telemetry_unitless]
  DV Temperature [DV_T_2_T_degrees_C]
  Data Quality Indicator for DV T [Data_Quality_DV_T]
  EGA1 Transformer Temperature [EGA1_Xfomer_T_1_telemetry_unitless]
  EGA1 Transformer Temperature [EGA1_Xfomer_T_2_T_degrees_C]
  Data Quality Indicator for EGA1 Xfomer T [Data_Quality_EGA1_Xfomer_T]
  EGA2 Transformer Temperature [EGA2_Xfomer_T_1_telemetry_unitless]
  EGA2 Transformer Temperature [EGA2_Xfomer_T_2_T_degrees_C]
  Data Quality Indicator for EGA2 Xfomer T [Data_Quality_EGA2_Xfomer_T]
  PDECU Temperature 1 [PDECU_T1_1_telemetry_unitless]
  PDECU Temperature 1 [PDECU_T1_2_T_degrees_C]
  Data Quality Indicator for PDECU T1 [Data_Quality_PDECU_T1]
  PDECU Temperature 2 [PDECU_T2_1_telemetry_unitless]
  PDECU Temperature 2 [PDECU_T2_2_T_degrees_C]
  Data Quality Indicator for PDECU T2 [Data_Quality_PDECU_T2]
  PDECU Temperature 3 [PDECU_T3_1_telemetry_unitless]
  PDECU Temperature 3 [PDECU_T3_2_T_degrees_C]
  Data Quality Indicator for PDECU T3 [Data_Quality_PDECU_T3]
  PDECU Temperature 4 [PDECU_T4_1_telemetry_unitless]
  PDECU Temperature 4 [PDECU_T4_2_T_degrees_C]
  Data Quality Indicator for PDECU T4 [Data_Quality_PDECU_T4]
  DVG Temperature (DDCU) [DVG_DDCU_T_1_telemetry_unitless]
  DVG Temperature (DDCU) [DVG_DDCU_T_2_T_degrees_C]
  Data Quality Indicator for DVG DDCU T [Data_Quality_DVG_DDCU_T]

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TSS-1R_M1_DPHA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM Command Count [SFMDM_Cmd_Cnt]
  Data Quality Indicator for SFMDM Cmd Cnt [Data_Quality_SFMDM_Cmd_Cnt]
  Commanded Pulsewidth [Cmded_Pwidth_1_Telemetry_Dimensionless]
  Commanded Pulsewidth [Cmded_Pwidth_2_Pulsewidth_Unitless]
  Data Quality Indicator for Cmded Pwidth [Data_Quality_Cmded_Pwidth]

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TSS-1R_M1_DPHB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM Command Word 00 [SFMDM_Cmd_Wd00]
  Data Quality Indicator for SFMDM Cmd Wd00 [Data_Quality_SFMDM_Cmd_Wd00]
  SFMDM Command Word 01 [SFMDM_Cmd_Wd01]
  Data Quality Indicator for SFMDM Cmd Wd01 [Data_Quality_SFMDM_Cmd_Wd01]
  SFMDM Command Word 02 [SFMDM_Cmd_Wd02]
  Data Quality Indicator for SFMDM Cmd Wd02 [Data_Quality_SFMDM_Cmd_Wd02]
  SFMDM Command Word 03 [SFMDM_Cmd_Wd03]
  Data Quality Indicator for SFMDM Cmd Wd03 [Data_Quality_SFMDM_Cmd_Wd03]
  SFMDM Command Word 04 [SFMDM_Cmd_Wd04]
  Data Quality Indicator for SFMDM Cmd Wd04 [Data_Quality_SFMDM_Cmd_Wd04]
  SFMDM Command Word 05 [SFMDM_Cmd_Wd05]
  Data Quality Indicator for SFMDM Cmd Wd05 [Data_Quality_SFMDM_Cmd_Wd05]
  SFMDM Command Word 06 [SFMDM_Cmd_Wd06]
  Data Quality Indicator for SFMDM Cmd Wd06 [Data_Quality_SFMDM_Cmd_Wd06]
  SFMDM Command Word 07 [SFMDM_Cmd_Wd07]
  Data Quality Indicator for SFMDM Cmd Wd07 [Data_Quality_SFMDM_Cmd_Wd07]
  SFMDM Command Word 08 [SFMDM_Cmd_Wd08]
  Data Quality Indicator for SFMDM Cmd Wd08 [Data_Quality_SFMDM_Cmd_Wd08]
  SFMDM Command Word 09 [SFMDM_Cmd_Wd09]
  Data Quality Indicator for SFMDM Cmd Wd09 [Data_Quality_SFMDM_Cmd_Wd09]
  SFMDM Command Word 10 [SFMDM_Cmd_Wd10]
  Data Quality Indicator for SFMDM Cmd Wd10 [Data_Quality_SFMDM_Cmd_Wd10]
  SFMDM Command Word 11 [SFMDM_Cmd_Wd11]
  Data Quality Indicator for SFMDM Cmd Wd11 [Data_Quality_SFMDM_Cmd_Wd11]
  SFMDM Command Word 12 [SFMDM_Cmd_Wd12]
  Data Quality Indicator for SFMDM Cmd Wd12 [Data_Quality_SFMDM_Cmd_Wd12]
  SFMDM Command Word 13 [SFMDM_Cmd_Wd13]
  Data Quality Indicator for SFMDM Cmd Wd13 [Data_Quality_SFMDM_Cmd_Wd13]
  SFMDM Command Word 14 [SFMDM_Cmd_Wd14]
  Data Quality Indicator for SFMDM Cmd Wd14 [Data_Quality_SFMDM_Cmd_Wd14]
  SFMDM Command Word 15 [SFMDM_Cmd_Wd15]
  Data Quality Indicator for SFMDM Cmd Wd15 [Data_Quality_SFMDM_Cmd_Wd15]
  SFMDM Command Word 16 [SFMDM_Cmd_Wd16]
  Data Quality Indicator for SFMDM Cmd Wd16 [Data_Quality_SFMDM_Cmd_Wd16]
  SFMDM Command Word 17 [SFMDM_Cmd_Wd17]
  Data Quality Indicator for SFMDM Cmd Wd17 [Data_Quality_SFMDM_Cmd_Wd17]
  SFMDM Command Word 18 [SFMDM_Cmd_Wd18]
  Data Quality Indicator for SFMDM Cmd Wd18 [Data_Quality_SFMDM_Cmd_Wd18]
  SFMDM Command Word 19 [SFMDM_Cmd_Wd19]
  Data Quality Indicator for SFMDM Cmd Wd19 [Data_Quality_SFMDM_Cmd_Wd19]
  SFMDM Command Word 20 [SFMDM_Cmd_Wd20]
  Data Quality Indicator for SFMDM Cmd Wd20 [Data_Quality_SFMDM_Cmd_Wd20]
  SFMDM Command Word 21 [SFMDM_Cmd_Wd21]
  Data Quality Indicator for SFMDM Cmd Wd21 [Data_Quality_SFMDM_Cmd_Wd21]
  SFMDM Command Word 22 [SFMDM_Cmd_Wd22]
  Data Quality Indicator for SFMDM Cmd Wd22 [Data_Quality_SFMDM_Cmd_Wd22]
  SFMDM Command Word 23 [SFMDM_Cmd_Wd23]
  Data Quality Indicator for SFMDM Cmd Wd23 [Data_Quality_SFMDM_Cmd_Wd23]
  SFMDM Command Word 24 [SFMDM_Cmd_Wd24]
  Data Quality Indicator for SFMDM Cmd Wd24 [Data_Quality_SFMDM_Cmd_Wd24]
  SFMDM Command Word 25 [SFMDM_Cmd_Wd25]
  Data Quality Indicator for SFMDM Cmd Wd25 [Data_Quality_SFMDM_Cmd_Wd25]
  SFMDM Command Word 26 [SFMDM_Cmd_Wd26]
  Data Quality Indicator for SFMDM Cmd Wd26 [Data_Quality_SFMDM_Cmd_Wd26]
  SFMDM Command Word 27 [SFMDM_Cmd_Wd27]
  Data Quality Indicator for SFMDM Cmd Wd27 [Data_Quality_SFMDM_Cmd_Wd27]
  SFMDM Command Word 28 [SFMDM_Cmd_Wd28]
  Data Quality Indicator for SFMDM Cmd Wd28 [Data_Quality_SFMDM_Cmd_Wd28]
  SFMDM Command Word 29 [SFMDM_Cmd_Wd29]
  Data Quality Indicator for SFMDM Cmd Wd29 [Data_Quality_SFMDM_Cmd_Wd29]

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TSS-1R_M1_DPHC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Rotating Memory Dump Offset [Rot_Mem_Dmp_Offset]
  Data Quality Indicator for Rot Mem Dmp Offset [Data_Quality_Rot_Mem_Dmp_Offset]
  Rotating Memory Dump Segment [Rot_Mem_Dmp_Seg]
  Data Quality Indicator for Rot Mem Dmp Seg [Data_Quality_Rot_Mem_Dmp_Seg]
  Rotating Memory Dump Data 00 [Rot_Mem_Dmp_Wd00]
  Data Quality Indicator for Rot Mem Dmp Wd00 [Data_Quality_Rot_Mem_Dmp_Wd00]
  Rotating Memory Dump Data 01 [Rot_Mem_Dmp_Wd01]
  Data Quality Indicator for Rot Mem Dmp Wd01 [Data_Quality_Rot_Mem_Dmp_Wd01]
  Rotating Memory Dump Data 02 [Rot_Mem_Dmp_Wd02]
  Data Quality Indicator for Rot Mem Dmp Wd02 [Data_Quality_Rot_Mem_Dmp_Wd02]
  Rotating Memory Dump Data 03 [Rot_Mem_Dmp_Wd03]
  Data Quality Indicator for Rot Mem Dmp Wd03 [Data_Quality_Rot_Mem_Dmp_Wd03]
  Rotating Memory Dump Data 04 [Rot_Mem_Dmp_Wd04]
  Data Quality Indicator for Rot Mem Dmp Wd04 [Data_Quality_Rot_Mem_Dmp_Wd04]
  Rotating Memory Dump Data 05 [Rot_Mem_Dmp_Wd05]
  Data Quality Indicator for Rot Mem Dmp Wd05 [Data_Quality_Rot_Mem_Dmp_Wd05]
  Rotating Memory Dump Data 06 [Rot_Mem_Dmp_Wd06]
  Data Quality Indicator for Rot Mem Dmp Wd06 [Data_Quality_Rot_Mem_Dmp_Wd06]
  Rotating Memory Dump Data 07 [Rot_Mem_Dmp_Wd07]
  Data Quality Indicator for Rot Mem Dmp Wd07 [Data_Quality_Rot_Mem_Dmp_Wd07]
  Rotating Memory Dump Data 08 [Rot_Mem_Dmp_Wd08]
  Data Quality Indicator for Rot Mem Dmp Wd08 [Data_Quality_Rot_Mem_Dmp_Wd08]
  Rotating Memory Dump Data 09 [Rot_Mem_Dmp_Wd09]
  Data Quality Indicator for Rot Mem Dmp Wd09 [Data_Quality_Rot_Mem_Dmp_Wd09]
  Rotating Memory Dump Data 10 [Rot_Mem_Dmp_Wd10]
  Data Quality Indicator for Rot Mem Dmp Wd10 [Data_Quality_Rot_Mem_Dmp_Wd10]
  Rotating Memory Dump Data 11 [Rot_Mem_Dmp_Wd11]
  Data Quality Indicator for Rot Mem Dmp Wd11 [Data_Quality_Rot_Mem_Dmp_Wd11]
  Rotating Memory Dump Data 12 [Rot_Mem_Dmp_Wd12]
  Data Quality Indicator for Rot Mem Dmp Wd12 [Data_Quality_Rot_Mem_Dmp_Wd12]
  Rotating Memory Dump Data 13 [Rot_Mem_Dmp_Wd13]
  Data Quality Indicator for Rot Mem Dmp Wd13 [Data_Quality_Rot_Mem_Dmp_Wd13]
  ROM Checksum [ROM_Chksum]
  Data Quality Indicator for ROM Chksum [Data_Quality_ROM_Chksum]
  Invalid Interrupt Count [Invalid_Int_Cnt]
  Data Quality Indicator for Invalid Int Cnt [Data_Quality_Invalid_Int_Cnt]
  RAM Checkout Failures [RAM_Chkout_Fails]
  Data Quality Indicator for RAM Chkout Fails [Data_Quality_RAM_Chkout_Fails]

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TSS-1R_M1_DPHD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Current Segment Number In Profile [Cur_Seg_Num_In_Prof]
  Data Quality Indicator for Cur Seg Num In Prof [Data_Quality_Cur_Seg_Num_In_Prof]
  Percent Of Time Elapsed In Segment [I_Time_Ellapsed_1_telemetry_unitless]
  Percent Of Time Elapsed In Segment [I_Time_Ellapsed_2_Percentage__]
  Data Quality Indicator for % Time Ellapsed [Data_Quality___Time_Ellapsed]
  Time Remaining In Segment [Time_Remain_1_telemetry_unitless]
  Time Remaining In Segment [Time_Remain_2_Time_seconds]
  Data Quality Indicator for Time Remain [Data_Quality_Time_Remain]

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TSS-1R_M1_DPHE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Time Stamp [Time_Stmp]
  Data Quality Indicator for Time Stmp [Data_Quality_Time_Stmp]
  Time Stamp Frame - 1 [Time_Stmp_Frm1]
  Data Quality Indicator for Time Stmp Frm1 [Data_Quality_Time_Stmp_Frm1]
  Time Stamp Frame - 2 [Time_Stmp_Frm2]
  Data Quality Indicator for Time Stmp Frm2 [Data_Quality_Time_Stmp_Frm2]

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TSS-1R_M1_DPMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Outboard Fine Tether Tension - CP [CP_Outbd_Fine_Tether_Ten_1_telemetry_unitless]
  Outboard Fine Tether Tension - CP [CP_Outbd_Fine_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for CP Outbd Fine Tether Ten [Data_Quality_CP_Outbd_Fine_Tether_Ten]
  Outboard Coarse Tether Tension - CP [CP_Outbd_Coar_Tether_Ten_1_telemetry_unitless]
  Outboard Coarse Tether Tension - CP [CP_Outbd_Coar_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for CP Outbd Coar Tether Ten [Data_Quality_CP_Outbd_Coar_Tether_Ten]
  Inboard Tether Tension - CP [CP_Inbd_Tether_Ten_1_telemetry_unitless]
  Inboard Tether Tension - CP [CP_Inbd_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for CP Inbd Tether Ten [Data_Quality_CP_Inbd_Tether_Ten]

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TSS-1R_M1_DPMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Outboard Blended Tether Tension [Outbd_Blended_Tether_Ten_1_telemetry_unitless]
  Outboard Blended Tether Tension [Outbd_Blended_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for Outbd Blended Tether Ten [Data_Quality_Outbd_Blended_Tether_Ten]
  Commanded Outboard (UTCM) Tension [Cmded_Outbd_Tether_Ten_1_telemetry_unitless]
  Commanded Outboard (UTCM) Tension [Cmded_Outbd_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for Cmded Outbd Tether Ten [Data_Quality_Cmded_Outbd_Tether_Ten]
  Inboard Tether Tension-8 [IBit_Inbd_Tether_Ten_1_telemetry_unitless]
  Inboard Tether Tension-8 [IBit_Inbd_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for 8Bit Inbd Tether Ten [Data_Quality_8Bit_Inbd_Tether_Ten]
  Percent Basic Control Mode [I_Basic_Ctrl_Mode_1_telemetry_unitless]
  Percent Basic Control Mode [I_Basic_Ctrl_Mode_2_Percent__]
  Data Quality Indicator for % Basic Ctrl Mode [Data_Quality___Basic_Ctrl_Mode]
  Commanded Tether Acceleration [Cmded_Tether_Acc_1_telemetry_unitless]
  Commanded Tether Acceleration [Cmded_Tether_Acc_2_Acc_m_s__2]
  Data Quality Indicator for Cmded Tether Acc [Data_Quality_Cmded_Tether_Acc]
  Commanded Libration Velocity [Cmded_Libra_Vel_1_telemetry_unitless]
  Commanded Libration Velocity [Cmded_Libra_Vel_2_Velocity_m_s]
  Data Quality Indicator for Cmded Libra Vel [Data_Quality_Cmded_Libra_Vel]
  Commanded Libration Angle [Cmded_Libra_Ang_1_telemetry_unitless]
  Commanded Libration Angle [Cmded_Libra_Ang_2_Angle_degree]
  Data Quality Indicator for Cmded Libra Ang [Data_Quality_Cmded_Libra_Ang]
  Blended Tension Filter [Blended_Ten_Filt_1_telemetry_unitless]
  Blended Tension Filter [Blended_Ten_Filt_2_Voltage_volts]
  Data Quality Indicator for Blended Ten Filt [Data_Quality_Blended_Ten_Filt]
  Tether Length Filter [Tether_Len_Filt_1_telemetry_unitless]
  Tether Length Filter [Tether_Len_Filt_2_Voltage_volts]
  Data Quality Indicator for Tether Len Filt [Data_Quality_Tether_Len_Filt]
  REG Voltage/Prop Control [REG_V_Prop_Ctrl_1_telemetry_unitless]
  REG Voltage/Prop Control [REG_V_Prop_Ctrl_2_Voltage_volts]
  Data Quality Indicator for REG V/Prop Ctrl [Data_Quality_REG_V_Prop_Ctrl]
  Regulatory / Voltage [Reg_Volt_1_telemetry_unitless]
  Regulatory / Voltage [Reg_Volt_2_Voltage_volts]
  Data Quality Indicator for Reg/Volt [Data_Quality_Reg_Volt]

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TSS-1R_M1_DPMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Measured Unstretched Tether Length [Unstrtch_Tether_Len_1_telemetry_unitless]
  Measured Unstretched Tether Length [Unstrtch_Tether_Len_2_Length_meters]
  Measured Unstretched Tether Length [Unstrtch_Tether_Len_3_Length_km]
  Data Quality Indicator for Unstrtch Tether Len [Data_Quality_Unstrtch_Tether_Len]
  Measured Tether Rate [Tether_Rate_1_telemetry_unitless]
  Measured Tether Rate [Tether_Rate_2_Rate_m_s]
  Data Quality Indicator for Tether Rate [Data_Quality_Tether_Rate]

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TSS-1R_M1_DPMD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Tether Rate Raw Timer Counts [Tether_Rate_Raw_Tmr_Cnts]
  Data Quality Indicator for Tether Rate Raw Tmr Cnts [Data_Quality_Tether_Rate_Raw_Tmr_Cnts]

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TSS-1R_M1_DPME

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Control Law Parameter 00 [Ctrl_Law_Param_00]
  Data Quality Indicator for Ctrl Law Param 00 [Data_Quality_Ctrl_Law_Param_00]
  Estimated Reel Radius [Estimated_Reel_Rad]
  Data Quality Indicator for Estimated Reel Rad [Data_Quality_Estimated_Reel_Rad]
  Commanded Stretched Tether Length [Cmded_Strtched_Tether_Len_1_Length_meters]
  Commanded Stretched Tether Length [Cmded_Strtched_Tether_Len_2_Length_km]
  Data Quality Indicator for Cmded Strtched Tether Len [Data_Quality_Cmded_Strtched_Tether_Len]
  Commanded Unstretched Tether Length [Cmded_UnStrtched_Tether_Len_1_Length_meters]
  Commanded Unstretched Tether Length [Cmded_UnStrtched_Tether_Len_2_Length_km]
  Data Quality Indicator for Cmded UnStrtched Tether Len [Data_Quality_Cmded_UnStrtched_Tether_Len]
  Spooled Unstretched Tether Length [Spooled_UnStrtched_Tether_Len_1_Length_meters]
  Spooled Unstretched Tether Length [Spooled_UnStrtched_Tether_Len_2_Length_km]
  Data Quality Indicator for Spooled UnStrtched Tether Len [Data_Quality_Spooled_UnStrtched_Tether_Len]
  Commanded Velocity [Cmded_Vel]
  Data Quality Indicator for Cmded Vel [Data_Quality_Cmded_Vel]
  Spool Tether Velocity [Spool_Tether_Vel]
  Data Quality Indicator for Spool Tether Vel [Data_Quality_Spool_Tether_Vel]
  Commanded In-plane Libration Angular Velocity [Cmded_In_Pl_Libr_Ang_Vel]
  Data Quality Indicator for Cmded In-Pl Libr Ang Vel [Data_Quality_Cmded_In_Pl_Libr_Ang_Vel]
  Estimated Reel Motor Angular Velocity [Est_Reel_Motor_Ang_Vel]
  Data Quality Indicator for Est Reel Motor Ang Vel [Data_Quality_Est_Reel_Motor_Ang_Vel]
  Commanded Acceleration [Cmded_Acc]
  Data Quality Indicator for Cmded Acc [Data_Quality_Cmded_Acc]
  Commanded In-plane Libration Angular Acceleration [Cmded_In_Pl_Libr_Ang_Acc]
  Data Quality Indicator for Cmded In-Pl Libr Ang Acc [Data_Quality_Cmded_In_Pl_Libr_Ang_Acc]
  Commanded Outboard Tension [Cmded_Outbd_Tension]
  Data Quality Indicator for Cmded Outbd Tension [Data_Quality_Cmded_Outbd_Tension]
  Measured Outboard Blended Tension [Outbd_Blended_Tension]
  Data Quality Indicator for Outbd Blended Tension [Data_Quality_Outbd_Blended_Tension]
  Elapsed Maneuver Time [Elapsed_Manu_Time]
  Data Quality Indicator for Elapsed Manu Time [Data_Quality_Elapsed_Manu_Time]
  Motor/Generator Pulsewidth [Motor_Gen_Pulsewidth]
  Data Quality Indicator for Motor/Gen Pulsewidth [Data_Quality_Motor_Gen_Pulsewidth]
  Commanded Loadbank Resistance [Cmded_Load_Res]
  Data Quality Indicator for Cmded Load Res [Data_Quality_Cmded_Load_Res]
  Commanded Reel Motor Terminal Voltage [Cmded_Reel_Motor_Ter_V]
  Data Quality Indicator for Cmded Reel Motor Ter V [Data_Quality_Cmded_Reel_Motor_Ter_V]
  Control Law Parameter 12 [Ctrl_Law_Param_12]
  Data Quality Indicator for Ctrl Law Param 12 [Data_Quality_Ctrl_Law_Param_12]
  Control Law Parameter 18 [Ctrl_Law_Param_18]
  Data Quality Indicator for Ctrl Law Param 18 [Data_Quality_Ctrl_Law_Param_18]
  Current Segment Duration Time [Cur_Seg_Dur_Time]
  Data Quality Indicator for Cur Seg Dur Time [Data_Quality_Cur_Seg_Dur_Time]
  Current Segment Initial Libration Angle [Cur_Seg_Init_Libr_Ang]
  Data Quality Indicator for Cur Seg Init Libr Ang [Data_Quality_Cur_Seg_Init_Libr_Ang]
  Current Segment Final Libration Angle [Cur_Seg_End_Libr_Ang]
  Data Quality Indicator for Cur Seg End Libr Ang [Data_Quality_Cur_Seg_End_Libr_Ang]
  Current Segment Type [Cur_Seg_Type]
  Data Quality Indicator for Cur Seg Type [Data_Quality_Cur_Seg_Type]
  Commanded In-plane Libration Angle [Cmded_In_Pl_Libr_Ang]
  Data Quality Indicator for Cmded In-Pl Libr Ang [Data_Quality_Cmded_In_Pl_Libr_Ang]

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TSS-1R_M1_DPMF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Latch Group 1 Motor Current [Latch_Gr1_Motor_I_1_telemetry_unitless]
  Latch Group 1 Motor Current [Latch_Gr1_Motor_I_2_Current_amps]
  Data Quality Indicator for Latch Gr1 Motor I [Data_Quality_Latch_Gr1_Motor_I]
  Latch Group 2 Motor Current [Latch_Gr2_Motor_I_1_telemetry_unitless]
  Latch Group 2 Motor Current [Latch_Gr2_Motor_I_2_Current_amps]
  Data Quality Indicator for Latch Gr2 Motor I [Data_Quality_Latch_Gr2_Motor_I]
  Boom Motors Current [Boom_Motors_I_1_telemetry_unitless]
  Boom Motors Current [Boom_Motors_I_2_Current_amps]
  Data Quality Indicator for Boom Motors I [Data_Quality_Boom_Motors_I]
  MCA-Reel Motor Current [MCA_Reel_Motor_I_1_telemetry_unitless]
  MCA-Reel Motor Current [MCA_Reel_Motor_I_2_Current_amps]
  Data Quality Indicator for MCA-Reel Motor I [Data_Quality_MCA_Reel_Motor_I]
  Satellite Battery Heater Current [Sat_Bat_Htr_I_1_telemetry_unitless]
  Satellite Battery Heater Current [Sat_Bat_Htr_I_2_Current_amps]
  Data Quality Indicator for Sat Bat Htr I [Data_Quality_Sat_Bat_Htr_I]
  Satellite P/L Module Heater Current [Sat_P_L_Mod_Htr_I_1_telemetry_unitless]
  Satellite P/L Module Heater Current [Sat_P_L_Mod_Htr_I_2_Current_amps]
  Data Quality Indicator for Sat P/L Mod Htr I [Data_Quality_Sat_P_L_Mod_Htr_I]
  Satellite Service Module Heater Current [Sat_Serv_Mod_Htr_I_1_telemetry_unitless]
  Satellite Service Module Heater Current [Sat_Serv_Mod_Htr_I_2_Current_amps]
  Data Quality Indicator for Sat Serv Mod Htr I [Data_Quality_Sat_Serv_Mod_Htr_I]
  MPC-MCA Current [MPC_MCA_I_1_telemetry_unitless]
  MPC-MCA Current [MPC_MCA_I_2_Current_amps]
  Data Quality Indicator for MPC-MCA I [Data_Quality_MPC_MCA_I]
  MPC Input Current High Range [MPC_Input_I_Hi_Rng_1_telemetry_unitless]
  MPC Input Current High Range [MPC_Input_I_Hi_Rng_2_Current_amps]
  Data Quality Indicator for MPC Input I Hi Rng [Data_Quality_MPC_Input_I_Hi_Rng]
  MPC Input Current Low Range [MPC_Input_I_Low_Rng_1_telemetry_unitless]
  MPC Input Current Low Range [MPC_Input_I_Low_Rng_2_Current_amps]
  Data Quality Indicator for MPC Input I Low Rng [Data_Quality_MPC_Input_I_Low_Rng]
  Satellite External Power Current [Sat_Ext_Pwr_I_1_telemetry_unitless]
  Satellite External Power Current [Sat_Ext_Pwr_I_2_Current_amps]
  Data Quality Indicator for Sat Ext Pwr I [Data_Quality_Sat_Ext_Pwr_I]
  MPC Voltage [MCP_V_1_telemetry_unitless]
  MPC Voltage [MCP_V_2_Voltage_volts]
  Data Quality Indicator for MCP V [Data_Quality_MCP_V]
  Satellite External Power Voltage [Sat_Ext_Pwr_V_1_telemetry_unitless]
  Satellite External Power Voltage [Sat_Ext_Pwr_V_2_Voltage_volts]
  Data Quality Indicator for Sat Ext Pwr V [Data_Quality_Sat_Ext_Pwr_V]
  Primary Upper Tether Cut Voltage [Pri_Upper_Tether_Cut_V_1_telemetry_unitless]
  Primary Upper Tether Cut Voltage [Pri_Upper_Tether_Cut_V_2_Voltage_volts]
  Data Quality Indicator for Pri Upper Tether Cut V [Data_Quality_Pri_Upper_Tether_Cut_V]
  Primary Lower Tether Cut Voltage [Pri_Lower_Tether_Cut_V_1_telemetry_unitless]
  Primary Lower Tether Cut Voltage [Pri_Lower_Tether_Cut_V_2_Voltage_volts]
  Data Quality Indicator for Pri Lower Tether Cut V [Data_Quality_Pri_Lower_Tether_Cut_V]
  Primary Boom Eject Voltage 1 [Pri_Boom_Eject_V1_1_telemetry_unitless]
  Primary Boom Eject Voltage 1 [Pri_Boom_Eject_V1_2_Voltage_volts]
  Data Quality Indicator for Pri Boom Eject V1 [Data_Quality_Pri_Boom_Eject_V1]
  Primary Boom Eject Voltage 2 [Pri_Boom_Eject_V2_1_telemetry_unitless]
  Primary Boom Eject Voltage 2 [Pri_Boom_Eject_V2_2_Voltage_volts]
  Data Quality Indicator for Pri Boom Eject V2 [Data_Quality_Pri_Boom_Eject_V2]
  Primary Boom Eject Voltage 3 [Pri_Boom_Eject_V3_1_telemetry_unitless]
  Primary Boom Eject Voltage 3 [Pri_Boom_Eject_V3_2_Voltage_volts]
  Data Quality Indicator for Pri Boom Eject V3 [Data_Quality_Pri_Boom_Eject_V3]
  Secondary Upper Tether Cut Voltage [Sec_Upper_Tether_Cut_V_1_telemetry_unitless]
  Secondary Upper Tether Cut Voltage [Sec_Upper_Tether_Cut_V_2_Voltage_volts]
  Data Quality Indicator for Sec Upper Tether Cut V [Data_Quality_Sec_Upper_Tether_Cut_V]
  Secondary Lower Tether Cut Voltage [Sec_Lower_Tether_Cut_V_1_telemetry_unitless]
  Secondary Lower Tether Cut Voltage [Sec_Lower_Tether_Cut_V_2_Voltage_volts]
  Data Quality Indicator for Sec Lower Tether Cut V [Data_Quality_Sec_Lower_Tether_Cut_V]
  Secondary Boom Eject Voltage 1 [Sec_Boom_Eject_V1_1_telemetry_unitless]
  Secondary Boom Eject Voltage 1 [Sec_Boom_Eject_V1_2_Voltage_volts]
  Data Quality Indicator for Sec Boom Eject V1 [Data_Quality_Sec_Boom_Eject_V1]
  Secondary Boom Eject Voltage 2 [Sec_Boom_Eject_V2_1_telemetry_unitless]
  Secondary Boom Eject Voltage 2 [Sec_Boom_Eject_V2_2_Voltage_volts]
  Data Quality Indicator for Sec Boom Eject V2 [Data_Quality_Sec_Boom_Eject_V2]
  Secondary Boom Eject Voltage 3 [Sec_Boom_Eject_V3_1_telemetry_unitless]
  Secondary Boom Eject Voltage 3 [Sec_Boom_Eject_V3_2_Voltage_volts]
  Data Quality Indicator for Sec Boom Eject V3 [Data_Quality_Sec_Boom_Eject_V3]
  Outboard Fine Tether Tension [Outbrd_Fine_Tether_Ten_1_telemetry_unitless]
  Outboard Fine Tether Tension [Outbrd_Fine_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for Outbrd Fine Tether Ten [Data_Quality_Outbrd_Fine_Tether_Ten]
  Outboard Coarse Tether Tension [Outbrd_Coarse_Tether_Ten_1_telemetry_unitless]
  Outboard Coarse Tether Tension [Outbrd_Coarse_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for Outbrd Coarse Tether Ten [Data_Quality_Outbrd_Coarse_Tether_Ten]
  Inboard Tether Tension [Inbrd_Tether_Ten_1_telemetry_unitless]
  Inboard Tether Tension [Inbrd_Tether_Ten_2_Tension_newtons]
  Data Quality Indicator for Inbrd Tether Ten [Data_Quality_Inbrd_Tether_Ten]

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TSS-1R_M1_DPMG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Measured Tether Length [Mea_Tether_Len_1_telemetry_unitless]
  Measured Tether Length [Mea_Tether_Len_2_Length_meters]
  Measured Tether Length [Mea_Tether_Len_3_Length_km]
  Data Quality Indicator for Mea Tether Len [Data_Quality_Mea_Tether_Len]
  100 & 1000 Places for Mea Tether Len [I000_s_and_100_s_Place_Mea_Tether_Len_CAL]
  .01 & .1 Places for Mea Tether Len [I_1_and_0_01_Place_Mea_Tether_Len_CAL]
  Commanded Tether Length [Cmded_Tether_Len_1_telemetry_unitless]
  Commanded Tether Length [Cmded_Tether_Len_2_Length_meters]
  Commanded Tether Length [Cmded_Tether_Len_3_Length_km]
  Data Quality Indicator for Cmded Tether Len [Data_Quality_Cmded_Tether_Len]
  100 & 1000 Places for Cmded Tether Len [I000_s_and_100_s_Place_Cmded_Tether_Len_CAL]
  .01 & .1 Places for Cmded Tether Len [I_1_and_0_01_Place_Cmded_Tether_Len_CAL]

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TSS-1R_M1_DPMH

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Measured Tether Velocity [Mea_Tether_Vel_1_telemetry_unitless]
  Measured Tether Velocity [Mea_Tether_Vel_2_Velocity_m_s]
  Data Quality Indicator for Mea Tether Vel [Data_Quality_Mea_Tether_Vel]
  Fractional Velocity for Mea Tether Vel [Fractional_Portion_Mea_Tether_Vel_CAL]
  Velocity Sign for Mea Tether Vel [Sign_Mea_Tether_Vel_CAL]
  Commanded Tether Velocity [Cmded_Tether_Vel_1_telemetry_unitless]
  Commanded Tether Velocity [Cmded_Tether_Vel_2_Velocity_m_s]
  Data Quality Indicator for Cmded Tether Vel [Data_Quality_Cmded_Tether_Vel]
  Fractional Velocity for Cmded Tether Vel [Fractional_Portion_Cmded_Tether_Vel_CAL]
  Velocity Sign for Cmded Tether Vel [Sign_Cmded_Tether_Vel_CAL]

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TSS-1R_M1_DPMI

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Tether Length Raw Encoder Counts [Tether_Len_Raw_Enc_Cnts]
  Data Quality Indicator for Tether Len Raw Enc Cnts [Data_Quality_Tether_Len_Raw_Enc_Cnts]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_DPMJ

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Measured DEL-L Circuit 1 [Meas_DEL_L_Cir1_1_telemetry_unitless]
  Measured DEL-L Circuit 1 [Meas_DEL_L_Cir1_2_Length_meters]
  Measured DEL-L Circuit 1 [Meas_DEL_L_Cir1_3_Length_km]
  Data Quality Indicator for Meas DEL-L Cir1 [Data_Quality_Meas_DEL_L_Cir1]
  Measured DEL-L Circuit 2 [Meas_DEL_L_Cir2_1_telemetry_unitless]
  Measured DEL-L Circuit 2 [Meas_DEL_L_Cir2_2_Length_meters]
  Measured DEL-L Circuit 2 [Meas_DEL_L_Cir2_3_Length_km]
  Data Quality Indicator for Meas DEL-L Cir2 [Data_Quality_Meas_DEL_L_Cir2]

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TSS-1R_M1_DPMK

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Reel Motor Command (Pulsewidth) [Reel_Motor_Cmd_Pwdth]
  Data Quality Indicator for Reel Motor Cmd (Pwdth) [Data_Quality_Reel_Motor_Cmd_Pwdth]

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TSS-1R_M1_DPSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  0% Boom Retraction 1 Status [I__Boom_Retr_1]
  Data Quality Indicator for 0% Boom Retr 1 [Data_Quality_0__Boom_Retr_1]
  0% Boom Retraction 2 Status [I__Boom_Retr_2]
  Data Quality Indicator for 0% Boom Retr 2 [Data_Quality_0__Boom_Retr_2]
  100% Boom Extension 1 Status [I00__Boom_Exten_1]
  Data Quality Indicator for 100% Boom Exten 1 [Data_Quality_100__Boom_Exten_1]
  100% Boom Extension 2 Status [I00__Boom_Exten_2]
  Data Quality Indicator for 100% Boom Exten 2 [Data_Quality_100__Boom_Exten_2]
  Boom Extension Mode Status [Boom_Exten_Mode]
  Data Quality Indicator for Boom Exten Mode [Data_Quality_Boom_Exten_Mode]
  Boom Retraction Mode Status [Boom_Retr_Mode]
  Data Quality Indicator for Boom Retr Mode [Data_Quality_Boom_Retr_Mode]
  Boom Motor Selected [Boom_Motor_Sel]
  Data Quality Indicator for Boom Motor Sel [Data_Quality_Boom_Motor_Sel]
  Boom Motor Direct Relay Command Status [Boom_Motor_Dir_Rly_Cmd]
  Data Quality Indicator for Boom Motor Dir Rly Cmd [Data_Quality_Boom_Motor_Dir_Rly_Cmd]
  Boom Motor A ON Relay Command Status [Boom_Motor_A_ON_Rly_Cmd]
  Data Quality Indicator for Boom Motor A ON Rly Cmd [Data_Quality_Boom_Motor_A_ON_Rly_Cmd]
  Boom Motor B ON Relay Command Status [Boom_Motor_B_ON_Rly_Cmd]
  Data Quality Indicator for Boom Motor B ON Rly Cmd [Data_Quality_Boom_Motor_B_ON_Rly_Cmd]
  Enable Inter Boom Stop Relay Command Status [Enable_InterBoom_Stop_Rly_Cmd]
  Data Quality Indicator for Enable InterBoom Stop Rly Cmd [Data_Quality_Enable_InterBoom_Stop_Rly_Cmd]

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TSS-1R_M1_DPSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  MCA Power Status [MCA_Pwr]
  Data Quality Indicator for MCA Pwr [Data_Quality_MCA_Pwr]
  JTS Power Status - HARD [JTS_Pwr_HARD]
  Data Quality Indicator for JTS Pwr HARD [Data_Quality_JTS_Pwr_HARD]
  JTS Power Status - DBuff [JTS_Pwr_DBuf]
  Data Quality Indicator for JTS Pwr DBuf [Data_Quality_JTS_Pwr_DBuf]
  DPY/RTR Power Status - HARD [DPY_RTR_Pwr_HARD]
  Data Quality Indicator for DPY/RTR Pwr HARD [Data_Quality_DPY_RTR_Pwr_HARD]
  DPY/RTR Power Status - DBuff [DPY_RTR_Pwr_DBuf]
  Data Quality Indicator for DPY/RTR Pwr DBuf [Data_Quality_DPY_RTR_Pwr_DBuf]
  Satellite Internal Power Status - HARD [Sat_Int_Pwr_HARD]
  Data Quality Indicator for Sat Int Pwr HARD [Data_Quality_Sat_Int_Pwr_HARD]
  Satellite External Power Status [Sat_Int_Pwr_DBuf]
  Data Quality Indicator for Sat Int Pwr DBuf [Data_Quality_Sat_Int_Pwr_DBuf]
  Single Ended ADC Voltage 1 Status [Sgl_Ended_ADC_V1]
  Data Quality Indicator for Sgl Ended ADC V1 [Data_Quality_Sgl_Ended_ADC_V1]
  Single Ended ADC Voltage 2 Status [Sgl_Ended_ADC_V2]
  Data Quality Indicator for Sgl Ended ADC V2 [Data_Quality_Sgl_Ended_ADC_V2]
  Differential ADC Voltage 1 Status [Diff_ADC_V1]
  Data Quality Indicator for Diff ADC V1 [Data_Quality_Diff_ADC_V1]
  Differential ADC Voltage 2 Status [Diff_ADC_V2]
  Data Quality Indicator for Diff ADC V2 [Data_Quality_Diff_ADC_V2]

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TSS-1R_M1_DPSD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Latch 1 Closed Status [Latch_1_Closed]
  Data Quality Indicator for Latch 1 Closed [Data_Quality_Latch_1_Closed]
  Latch 2 Closed Status [Latch_2_Closed]
  Data Quality Indicator for Latch 2 Closed [Data_Quality_Latch_2_Closed]
  Latch 3 Closed Status [Latch_3_Closed]
  Data Quality Indicator for Latch 3 Closed [Data_Quality_Latch_3_Closed]
  Latch 4 Closed Status [Latch_4_Closed]
  Data Quality Indicator for Latch 4 Closed [Data_Quality_Latch_4_Closed]
  Latch 5 Closed Status [Latch_5_Closed]
  Data Quality Indicator for Latch 5 Closed [Data_Quality_Latch_5_Closed]
  Latch 6 Closed Status [Latch_6_Closed]
  Data Quality Indicator for Latch 6 Closed [Data_Quality_Latch_6_Closed]
  Latch Group 1 Open Status [Latch_Grp1_Open]
  Data Quality Indicator for Latch Grp1 Open [Data_Quality_Latch_Grp1_Open]
  Latch Group 2 Open Status [Latch_Grp2_Open]
  Data Quality Indicator for Latch Grp2 Open [Data_Quality_Latch_Grp2_Open]
  Open Latch Group 1 Relay Command Status [Open_Latch_Grp1_Rly_Cmd]
  Data Quality Indicator for Open Latch Grp1 Rly Cmd [Data_Quality_Open_Latch_Grp1_Rly_Cmd]
  Open Latch Group 2 Relay Command Status [Open_Latch_Grp2_Rly_Cmd]
  Data Quality Indicator for Open Latch Grp2 Rly Cmd [Data_Quality_Open_Latch_Grp2_Rly_Cmd]
  Close Latch Group 1 Relay Command Status [Close_Latch_Grp1_Rly_Cmd]
  Data Quality Indicator for Close Latch Grp1 Rly Cmd [Data_Quality_Close_Latch_Grp1_Rly_Cmd]
  Close Latch Group 2 Relay Command Status [Close_Latch_Grp2_Rly_Cmd]
  Data Quality Indicator for Close Latch Grp2 Rly Cmd [Data_Quality_Close_Latch_Grp2_Rly_Cmd]
  Latch Open Direction Relay Command Status [Latch_Open_Dir_Rly_Cmd]
  Data Quality Indicator for Latch Open Dir Rly Cmd [Data_Quality_Latch_Open_Dir_Rly_Cmd]
  Latch Open Enable Status [Latch_Open_Enable]
  Data Quality Indicator for Latch Open Enable [Data_Quality_Latch_Open_Enable]
  Latch Open Direction Status [Latch_Open_Dir]
  Data Quality Indicator for Latch Open Dir [Data_Quality_Latch_Open_Dir]
  At Least 4 Latches Closed Status [At_Least_4_Latches_Clsd]
  Data Quality Indicator for At Least 4 Latches Clsd [Data_Quality_At_Least_4_Latches_Clsd]

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TSS-1R_M1_DPSE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  U1 Separation Relay Command Status [U1_Sep_Rly_Cmd]
  Data Quality Indicator for U1 Sep Rly Cmd [Data_Quality_U1_Sep_Rly_Cmd]
  U1 Spare 1 Relay Command Status [U1_Spare1_Rly_Cmd]
  Data Quality Indicator for U1 Spare1 Rly Cmd [Data_Quality_U1_Spare1_Rly_Cmd]
  U1 Spare 2 Relay Command Status [U1_Spare2_Rly_Cmd]
  Data Quality Indicator for U1 Spare2 Rly Cmd [Data_Quality_U1_Spare2_Rly_Cmd]
  U1 Retracted 1 Status [U1_Retract_1]
  Data Quality Indicator for U1 Retract 1 [Data_Quality_U1_Retract_1]
  U1 Fully Retracted 3 Status [U1_Full_Retract_3]
  Data Quality Indicator for U1 Full Retract 3 [Data_Quality_U1_Full_Retract_3]
  U1 Separation Status [U1_Sep]
  Data Quality Indicator for U1 Sep [Data_Quality_U1_Sep]
  U1 Separation Power Status [U1_Sep_Pwr]
  Data Quality Indicator for U1 Sep Pwr [Data_Quality_U1_Sep_Pwr]
  U2 Separation Relay Command Status [U2_Sep_Rly_Cmd]
  Data Quality Indicator for U2 Sep Rly Cmd [Data_Quality_U2_Sep_Rly_Cmd]
  U2 Separation Status [U2_Sep]
  Data Quality Indicator for U2 Sep [Data_Quality_U2_Sep]
  U2 Separation Power Status [U2_Sep_Pwr]
  Data Quality Indicator for U2 Sep Pwr [Data_Quality_U2_Sep_Pwr]

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TSS-1R_M1_DPSF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  L-DOT Circuit 1 Secondary Status [L_DOT_Cir1_Sec]
  Data Quality Indicator for L-DOT Cir1 Sec [Data_Quality_L_DOT_Cir1_Sec]
  L-DOT Circuit 1 Trigger Status [L_DOT_Cir1_Trig]
  Data Quality Indicator for L-DOT Cir1 Trig [Data_Quality_L_DOT_Cir1_Trig]
  L-DOT Circuit 2 Trigger Status [L_DOT_Cir2_Trig]
  Data Quality Indicator for L-DOT Cir2 Trig [Data_Quality_L_DOT_Cir2_Trig]
  L-DOT Circuit 2 Status [L_DOT_Cir2]
  Data Quality Indicator for L-DOT Cir2 [Data_Quality_L_DOT_Cir2]
  L-DOT Disable 1 [L_DOT_Disable1]
  Data Quality Indicator for L-DOT Disable1 [Data_Quality_L_DOT_Disable1]
  L-DOT Disable 2 [L_DOT_Disable2]
  Data Quality Indicator for L-DOT Disable2 [Data_Quality_L_DOT_Disable2]
  DEL-L Circuit 1 Secondary Status [DEL_L_Cir1_Sec]
  Data Quality Indicator for DEL-L Cir1 Sec [Data_Quality_DEL_L_Cir1_Sec]
  DEL-L Circuit 1 Trigger Status [DEL_L_Cir1_Trig]
  Data Quality Indicator for DEL-L Cir1 Trig [Data_Quality_DEL_L_Cir1_Trig]
  DEL-L Circuit 2 Trigger Status [DEL_L_Cir2_Trig]
  Data Quality Indicator for DEL-L Cir2 Trig [Data_Quality_DEL_L_Cir2_Trig]
  DEL-L Circuit 2 Status [DEL_L_Cir2]
  Data Quality Indicator for DEL-L Cir2 [Data_Quality_DEL_L_Cir2]
  Talkback Status [Tklbk_Status]
  Data Quality Indicator for Tklbk Status [Data_Quality_Tklbk_Status]
  Talk Back Monitor [Tklbk_Mon]
  Data Quality Indicator for Tklbk Mon [Data_Quality_Tklbk_Mon]

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TSS-1R_M1_DPSG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  MPC Status [MPC]
  Data Quality Indicator for MPC [Data_Quality_MPC]
  MPC VCMD Setpoint [MPC_VCMD]
  Data Quality Indicator for MPC VCMD [Data_Quality_MPC_VCMD]
  JTS Enable Status HARD [JTS_Enable_HARD]
  Data Quality Indicator for JTS Enable HARD [Data_Quality_JTS_Enable_HARD]
  JTS Enable Status D-Buff [JTS_Enable_D_Buf]
  Data Quality Indicator for JTS Enable D-Buf [Data_Quality_JTS_Enable_D_Buf]
  JTS Fire Status HARD [JTS_Fire_HARD]
  Data Quality Indicator for JTS Fire HARD [Data_Quality_JTS_Fire_HARD]
  JTS Fire Status D-Buff [JTS_Fire_D_Buf]
  Data Quality Indicator for JTS Fire D-Buf [Data_Quality_JTS_Fire_D_Buf]
  DPY/RTR Enable Status Hard [DPY_RTR_Enable_HARD]
  Data Quality Indicator for DPY/RTR Enable HARD [Data_Quality_DPY_RTR_Enable_HARD]
  DPY/RTR Enable Status D-Buff [DPY_RTR_Enable_DBuf]
  Data Quality Indicator for DPY/RTR Enable DBuf [Data_Quality_DPY_RTR_Enable_DBuf]
  DPY/RTR Status Hard [DPY_RTR_Status_HARD]
  Data Quality Indicator for DPY/RTR Status HARD [Data_Quality_DPY_RTR_Status_HARD]
  DPY/RTR Status D-Buff [DPY_RTR_Status_DBuf]
  Data Quality Indicator for DPY/RTR Status DBuf [Data_Quality_DPY_RTR_Status_DBuf]
  Gyro Status D-Buff [Gyro_Status_DBuf]
  Data Quality Indicator for Gyro Status DBuf [Data_Quality_Gyro_Status_DBuf]
  OBDH Self-Check Status D-Buff [OBDH_SlfChk_DBuf]
  Data Quality Indicator for OBDH SlfChk DBuf [Data_Quality_OBDH_SlfChk_DBuf]
  RAM Checkout Status [RAM_Chkout]
  Data Quality Indicator for RAM Chkout [Data_Quality_RAM_Chkout]
  ROM Checkout Status [ROM_Chkout]
  Data Quality Indicator for ROM Chkout [Data_Quality_ROM_Chkout]
  Satellite In-line Thrusters Status DACA [Sat_InLn_Thrus_DACA]
  Data Quality Indicator for Sat InLn Thrus DACA [Data_Quality_Sat_InLn_Thrus_DACA]
  Satellite In-line Thrusters Necessary [Sat_InLn_Thrus_Nec]
  Data Quality Indicator for Sat InLn Thrus Nec [Data_Quality_Sat_InLn_Thrus_Nec]
  Satellite Hunt Mode (Sat TLM) [Sat_Hunt_Mode]
  Data Quality Indicator for Sat Hunt Mode [Data_Quality_Sat_Hunt_Mode]
  Satellite TLM Buffer Full (Sat TLM) [Sat_TLM_Buf_Full]
  Data Quality Indicator for Sat TLM Buf Full [Data_Quality_Sat_TLM_Buf_Full]
  Update Parameter Mode [Update_Par_Mode]
  Data Quality Indicator for Update Par Mode [Data_Quality_Update_Par_Mode]
  Brake Sensor Under Voltage 1 Status [Brake_Sen_Under_V1]
  Data Quality Indicator for Brake Sen Under V1 [Data_Quality_Brake_Sen_Under_V1]
  Brake Sensor Under Voltage 2 Status [Brake_Sen_Under_V2]
  Data Quality Indicator for Brake Sen Under V2 [Data_Quality_Brake_Sen_Under_V2]
  Reel Lock Disengaged 2 Status [Reel_Lock_Diseng2]
  Data Quality Indicator for Reel Lock Diseng2 [Data_Quality_Reel_Lock_Diseng2]
  Torque Test 1 Status [Torq_Test1]
  Data Quality Indicator for Torq Test1 [Data_Quality_Torq_Test1]
  Torque Test 2 Status [Torq_Test2]
  Data Quality Indicator for Torq Test2 [Data_Quality_Torq_Test2]
  Proportional/Basic Control Mode [Prop_Basic_Ctrl_Mode]
  Data Quality Indicator for Prop/Basic Ctrl Mode [Data_Quality_Prop_Basic_Ctrl_Mode]
  Start Constant PW Retrieval Enabled [St_Const_PW_Ret_Enabled]
  Data Quality Indicator for St Const PW Ret Enabled [Data_Quality_St_Const_PW_Ret_Enabled]
  Control Laws Active [Ctrl_Laws_Active]
  Data Quality Indicator for Ctrl Laws Active [Data_Quality_Ctrl_Laws_Active]
  Instantaneous Tether Direction 1 [Inst_Tether_Dir1]
  Data Quality Indicator for Inst Tether Dir1 [Data_Quality_Inst_Tether_Dir1]
  Instantaneous Tether Direction 2 [Inst_Tether_Dir2]
  Data Quality Indicator for Inst Tether Dir2 [Data_Quality_Inst_Tether_Dir2]
  Motor/Generator Mode [Motor_Gen_Enable]
  Data Quality Indicator for Motor/Gen Enable [Data_Quality_Motor_Gen_Enable]
  Resistor Bank 1 Enable [Resis_Bank1]
  Data Quality Indicator for Resis Bank1 [Data_Quality_Resis_Bank1]
  Resistor Bank 2 Enable [Resis_Bank2]
  Data Quality Indicator for Resis Bank2 [Data_Quality_Resis_Bank2]
  Reel Motor Enable [Reel_Motor_Enable]
  Data Quality Indicator for Reel Motor Enable [Data_Quality_Reel_Motor_Enable]
  Torque Test Cmd 2 [Torq_Test_Cmd2]
  Data Quality Indicator for Torq Test Cmd2 [Data_Quality_Torq_Test_Cmd2]
  APS Pressure Status D-Buff [APS_Pres_DBuf]
  Data Quality Indicator for APS Pres DBuf [Data_Quality_APS_Pres_DBuf]
  Battery Temperature Status - D-Buff [Bat_Temp_DBuf]
  Data Quality Indicator for Bat Temp DBuf [Data_Quality_Bat_Temp_DBuf]
  Gyro Temperature Status D-Buff [Gyro_Temp_DBuf]
  Data Quality Indicator for Gyro Temp DBuf [Data_Quality_Gyro_Temp_DBuf]

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TSS-1R_M1_DPSH

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DACA Ready For Command [DACA_Rdy_For_Cmd]
  Data Quality Indicator for DACA Rdy For Cmd [Data_Quality_DACA_Rdy_For_Cmd]
  DACA Command Authenticated [DACA_Cmd_Auth]
  Data Quality Indicator for DACA Cmd Auth [Data_Quality_DACA_Cmd_Auth]
  DACA Command Execution Success [DACA_Cmd_Exe_Suc]
  Data Quality Indicator for DACA Cmd Exe Suc [Data_Quality_DACA_Cmd_Exe_Suc]
  Telemetry Mode [TLM_Mode]
  Data Quality Indicator for TLM Mode [Data_Quality_TLM_Mode]
  Stationskeeping Maneuver Hold [StaKping_Man_Hold]
  Data Quality Indicator for StaKping Man Hold [Data_Quality_StaKping_Man_Hold]
  On Station Status [On_Sta_Status]
  Data Quality Indicator for On Sta Status [Data_Quality_On_Sta_Status]
  Timeout Abort Status [TmOut_Abort]
  Data Quality Indicator for TmOut Abort [Data_Quality_TmOut_Abort]
  Nominal Command Mode Status [Nom_Cmd_Mode]
  Data Quality Indicator for Nom Cmd Mode [Data_Quality_Nom_Cmd_Mode]
  Motor / Generator Mode Status [Motor_Gen_Mode]
  Data Quality Indicator for Motor/Gen Mode [Data_Quality_Motor_Gen_Mode]

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TSS-1R_M1_DPSI

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Softstop Maneuver Requested [SoftStop_Man_Req]
  Data Quality Indicator for SoftStop Man Req [Data_Quality_SoftStop_Man_Req]
  Resume To Station 1 Maneuver Requested [Resume_To_Sta1_Man_Req]
  Data Quality Indicator for Resume To Sta1 Man Req [Data_Quality_Resume_To_Sta1_Man_Req]
  Resume To Station 2 Maneuver Requested [Resume_To_Sta2_Man_Req]
  Data Quality Indicator for Resume To Sta2 Man Req [Data_Quality_Resume_To_Sta2_Man_Req]
  Resume To Dock Maneuver Requested [Resume_To_Dock_Man_Req]
  Data Quality Indicator for Resume To Dock Man Req [Data_Quality_Resume_To_Dock_Man_Req]
  Softstop Maneuver Executed [SoftStop_Man_Exe]
  Data Quality Indicator for SoftStop Man Exe [Data_Quality_SoftStop_Man_Exe]

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TSS-1R_M1_DPSJ

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Critical Function Relay Status [Crit_Func_Relay_Status]
  Data Quality Indicator for Crit Func Relay Status [Data_Quality_Crit_Func_Relay_Status]
  Critical Function Relays Reset Relay Command Status [Crit_Func_Rly_Rest_Rly_Cmd]
  Data Quality Indicator for Crit Func Rly Rest Rly Cmd [Data_Quality_Crit_Func_Rly_Rest_Rly_Cmd]
  Vernier Motor Power Relay Command Status [Ver_Motor_Pwr_Rly_Cmd]
  Data Quality Indicator for Ver Motor Pwr Rly Cmd [Data_Quality_Ver_Motor_Pwr_Rly_Cmd]
  Vernier Motor Clutch Engage Relay Command Status [Ver_Motor_Clu_Eng_Rly_Cmd]
  Data Quality Indicator for Ver Motor Clu Eng Rly Cmd [Data_Quality_Ver_Motor_Clu_Eng_Rly_Cmd]
  Vernier Motor Rampdown Relay Command Status [Ver_Motor_Rmpdwn_Rly_Cmd]
  Data Quality Indicator for Ver Motor Rmpdwn Rly Cmd [Data_Quality_Ver_Motor_Rmpdwn_Rly_Cmd]
  MCA Power Relay Command Status [MCA_Pwr_Rly_Cmd]
  Data Quality Indicator for MCA Pwr Rly Cmd [Data_Quality_MCA_Pwr_Rly_Cmd]
  TT&C Power On Relay Command Status [TT_C_Pwr_On_Rly_Cmd]
  Data Quality Indicator for TT&C Pwr On Rly Cmd [Data_Quality_TT_C_Pwr_On_Rly_Cmd]
  Satellite Battery Heaters Power Relay Command Status [Sat_Bat_Htrs_Pwr_Rly_Cmd]
  Data Quality Indicator for Sat Bat Htrs Pwr Rly Cmd [Data_Quality_Sat_Bat_Htrs_Pwr_Rly_Cmd]
  Satellite External Power Relay Command Status [Sat_Ext_Pwr_Rly_Cmd]
  Data Quality Indicator for Sat Ext Pwr Rly Cmd [Data_Quality_Sat_Ext_Pwr_Rly_Cmd]
  Satellite Relays Reset Relay Command Status [Sat_Rly_Rest_Rly_Cmd]
  Data Quality Indicator for Sat Rly Rest Rly Cmd [Data_Quality_Sat_Rly_Rest_Rly_Cmd]
  Deployer Heaters Power Relay Command Status [Dply_Rly_Rest_Rly_Cmd]
  Data Quality Indicator for Dply Rly Rest Rly Cmd [Data_Quality_Dply_Rly_Rest_Rly_Cmd]
  Hot Nest Power Relay Command Status [Hot_Nest_Pwr_Rly_Cmd]
  Data Quality Indicator for Hot Nest Pwr Rly Cmd [Data_Quality_Hot_Nest_Pwr_Rly_Cmd]
  MPC ON Relay Command Status [MPC_ON_Rly_Cmd]
  Data Quality Indicator for MPC ON Rly Cmd [Data_Quality_MPC_ON_Rly_Cmd]
  MPC VCMD HIGH Relay Command Status [MPC_VCMD_Hi_Rly_Cmd]
  Data Quality Indicator for MPC VCMD Hi Rly Cmd [Data_Quality_MPC_VCMD_Hi_Rly_Cmd]
  Critical Function Relay Comparision [Crit_Func_Rly_Cmp]
  Data Quality Indicator for Crit Func Rly Cmp [Data_Quality_Crit_Func_Rly_Cmp]

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TSS-1R_M1_DPTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Reel Motor Cold Plate (7) Temperature [Reel_Mo_Cld_Plate_T_1_telemetry_unitless]
  Reel Motor Cold Plate (7) Temperature [Reel_Mo_Cld_Plate_T_2_T_degrees_C]
  Data Quality Indicator for Reel Mo Cld Plate T [Data_Quality_Reel_Mo_Cld_Plate_T]
  Reel Cover Temperature [Reel_Cvr_T_1_telemetry_unitless]
  Reel Cover Temperature [Reel_Cvr_T_2_T_degrees_C]
  Data Quality Indicator for Reel Cvr T [Data_Quality_Reel_Cvr_T]
  Reel Bearing House 1 Temperature [Reel_Bearing_Hs1_T_1_telemetry_unitless]
  Reel Bearing House 1 Temperature [Reel_Bearing_Hs1_T_2_T_degrees_C]
  Data Quality Indicator for Reel Bearing Hs1 T [Data_Quality_Reel_Bearing_Hs1_T]
  Reel Bearing House 2 Temperature [Reel_Bearing_Hs2_T_1_telemetry_unitless]
  Reel Bearing House 2 Temperature [Reel_Bearing_Hs2_T_2_T_degrees_C]
  Data Quality Indicator for Reel Bearing Hs2 T [Data_Quality_Reel_Bearing_Hs2_T]
  Reel Brake Motor Temperature [Reel_Brake_Motor_T_1_telemetry_unitless]
  Reel Brake Motor Temperature [Reel_Brake_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Reel Brake Motor T [Data_Quality_Reel_Brake_Motor_T]
  Reel Motor Temperature 1 [Reel_Motor1_T_1_telemetry_unitless]
  Reel Motor Temperature 1 [Reel_Motor1_T_2_T_degrees_C]
  Data Quality Indicator for Reel Motor1 T [Data_Quality_Reel_Motor1_T]
  Reel Motor Temperature 2 [Reel_Motor2_T_1_telemetry_unitless]
  Reel Motor Temperature 2 [Reel_Motor2_T_2_T_degrees_C]
  Data Quality Indicator for Reel Motor2 T [Data_Quality_Reel_Motor2_T]
  Boom Motor 1 Temperature [Boom_Motor1_T_1_telemetry_unitless]
  Boom Motor 1 Temperature [Boom_Motor1_T_2_T_degrees_C]
  Data Quality Indicator for Boom Motor1 T [Data_Quality_Boom_Motor1_T]
  Boom Motor 2 Temperature [Boom_Motor2_T_1_telemetry_unitless]
  Boom Motor 2 Temperature [Boom_Motor2_T_2_T_degrees_C]
  Data Quality Indicator for Boom Motor2 T [Data_Quality_Boom_Motor2_T]
  Boom Motor 1 Electronics Temperature [Boom_Motor1_Ele_T_1_telemetry_unitless]
  Boom Motor 1 Electronics Temperature [Boom_Motor1_Ele_T_2_T_degrees_C]
  Data Quality Indicator for Boom Motor1 Ele T [Data_Quality_Boom_Motor1_Ele_T]
  Boom Motor 2 Electronics Temperature [Boom_Motor2_Ele_T_1_telemetry_unitless]
  Boom Motor 2 Electronics Temperature [Boom_Motor2_Ele_T_2_T_degrees_C]
  Data Quality Indicator for Boom Motor2 Ele T [Data_Quality_Boom_Motor2_Ele_T]

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TSS-1R_M1_DPTB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Latch 1 Motor Temperature [Latch_1_Motor_T_1_telemetry_unitless]
  Latch 1 Motor Temperature [Latch_1_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 1 Motor T [Data_Quality_Latch_1_Motor_T]
  Latch 2 Motor Temperature [Latch_2_Motor_T_1_telemetry_unitless]
  Latch 2 Motor Temperature [Latch_2_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 2 Motor T [Data_Quality_Latch_2_Motor_T]
  Latch 3 Motor Temperature [Latch_3_Motor_T_1_telemetry_unitless]
  Latch 3 Motor Temperature [Latch_3_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 3 Motor T [Data_Quality_Latch_3_Motor_T]
  Latch 4 Motor Temperature [Latch_4_Motor_T_1_telemetry_unitless]
  Latch 4 Motor Temperature [Latch_4_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 4 Motor T [Data_Quality_Latch_4_Motor_T]
  Latch 5 Motor Temperature [Latch_5_Motor_T_1_telemetry_unitless]
  Latch 5 Motor Temperature [Latch_5_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 5 Motor T [Data_Quality_Latch_5_Motor_T]
  Latch 6 Motor Temperature [Latch_6_Motor_T_1_telemetry_unitless]
  Latch 6 Motor Temperature [Latch_6_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Latch 6 Motor T [Data_Quality_Latch_6_Motor_T]
  Docking Ring Motor Temperature [Dock_Ring_Motor_T_1_telemetry_unitless]
  Docking Ring Motor Temperature [Dock_Ring_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Dock Ring Motor T [Data_Quality_Dock_Ring_Motor_T]
  Launch Lock Disengage Motor Temperature [Lnch_Lock_Diseng_Motor_T_1_telemetry_unitless]
  Launch Lock Disengage Motor Temperature [Lnch_Lock_Diseng_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Lnch Lock Diseng Motor T [Data_Quality_Lnch_Lock_Diseng_Motor_T]
  Load Bank 1 Temperature [Load_Bank_1_T_1_telemetry_unitless]
  Load Bank 1 Temperature [Load_Bank_1_T_2_T_degrees_C]
  Data Quality Indicator for Load Bank 1 T [Data_Quality_Load_Bank_1_T]
  Load Bank 2 Temperature [Load_Bank_2_T_1_telemetry_unitless]
  Load Bank 2 Temperature [Load_Bank_2_T_2_T_degrees_C]
  Data Quality Indicator for Load Bank 2 T [Data_Quality_Load_Bank_2_T]
  Load Bank 3 Temperature [Load_Bank_3_T_1_telemetry_unitless]
  Load Bank 3 Temperature [Load_Bank_3_T_2_T_degrees_C]
  Data Quality Indicator for Load Bank 3 T [Data_Quality_Load_Bank_3_T]
  Load Bank 4 Temperature [Load_Bank_4_T_1_telemetry_unitless]
  Load Bank 4 Temperature [Load_Bank_4_T_2_T_degrees_C]
  Data Quality Indicator for Load Bank 4 T [Data_Quality_Load_Bank_4_T]
  Structure Struts Temperature 1 [Struc_Struts_T1_1_telemetry_unitless]
  Structure Struts Temperature 1 [Struc_Struts_T1_2_T_degrees_C]
  Data Quality Indicator for Struc Struts T1 [Data_Quality_Struc_Struts_T1]
  Structure Struts Temperature 2 [Struc_Struts_T2_1_telemetry_unitless]
  Structure Struts Temperature 2 [Struc_Struts_T2_2_T_degrees_C]
  Data Quality Indicator for Struc Struts T2 [Data_Quality_Struc_Struts_T2]
  Satellite Support Struct Temperature 1 [Sat_Sup_Struc_T1_1_telemetry_unitless]
  Satellite Support Struct Temperature 1 [Sat_Sup_Struc_T1_2_T_degrees_C]
  Data Quality Indicator for Sat Sup Struc T1 [Data_Quality_Sat_Sup_Struc_T1]
  Satellite Support Struct Temperature 2 [Sat_Sup_Struc_T2_1_telemetry_unitless]
  Satellite Support Struct Temperature 2 [Sat_Sup_Struc_T2_2_T_degrees_C]
  Data Quality Indicator for Sat Sup Struc T2 [Data_Quality_Sat_Sup_Struc_T2]
  DACA-PICA Cold Plate (5) Temperature [DACA_PICA_Cld_Plate_5_T_1_telemetry_unitless]
  DACA-PICA Cold Plate (5) Temperature [DACA_PICA_Cld_Plate_5_T_2_T_degrees_C]
  Data Quality Indicator for DACA-PICA Cld Plate 5 T [Data_Quality_DACA_PICA_Cld_Plate_5_T]
  MCA Cold Plate (6) Temperature [MCA_Cld_Plate_6_T_1_telemetry_unitless]
  MCA Cold Plate (6) Temperature [MCA_Cld_Plate_6_T_2_T_degrees_C]
  Data Quality Indicator for MCA Cld Plate 6 T [Data_Quality_MCA_Cld_Plate_6_T]
  MPC Cold Plate (10) Temperature [MPC_Cld_Plate_10_T_1_telemetry_unitless]
  MPC Cold Plate (10) Temperature [MPC_Cld_Plate_10_T_2_T_degrees_C]
  Data Quality Indicator for MPC Cld Plate 10 T [Data_Quality_MPC_Cld_Plate_10_T]
  LTCM Load Cell Temperature [LTCM_Load_Cell_T_1_telemetry_unitless]
  LTCM Load Cell Temperature [LTCM_Load_Cell_T_2_T_degrees_C]
  Data Quality Indicator for LTCM Load Cell T [Data_Quality_LTCM_Load_Cell_T]
  LTCM Encoder Temperature [LTCM_Encoder_T_1_telemetry_unitless]
  LTCM Encoder Temperature [LTCM_Encoder_T_2_T_degrees_C]
  Data Quality Indicator for LTCM Encoder T [Data_Quality_LTCM_Encoder_T]
  Pallet Temperature 1 (Front Torque Box) [Pallet_T1_1_telemetry_unitless]
  Pallet Temperature 1 (Front Torque Box) [Pallet_T1_2_T_degrees_C]
  Data Quality Indicator for Pallet T1 [Data_Quality_Pallet_T1]
  Pallet Temperature 2 (Side Torque Box) [Pallet_T2_1_telemetry_unitless]
  Pallet Temperature 2 (Side Torque Box) [Pallet_T2_2_T_degrees_C]
  Data Quality Indicator for Pallet T2 [Data_Quality_Pallet_T2]
  HVRA Temperature 1 [HVRA_T1_1_telemetry_unitless]
  HVRA Temperature 1 [HVRA_T1_2_T_degrees_C]
  Data Quality Indicator for HVRA T1 [Data_Quality_HVRA_T1]
  HVRA Temperature 2 [HVRA_T2_1_telemetry_unitless]
  HVRA Temperature 2 [HVRA_T2_2_T_degrees_C]
  Data Quality Indicator for HVRA T2 [Data_Quality_HVRA_T2]
  PICA 1 Temperature [PICA_1_T_1_telemetry_unitless]
  PICA 1 Temperature [PICA_1_T_2_T_degrees_C]
  Data Quality Indicator for PICA 1 T [Data_Quality_PICA_1_T]
  PICA 2 Temperature [PICA_2_T_1_telemetry_unitless]
  PICA 2 Temperature [PICA_2_T_2_T_degrees_C]
  Data Quality Indicator for PICA 2 T [Data_Quality_PICA_2_T]
  MCA Temperature [MCA_T_1_telemetry_unitless]
  MCA Temperature [MCA_T_2_T_degrees_C]
  Data Quality Indicator for MCA T [Data_Quality_MCA_T]
  DACA Temperature [DACA_T_1_telemetry_unitless]
  DACA Temperature [DACA_T_2_T_degrees_C]
  Data Quality Indicator for DACA T [Data_Quality_DACA_T]
  UTCM Structure Temperature [UTCM_Struc_T_1_telemetry_unitless]
  UTCM Structure Temperature [UTCM_Struc_T_2_T_degrees_C]
  Data Quality Indicator for UTCM Struc T [Data_Quality_UTCM_Struc_T]
  Vernier Motor Temperature [Ver_Motor_T_1_telemetry_unitless]
  Vernier Motor Temperature [Ver_Motor_T_2_T_degrees_C]
  Data Quality Indicator for Ver Motor T [Data_Quality_Ver_Motor_T]
  Vernier Motor Electronics Temperature [Ver_Motor_Ele_T_1_telemetry_unitless]
  Vernier Motor Electronics Temperature [Ver_Motor_Ele_T_2_T_degrees_C]
  Data Quality Indicator for Ver Motor Ele T [Data_Quality_Ver_Motor_Ele_T]
  MPC Temperature [MPC_T_1_telemetry_unitless]
  MPC Temperature [MPC_T_2_T_degrees_C]
  Data Quality Indicator for MPC T [Data_Quality_MPC_T]

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TSS-1R_M1_EPMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  EMP PCB Temperature [EMP_PCB_T_1_Telemetry_Dimensionless]
  EMP PCB Temperature [EMP_PCB_T_2_T_degrees_F]
  Data Quality Indicator for EMP PCB T [Data_Quality_EMP_PCB_T]
  EMP SFMDM Primary Core Temperature [EMP_SFMDM_Pri_Core_T_1_Telemetry_Dimensionless]
  EMP SFMDM Primary Core Temperature [EMP_SFMDM_Pri_Core_T_2_T_degrees_F]
  Data Quality Indicator for EMP SFMDM Pri Core T [Data_Quality_EMP_SFMDM_Pri_Core_T]
  EMP SFMDM Backup Core Temperature [EMP_SFMDM_Sec_Core_T_1_Telemetry_Dimensionless]
  EMP SFMDM Backup Core Temperature [EMP_SFMDM_Sec_Core_T_2_T_degrees_F]
  Data Quality Indicator for EMP SFMDM Sec Core T [Data_Quality_EMP_SFMDM_Sec_Core_T]
  EMP Freon Pump Outlet Temperature [EMP_Freon_Pmp_Out_T_1_Telemetry_Dimensionless]
  EMP Freon Pump Outlet Temperature [EMP_Freon_Pmp_Out_T_2_T_degrees_F]
  Data Quality Indicator for EMP Freon Pmp Out T [Data_Quality_EMP_Freon_Pmp_Out_T]
  EMP Freon Inlet Temperature [EMP_Freon_Inlet_T_1_Telemetry_Dimensionless]
  EMP Freon Inlet Temperature [EMP_Freon_Inlet_T_2_T_degrees_F]
  Data Quality Indicator for EMP Freon Inlet T [Data_Quality_EMP_Freon_Inlet_T]
  EMP Exp Freon Return Temperature [EMP_Exp_Freon_Ret_T_1_Telemetry_Dimensionless]
  EMP Exp Freon Return Temperature [EMP_Exp_Freon_Ret_T_2_T_degrees_F]
  Data Quality Indicator for EMP Exp Freon Ret T [Data_Quality_EMP_Exp_Freon_Ret_T]
  Hot Nest Temperature (Pallet Structure Temp 1) [EMP_Pallet_Struc_T1_1_Telemetry_Dimensionless]
  Hot Nest Temperature (Pallet Structure Temp 1) [EMP_Pallet_Struc_T1_2_T_degrees_F]
  Data Quality Indicator for EMP Pallet Struc T1 [Data_Quality_EMP_Pallet_Struc_T1]
  EMP Pallet Structure Temperature No. 2 [EMP_Pallet_Struc_T2_1_Telemetry_Dimensionless]
  EMP Pallet Structure Temperature No. 2 [EMP_Pallet_Struc_T2_2_T_degrees_F]
  Data Quality Indicator for EMP Pallet Struc T2 [Data_Quality_EMP_Pallet_Struc_T2]
  DMS Temperature [DMS_Temp_1_Telemetry_Dimensionless]
  DMS Temperature [DMS_Temp_2_T_degrees_F]
  Data Quality Indicator for DMS Temp [Data_Quality_DMS_Temp]
  EMP Experiment DC Voltage [EMP_Exp_DC_V_1_Telemetry_Dimensionless]
  EMP Experiment DC Voltage [EMP_Exp_DC_V_2_Voltage_volts]
  Data Quality Indicator for EMP Exp DC V [Data_Quality_EMP_Exp_DC_V]
  EMP Experiment DC Current [EMP_Exp_DC_Cur]
  Data Quality Indicator for EMP Exp DC Cur [Data_Quality_EMP_Exp_DC_Cur]
  EMP Freon Pump Inlet Pressure [EMP_Freon_Pmp_Inlet_Pres]
  Data Quality Indicator for EMP Freon Pmp Inlet Pres [Data_Quality_EMP_Freon_Pmp_Inlet_Pres]
  EMP Freon Pump Delta Pressure [EMP_Freon_Pmp_Dlta_Pres_1_Telemetry_Dimensionless]
  EMP Freon Pump Delta Pressure [EMP_Freon_Pmp_Dlta_Pres_2_Pressure_psi]
  Data Quality Indicator for EMP Freon Pmp Dlta Pres [Data_Quality_EMP_Freon_Pmp_Dlta_Pres]
  EMP Freon Pump Accumulator Quantity [EMP_Freon_Pmp_Acc_Quan_1_Telemetry_Dimensionless]
  EMP Freon Pump Accumulator Quantity [EMP_Freon_Pmp_Acc_Quan_2_Volume_cubic_ft]
  Data Quality Indicator for EMP Freon Pmp Acc Quan [Data_Quality_EMP_Freon_Pmp_Acc_Quan]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_EPMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Output Command Block 1, Part 1 [OCB_1_Pt1]
  Data Quality Indicator for OCB 1 Pt1 [Data_Quality_OCB_1_Pt1]
  Output Command Block 1, Part 2 [OCB_1_Pt2]
  Data Quality Indicator for OCB 1 Pt2 [Data_Quality_OCB_1_Pt2]
  Output Command Block 2, Part 1 [OCB_2_Pt1]
  Data Quality Indicator for OCB 2 Pt1 [Data_Quality_OCB_2_Pt1]
  Output Command Block 2, Part 2 [OCB_2_Pt2]
  Data Quality Indicator for OCB 2 Pt2 [Data_Quality_OCB_2_Pt2]
  Output Command Block 3, Part 1 [OCB_3_Pt1]
  Data Quality Indicator for OCB 3 Pt1 [Data_Quality_OCB_3_Pt1]
  Output Command Block 3, Part 2 [OCB_3_Pt2]
  Data Quality Indicator for OCB 3 Pt2 [Data_Quality_OCB_3_Pt2]
  Output Command Block 4, Part 1 [OCB_4_Pt1]
  Data Quality Indicator for OCB 4 Pt1 [Data_Quality_OCB_4_Pt1]
  Output Command Block 4, Part 2 [OCB_4_Pt2]
  Data Quality Indicator for OCB 4 Pt2 [Data_Quality_OCB_4_Pt2]
  Output Command Block 5, Part 1 [OCB_5_Pt1]
  Data Quality Indicator for OCB 5 Pt1 [Data_Quality_OCB_5_Pt1]
  Output Command Block 5, Part 2 [OCB_5_Pt2]
  Data Quality Indicator for OCB 5 Pt2 [Data_Quality_OCB_5_Pt2]
  Output Command Block 6, Part 1 [OCB_6_Pt1]
  Data Quality Indicator for OCB 6 Pt1 [Data_Quality_OCB_6_Pt1]
  Output Command Block 6, Part 2 [OCB_6_Pt2]
  Data Quality Indicator for OCB 6 Pt2 [Data_Quality_OCB_6_Pt2]
  Output Command Block 7, Part 1 [OCB_7_Pt1]
  Data Quality Indicator for OCB 7 Pt1 [Data_Quality_OCB_7_Pt1]
  Output Command Block 7, Part 2 [OCB_7_Pt2]
  Data Quality Indicator for OCB 7 Pt2 [Data_Quality_OCB_7_Pt2]
  Output Command Block 8, Part 1 [OCB_8_Pt1]
  Data Quality Indicator for OCB 8 Pt1 [Data_Quality_OCB_8_Pt1]
  Output Command Block 8, Part 2 [OCB_8_Pt2]
  Data Quality Indicator for OCB 8 Pt2 [Data_Quality_OCB_8_Pt2]
  Output Command Block 9, Part 1 [OCB_9_Pt1]
  Data Quality Indicator for OCB 9 Pt1 [Data_Quality_OCB_9_Pt1]
  Output Command Block 9, Part 2 [OCB_9_Pt2]
  Data Quality Indicator for OCB 9 Pt2 [Data_Quality_OCB_9_Pt2]
  Output Command Block 10, Part 1 [OCB_10_Pt1]
  Data Quality Indicator for OCB 10 Pt1 [Data_Quality_OCB_10_Pt1]
  Output Command Block 10, Part 2 [OCB_10_Pt2]
  Data Quality Indicator for OCB 10 Pt2 [Data_Quality_OCB_10_Pt2]
  Output Command Block 11, Part 1 [OCB_11_Pt1]
  Data Quality Indicator for OCB 11 Pt1 [Data_Quality_OCB_11_Pt1]
  Output Command Block 11, Part 2 [OCB_11_Pt2]
  Data Quality Indicator for OCB 11 Pt2 [Data_Quality_OCB_11_Pt2]
  Output Command Block 12, Part 1 [OCB_12_Pt1]
  Data Quality Indicator for OCB 12 Pt1 [Data_Quality_OCB_12_Pt1]
  Output Command Block 12, Part 2 [OCB_12_Pt2]
  Data Quality Indicator for OCB 12 Pt2 [Data_Quality_OCB_12_Pt2]
  Output Command Block 13, Part 1 [OCB_13_Pt1]
  Data Quality Indicator for OCB 13 Pt1 [Data_Quality_OCB_13_Pt1]
  Output Command Block 13, Part 2 [OCB_13_Pt2]
  Data Quality Indicator for OCB 13 Pt2 [Data_Quality_OCB_13_Pt2]
  Output Command Block 14, Part 1 [OCB_14_Pt1]
  Data Quality Indicator for OCB 14 Pt1 [Data_Quality_OCB_14_Pt1]
  Output Command Block 14, Part 2 [OCB_14_Pt2]
  Data Quality Indicator for OCB 14 Pt2 [Data_Quality_OCB_14_Pt2]
  Output Command Block 15, Part 1 [OCB_15_Pt1]
  Data Quality Indicator for OCB 15 Pt1 [Data_Quality_OCB_15_Pt1]
  Output Command Block 15, Part 2 [OCB_15_Pt2]
  Data Quality Indicator for OCB 15 Pt2 [Data_Quality_OCB_15_Pt2]
  Output Command Block 16, Part 1 [OCB_16_Pt1]
  Data Quality Indicator for OCB 16 Pt1 [Data_Quality_OCB_16_Pt1]
  Output Command Block 16, Part 2 [OCB_16_Pt2]
  Data Quality Indicator for OCB 16 Pt2 [Data_Quality_OCB_16_Pt2]
  VDB: Type [VDB_Type]
  Data Quality Indicator for VDB Type [Data_Quality_VDB_Type]
  VDB: Offset into File [VDB_Off_In_File]
  Data Quality Indicator for VDB Off In File [Data_Quality_VDB_Off_In_File]
  Variable Data Block 1 Data [VDB_1]
  Data Quality Indicator for VDB 1 [Data_Quality_VDB_1]
  Variable Data Block 2, Part 1 [VDB_2_Pt1]
  Data Quality Indicator for VDB 2 Pt1 [Data_Quality_VDB_2_Pt1]
  Variable Data Block 2, Part 2 [VDB_2_Pt2]
  Data Quality Indicator for VDB 2 Pt2 [Data_Quality_VDB_2_Pt2]
  Variable Data Block 3, Part 1 [VDB_3_Pt1]
  Data Quality Indicator for VDB 3 Pt1 [Data_Quality_VDB_3_Pt1]
  Variable Data Block 3, Part 2 [VDB_3_Pt2]
  Data Quality Indicator for VDB 3 Pt2 [Data_Quality_VDB_3_Pt2]
  Variable Data Block 4, Part 1 [VDB_4_Pt1]
  Data Quality Indicator for VDB 4 Pt1 [Data_Quality_VDB_4_Pt1]
  Variable Data Block 4, Part 2 [VDB_4_Pt2]
  Data Quality Indicator for VDB 4 Pt2 [Data_Quality_VDB_4_Pt2]
  Variable Data Block 5, Part 1 [VDB_5_Pt1]
  Data Quality Indicator for VDB 5 Pt1 [Data_Quality_VDB_5_Pt1]
  Variable Data Block 5, Part 2 [VDB_5_Pt2]
  Data Quality Indicator for VDB 5 Pt2 [Data_Quality_VDB_5_Pt2]
  Variable Data Block 6, Part 1 [VDB_6_Pt1]
  Data Quality Indicator for VDB 6 Pt1 [Data_Quality_VDB_6_Pt1]
  Variable Data Block 6, Part 2 [VDB_6_Pt2]
  Data Quality Indicator for VDB 6 Pt2 [Data_Quality_VDB_6_Pt2]
  Variable Data Block 7, Part 1 [VDB_7_Pt1]
  Data Quality Indicator for VDB 7 Pt1 [Data_Quality_VDB_7_Pt1]
  Variable Data Block 7, Part 2 [VDB_7_Pt2]
  Data Quality Indicator for VDB 7 Pt2 [Data_Quality_VDB_7_Pt2]
  Variable Data Block 8, Part 1 [VDB_8_Pt1]
  Data Quality Indicator for VDB 8 Pt1 [Data_Quality_VDB_8_Pt1]
  Variable Data Block 8, Part 2 [VDB_8_Pt2]
  Data Quality Indicator for VDB 8 Pt2 [Data_Quality_VDB_8_Pt2]
  unknown Data Block 1 [Unknown_1]
  Data Quality Indicator for Unknown 1 [Data_Quality_Unknown_1]
  unknown Data Block 2 [Unknown_2]
  Data Quality Indicator for Unknown 2 [Data_Quality_Unknown_2]
  unknown Data Block 3 [Unknown_3]
  Data Quality Indicator for Unknown 3 [Data_Quality_Unknown_3]
  unknown Data Block 4 [Unknown_4]
  Data Quality Indicator for Unknown 4 [Data_Quality_Unknown_4]
  unknown Data Block 5 [Unknown_5]
  Data Quality Indicator for Unknown 5 [Data_Quality_Unknown_5]
  unknown Data Block 6 [Unknown_6]
  Data Quality Indicator for Unknown 6 [Data_Quality_Unknown_6]
  unknown Data Block 7 [Unknown_7]
  Data Quality Indicator for Unknown 7 [Data_Quality_Unknown_7]
  unknown Data Block 8 [Unknown_8]
  Data Quality Indicator for Unknown 8 [Data_Quality_Unknown_8]
  unknown Data Block 9 [Unknown_9]
  Data Quality Indicator for Unknown 9 [Data_Quality_Unknown_9]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_EPMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM Last Command Accepted Buffer, Byte 1 [SFMDM_Last_Acc_Cmd_B1]
  Data Quality Indicator for SFMDM Last Acc Cmd B1 [Data_Quality_SFMDM_Last_Acc_Cmd_B1]
  SFMDM Last Command Accepted Buffer, Byte 2 [SFMDM_Last_Acc_Cmd_B2]
  Data Quality Indicator for SFMDM Last Acc Cmd B2 [Data_Quality_SFMDM_Last_Acc_Cmd_B2]
  SFMDM Last Command Accepted Buffer, Byte 3 [SFMDM_Last_Acc_Cmd_B3]
  Data Quality Indicator for SFMDM Last Acc Cmd B3 [Data_Quality_SFMDM_Last_Acc_Cmd_B3]
  SFMDM Last Command Accepted Buffer, Byte 4 [SFMDM_Last_Acc_Cmd_B4]
  Data Quality Indicator for SFMDM Last Acc Cmd B4 [Data_Quality_SFMDM_Last_Acc_Cmd_B4]
  SFMDM Last Command Accepted Buffer, Byte 5 [SFMDM_Last_Acc_Cmd_B5]
  Data Quality Indicator for SFMDM Last Acc Cmd B5 [Data_Quality_SFMDM_Last_Acc_Cmd_B5]
  SFMDM Last Command Accepted Buffer, Byte 6 [SFMDM_Last_Acc_Cmd_B6]
  Data Quality Indicator for SFMDM Last Acc Cmd B6 [Data_Quality_SFMDM_Last_Acc_Cmd_B6]
  SFMDM Last Command Accepted Buffer, Byte 7 [SFMDM_Last_Acc_Cmd_B7]
  Data Quality Indicator for SFMDM Last Acc Cmd B7 [Data_Quality_SFMDM_Last_Acc_Cmd_B7]
  SFMDM Last Command Accepted Buffer, Byte 8 [SFMDM_Last_Acc_Cmd_B8]
  Data Quality Indicator for SFMDM Last Acc Cmd B8 [Data_Quality_SFMDM_Last_Acc_Cmd_B8]
  SFMDM Last Command Accepted Buffer, Byte 9 [SFMDM_Last_Acc_Cmd_B9]
  Data Quality Indicator for SFMDM Last Acc Cmd B9 [Data_Quality_SFMDM_Last_Acc_Cmd_B9]
  SFMDM Last Command Accepted Buffer, Byte 10 [SFMDM_Last_Acc_Cmd_B10]
  Data Quality Indicator for SFMDM Last Acc Cmd B10 [Data_Quality_SFMDM_Last_Acc_Cmd_B10]
  SFMDM Last Command Accepted Buffer, Byte 11 [SFMDM_Last_Acc_Cmd_B11]
  Data Quality Indicator for SFMDM Last Acc Cmd B11 [Data_Quality_SFMDM_Last_Acc_Cmd_B11]
  SFMDM Last Command Accepted Buffer, Byte 12 [SFMDM_Last_Acc_Cmd_B12]
  Data Quality Indicator for SFMDM Last Acc Cmd B12 [Data_Quality_SFMDM_Last_Acc_Cmd_B12]
  SFMDM Last Command Accepted Buffer, Byte 13 [SFMDM_Last_Acc_Cmd_B13]
  Data Quality Indicator for SFMDM Last Acc Cmd B13 [Data_Quality_SFMDM_Last_Acc_Cmd_B13]
  SFMDM Last Command Accepted Buffer, Byte 14 [SFMDM_Last_Acc_Cmd_B14]
  Data Quality Indicator for SFMDM Last Acc Cmd B14 [Data_Quality_SFMDM_Last_Acc_Cmd_B14]
  SFMDM Last Command Accepted Buffer, Byte 15 [SFMDM_Last_Acc_Cmd_B15]
  Data Quality Indicator for SFMDM Last Acc Cmd B15 [Data_Quality_SFMDM_Last_Acc_Cmd_B15]
  SFMDM Last Command Accepted Buffer, Byte 16 [SFMDM_Last_Acc_Cmd_B16]
  Data Quality Indicator for SFMDM Last Acc Cmd B16 [Data_Quality_SFMDM_Last_Acc_Cmd_B16]
  SFMDM Last Command Accepted Buffer, Byte 17 [SFMDM_Last_Acc_Cmd_B17]
  Data Quality Indicator for SFMDM Last Acc Cmd B17 [Data_Quality_SFMDM_Last_Acc_Cmd_B17]
  SFMDM Last Command Accepted Buffer, Byte 18 [SFMDM_Last_Acc_Cmd_B18]
  Data Quality Indicator for SFMDM Last Acc Cmd B18 [Data_Quality_SFMDM_Last_Acc_Cmd_B18]
  SFMDM Last Command Accepted Buffer, Byte 19 [SFMDM_Last_Acc_Cmd_B19]
  Data Quality Indicator for SFMDM Last Acc Cmd B19 [Data_Quality_SFMDM_Last_Acc_Cmd_B19]
  SFMDM Last Command Accepted Buffer, Byte 20 [SFMDM_Last_Acc_Cmd_B20]
  Data Quality Indicator for SFMDM Last Acc Cmd B20 [Data_Quality_SFMDM_Last_Acc_Cmd_B20]
  SFMDM Last Command Accepted Buffer, Byte 21 [SFMDM_Last_Acc_Cmd_B21]
  Data Quality Indicator for SFMDM Last Acc Cmd B21 [Data_Quality_SFMDM_Last_Acc_Cmd_B21]
  SFMDM Last Command Accepted Buffer, Byte 22 [SFMDM_Last_Acc_Cmd_B22]
  Data Quality Indicator for SFMDM Last Acc Cmd B22 [Data_Quality_SFMDM_Last_Acc_Cmd_B22]
  SFMDM Last Command Accepted Buffer, Byte 23 [SFMDM_Last_Acc_Cmd_B23]
  Data Quality Indicator for SFMDM Last Acc Cmd B23 [Data_Quality_SFMDM_Last_Acc_Cmd_B23]
  SFMDM Last Command Accepted Buffer, Byte 24 [SFMDM_Last_Acc_Cmd_B24]
  Data Quality Indicator for SFMDM Last Acc Cmd B24 [Data_Quality_SFMDM_Last_Acc_Cmd_B24]
  SFMDM Last Command Accepted Buffer, Byte 25 [SFMDM_Last_Acc_Cmd_B25]
  Data Quality Indicator for SFMDM Last Acc Cmd B25 [Data_Quality_SFMDM_Last_Acc_Cmd_B25]
  SFMDM Last Command Accepted Buffer, Byte 26 [SFMDM_Last_Acc_Cmd_B26]
  Data Quality Indicator for SFMDM Last Acc Cmd B26 [Data_Quality_SFMDM_Last_Acc_Cmd_B26]
  SFMDM Last Command Accepted Buffer, Byte 27 [SFMDM_Last_Acc_Cmd_B27]
  Data Quality Indicator for SFMDM Last Acc Cmd B27 [Data_Quality_SFMDM_Last_Acc_Cmd_B27]
  SFMDM Last Command Accepted Buffer, Byte 28 [SFMDM_Last_Acc_Cmd_B28]
  Data Quality Indicator for SFMDM Last Acc Cmd B28 [Data_Quality_SFMDM_Last_Acc_Cmd_B28]
  SFMDM Last Command Accepted Buffer, Byte 29 [SFMDM_Last_Acc_Cmd_B29]
  Data Quality Indicator for SFMDM Last Acc Cmd B29 [Data_Quality_SFMDM_Last_Acc_Cmd_B29]
  SFMDM Last Command Accepted Buffer, Byte 30 [SFMDM_Last_Acc_Cmd_B30]
  Data Quality Indicator for SFMDM Last Acc Cmd B30 [Data_Quality_SFMDM_Last_Acc_Cmd_B30]
  SFMDM Last Command Accepted Buffer, Byte 31 [SFMDM_Last_Acc_Cmd_B31]
  Data Quality Indicator for SFMDM Last Acc Cmd B31 [Data_Quality_SFMDM_Last_Acc_Cmd_B31]
  SFMDM Last Command Accepted Buffer, Byte 32 [SFMDM_Last_Acc_Cmd_B32]
  Data Quality Indicator for SFMDM Last Acc Cmd B32 [Data_Quality_SFMDM_Last_Acc_Cmd_B32]
  SFMDM Last Command Accepted Buffer, Byte 33 [SFMDM_Last_Acc_Cmd_B33]
  Data Quality Indicator for SFMDM Last Acc Cmd B33 [Data_Quality_SFMDM_Last_Acc_Cmd_B33]
  SFMDM Last Command Accepted Buffer, Byte 34 [SFMDM_Last_Acc_Cmd_B34]
  Data Quality Indicator for SFMDM Last Acc Cmd B34 [Data_Quality_SFMDM_Last_Acc_Cmd_B34]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_EPMF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Number Of TECS in Buffer [No_TECS_in_Buf]
  Data Quality Indicator for No TECS in Buf [Data_Quality_No_TECS_in_Buf]
  GMT-Next TEC To Execution [GMT_Nxt_TEC_to_Exec]
  Data Quality Indicator for GMT-Nxt TEC to Exec [Data_Quality_GMT_Nxt_TEC_to_Exec]
  Timeline-Last Cmd Executed (CDTID) [TmLine_Lst_Cmd_Exec]
  Data Quality Indicator for TmLine Lst Cmd Exec [Data_Quality_TmLine_Lst_Cmd_Exec]
  Timeline-Master Execution Status [TmLine_Master_Exec_Stat]
  Data Quality Indicator for TmLine Master Exec Stat [Data_Quality_TmLine_Master_Exec_Stat]
  Timeline-Sub Execution Status [TmLine_Sub_Exec_Stat]
  Data Quality Indicator for TmLine Sub Exec Stat [Data_Quality_TmLine_Sub_Exec_Stat]
  Timeline-Entry Number of Next Cmd [TmLine_Entry___of_Lst_Cmd]
  Data Quality Indicator for TmLine Entry # of Lst Cmd [Data_Quality_TmLine_Entry___of_Lst_Cmd]
  Timeline-Effective GMT of Next Cmd [TmLine_Eff_GMT_of_Lst_Cmd]
  Data Quality Indicator for TmLine Eff GMT of Lst Cmd [Data_Quality_TmLine_Eff_GMT_of_Lst_Cmd]
  DDCS Major Frame Counter [DDCS_MF_Cntr]
  Data Quality Indicator for DDCS MF Cntr [Data_Quality_DDCS_MF_Cntr]
  Timeline Filename (Char 1) [TmLine_Fname_C1]
  Data Quality Indicator for TmLine Fname C1 [Data_Quality_TmLine_Fname_C1]
  Timeline Filename (Char 2) [TmLine_Fname_C2]
  Data Quality Indicator for TmLine Fname C2 [Data_Quality_TmLine_Fname_C2]
  Timeline Filename (Char 3) [TmLine_Fname_C3]
  Data Quality Indicator for TmLine Fname C3 [Data_Quality_TmLine_Fname_C3]
  Timeline Filename (Char 4) [TmLine_Fname_C4]
  Data Quality Indicator for TmLine Fname C4 [Data_Quality_TmLine_Fname_C4]
  Timeline Filename (Char 5) [TmLine_Fname_C5]
  Data Quality Indicator for TmLine Fname C5 [Data_Quality_TmLine_Fname_C5]
  Timeline Filename (Char 6) [TmLine_Fname_C6]
  Data Quality Indicator for TmLine Fname C6 [Data_Quality_TmLine_Fname_C6]
  Timeline Filename (Char 7) [TmLine_Fname_C7]
  Data Quality Indicator for TmLine Fname C7 [Data_Quality_TmLine_Fname_C7]
  Timeline Filename (Char 8) [TmLine_Fname_C8]
  Data Quality Indicator for TmLine Fname C8 [Data_Quality_TmLine_Fname_C8]
  Timeline-Extension (Master or Sub) (Char 1) [TmLine_Exten_C1]
  Data Quality Indicator for TmLine Exten C1 [Data_Quality_TmLine_Exten_C1]
  Timeline-Extension (Master or Sub) (Char 2) [TmLine_Exten_C2]
  Data Quality Indicator for TmLine Exten C2 [Data_Quality_TmLine_Exten_C2]
  Timeline-Extension (Master or Sub) (Char 3) [TmLine_Exten_C3]
  Data Quality Indicator for TmLine Exten C3 [Data_Quality_TmLine_Exten_C3]
  Background Master (Char 1) [Bkgnd_Master_C1]
  Data Quality Indicator for Bkgnd Master C1 [Data_Quality_Bkgnd_Master_C1]
  Background Master (Char 2) [Bkgnd_Master_C2]
  Data Quality Indicator for Bkgnd Master C2 [Data_Quality_Bkgnd_Master_C2]
  Background Master (Char 3) [Bkgnd_Master_C3]
  Data Quality Indicator for Bkgnd Master C3 [Data_Quality_Bkgnd_Master_C3]
  Background Master (Char 4) [Bkgnd_Master_C4]
  Data Quality Indicator for Bkgnd Master C4 [Data_Quality_Bkgnd_Master_C4]
  Background Master (Char 5) [Bkgnd_Master_C5]
  Data Quality Indicator for Bkgnd Master C5 [Data_Quality_Bkgnd_Master_C5]
  Background Sub (Char 1) [Bkgnd_Sub_C1]
  Data Quality Indicator for Bkgnd Sub C1 [Data_Quality_Bkgnd_Sub_C1]
  Background Sub (Char 2) [Bkgnd_Sub_C2]
  Data Quality Indicator for Bkgnd Sub C2 [Data_Quality_Bkgnd_Sub_C2]
  Background Sub (Char 3) [Bkgnd_Sub_C3]
  Data Quality Indicator for Bkgnd Sub C3 [Data_Quality_Bkgnd_Sub_C3]
  Background Sub (Char 4) [Bkgnd_Sub_C4]
  Data Quality Indicator for Bkgnd Sub C4 [Data_Quality_Bkgnd_Sub_C4]
  DDCS: GMT-Day [DDCS_GMT_Day]
  Data Quality Indicator for DDCS GMT-Day [Data_Quality_DDCS_GMT_Day]
  DDCS: GMT-Sec (from Jan. 1) [DDCS_GMT_Sec]
  Data Quality Indicator for DDCS GMT-Sec [Data_Quality_DDCS_GMT_Sec]
  DDCS: RS-422 Sync Status [DDCS_RS422_Sync_Stat]
  Data Quality Indicator for DDCS RS422 Sync Stat [Data_Quality_DDCS_RS422_Sync_Stat]
  Number of Invalid Uplink Command [No_Of_Invald_Uplnk_Cmd]
  Data Quality Indicator for No Of Invald Uplnk Cmd [Data_Quality_No_Of_Invald_Uplnk_Cmd]
  DDCS System Performance [DDCS_Sys_Perf]
  Data Quality Indicator for DDCS Sys Perf [Data_Quality_DDCS_Sys_Perf]
  Display Number Selected [Dsply_No_Sel]
  Data Quality Indicator for Dsply No Sel [Data_Quality_Dsply_No_Sel]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_EPMG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Input Command Counter [Inpt_Cmd_Cntr]
  Data Quality Indicator for Inpt Cmd Cntr [Data_Quality_Inpt_Cmd_Cntr]
  BITE Command In Progress [Byte_Cmd_In_Prog]
  Data Quality Indicator for Byte Cmd In Prog [Data_Quality_Byte_Cmd_In_Prog]
  Core Switch Indicator [Core_Swtch_Ind]
  Data Quality Indicator for Core Swtch Ind [Data_Quality_Core_Swtch_Ind]
  Sync Indicator [Sync_Ind]
  Data Quality Indicator for Sync Ind [Data_Quality_Sync_Ind]
  SFMDM Telemetry Format [SFMDM_Tele_Fmt]
  Data Quality Indicator for SFMDM Tele Fmt [Data_Quality_SFMDM_Tele_Fmt]
  SFMDM Format ID [SFMDM_Fmt_Id]
  Data Quality Indicator for SFMDM Fmt Id [Data_Quality_SFMDM_Fmt_Id]
  SFMDM Command Reject Count [SFMDM_Cmd_Rej_Cnt]
  Data Quality Indicator for SFMDM Cmd Rej Cnt [Data_Quality_SFMDM_Cmd_Rej_Cnt]
  SFMDM Patch Counter [SFMDM_Patch_Cntr]
  Data Quality Indicator for SFMDM Patch Cntr [Data_Quality_SFMDM_Patch_Cntr]
  SFMDM Power Fail Status [SFMDM_Pwr_Fail]
  Data Quality Indicator for SFMDM Pwr Fail [Data_Quality_SFMDM_Pwr_Fail]
  SFMDM FVOS Error [SFMDM_FVOS_Err]
  Data Quality Indicator for SFMDM FVOS Err [Data_Quality_SFMDM_FVOS_Err]
  SFMDM Byte Error Code [SFMDM_Byte_Err_Code]
  Data Quality Indicator for SFMDM Byte Err Code [Data_Quality_SFMDM_Byte_Err_Code]
  EMP Byte Status Register [EMP_Byte_Stat_Reg]
  Data Quality Indicator for EMP Byte Stat Reg [Data_Quality_EMP_Byte_Stat_Reg]
  I/O Transfer [I_O_Xfer]
  Data Quality Indicator for I/O Xfer [Data_Quality_I_O_Xfer]
  SDIO Acquisition Command Feedback [SDIO_Acq_Cmd_FdBk]
  Data Quality Indicator for SDIO Acq Cmd FdBk [Data_Quality_SDIO_Acq_Cmd_FdBk]
  Primary/Backup Core Indicator [Pri_Bkup_Core_Ind]
  Data Quality Indicator for Pri/Bkup Core Ind [Data_Quality_Pri_Bkup_Core_Ind]
  EMP BITE Command Indicator [EMP_Byte_Cmd_Ind]
  Data Quality Indicator for EMP Byte Cmd Ind [Data_Quality_EMP_Byte_Cmd_Ind]
  EPROM Patch Test Selection [EPROM_Patch_Test_Sel]
  Data Quality Indicator for EPROM Patch Test Sel [Data_Quality_EPROM_Patch_Test_Sel]
  RAM Checksum [RAM_Chksum]
  Data Quality Indicator for RAM Chksum [Data_Quality_RAM_Chksum]
  Parser on Hold [Parser_On_Hold]
  Data Quality Indicator for Parser On Hold [Data_Quality_Parser_On_Hold]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_EPMH

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM RS-422 Number Of Bits [SFMDM_RS_422___of_Bits]
  Data Quality Indicator for SFMDM RS-422 # of Bits [Data_Quality_SFMDM_RS_422___of_Bits]
  SFMDM RS-422 Parity [SFMDM_RS_422_Parity]
  Data Quality Indicator for SFMDM RS-422 Parity [Data_Quality_SFMDM_RS_422_Parity]
  SFMDM RS-422 Baud Rate [SFMDM_RS_422_BaudRate]
  Data Quality Indicator for SFMDM RS-422 BaudRate [Data_Quality_SFMDM_RS_422_BaudRate]
  SFMDM IO Transfer IOM Input Error [SFMDM_IO_Xfer_IOM_Inpt_Err]
  Data Quality Indicator for SFMDM IO Xfer IOM Inpt Err [Data_Quality_SFMDM_IO_Xfer_IOM_Inpt_Err]
  SFMDM IO Transfer Number Of Transfer Errors [SFMDM_IO_Xfer___of_Errs]
  Data Quality Indicator for SFMDM IO Xfer # of Errs [Data_Quality_SFMDM_IO_Xfer___of_Errs]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_EPSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DMS Switch 1 Status [DMS_Switch_1]
  Data Quality Indicator for DMS Switch 1 [Data_Quality_DMS_Switch_1]
  DMS Switch 2 Status [DMS_Switch_2]
  Data Quality Indicator for DMS Switch 2 [Data_Quality_DMS_Switch_2]
  EGA1 High Power Enable Status [EGA1_HP_Enable]
  Data Quality Indicator for EGA1 HP Enable [Data_Quality_EGA1_HP_Enable]
  EGA2 High Power Enable Status [EGA2_HP_Enable]
  Data Quality Indicator for EGA2 HP Enable [Data_Quality_EGA2_HP_Enable]
  Pre-EGA1 High Power Out Of Limits [Pre_EGA1_HP_Out_Of_Lim]
  Data Quality Indicator for Pre-EGA1 HP Out Of Lim [Data_Quality_Pre_EGA1_HP_Out_Of_Lim]
  Pre-EGA2 High Power Out Of Limits [Pre_EGA2_HP_Out_Of_Lim]
  Data Quality Indicator for Pre-EGA2 HP Out Of Lim [Data_Quality_Pre_EGA2_HP_Out_Of_Lim]
  Pre-EGA1 High Coil Current Out Of Limits [Pre_EGA1_Coil_Cur_Out_Of_Lim]
  Data Quality Indicator for Pre-EGA1 Coil Cur Out Of Lim [Data_Quality_Pre_EGA1_Coil_Cur_Out_Of_Lim]
  Pre-EGA2 High Coil Current Out Of Limits [Pre_EGA2_Coil_Cur_Out_Of_Lim]
  Data Quality Indicator for Pre-EGA2 Coil Cur Out Of Lim [Data_Quality_Pre_EGA2_Coil_Cur_Out_Of_Lim]
  Pre-DV Volt +5 Out Of Limits [Pre_DV__5V_Out_Of_Lim]
  Data Quality Indicator for Pre-DV +5V Out Of Lim [Data_Quality_Pre_DV__5V_Out_Of_Lim]
  Pre-DV Volt Out Of Limits [Pre_DV_Volt_Out_Of_Lim]
  Data Quality Indicator for Pre-DV Volt Out Of Lim [Data_Quality_Pre_DV_Volt_Out_Of_Lim]
  Pre-DV Overflow Out Of Limits [Pre_DV_Ovrflw_Out_Of_Lim]
  Data Quality Indicator for Pre-DV Ovrflw Out Of Lim [Data_Quality_Pre_DV_Ovrflw_Out_Of_Lim]
  Pre-DVG Pressure Out Of Limits [Pre_DVG_Pres_Out_Of_Lim]
  Data Quality Indicator for Pre-DVG Pres Out Of Lim [Data_Quality_Pre_DVG_Pres_Out_Of_Lim]
  Deployer Heaters Power Status (K2 Bus) [Dply_Htr_Pwr_K2]
  Data Quality Indicator for Dply Htr Pwr (K2) [Data_Quality_Dply_Htr_Pwr_K2]
  DACA Power Status (K3 Bus) [DACA_Pwr_K3]
  Data Quality Indicator for DACA Pwr (K3) [Data_Quality_DACA_Pwr_K3]
  Deployer Primary Functions Power Status (K4 Bus) [Dply_Pri_Func_Pwr_K4]
  Data Quality Indicator for Dply Pri Func Pwr (K4) [Data_Quality_Dply_Pri_Func_Pwr_K4]
  Satellite Heaters And Command Power Status (K5 Bus) [Sat_Htrs_Cmd_Pwr_K5]
  Data Quality Indicator for Sat Htrs/Cmd Pwr (K5) [Data_Quality_Sat_Htrs_Cmd_Pwr_K5]
  Deployer Secondary Functions Power Status (K6 Bus) [Dply_Sec_Func_Pwr_K6]
  Data Quality Indicator for Dply Sec Func Pwr (K6) [Data_Quality_Dply_Sec_Func_Pwr_K6]
  Satellite Quiescent Heaters Power Status (K7 Bus) [Sat_Quies_Htr_Pwr_K7]
  Data Quality Indicator for Sat Quies Htr Pwr (K7) [Data_Quality_Sat_Quies_Htr_Pwr_K7]
  EMP K8 Bus DC On Monitor [EMP_DC_Pwr_K8]
  Data Quality Indicator for EMP DC Pwr (K8) [Data_Quality_EMP_DC_Pwr_K8]
  MPC Power Status (K9 Bus) [MPC_Pwr_K9]
  Data Quality Indicator for MPC Pwr (K9) [Data_Quality_MPC_Pwr_K9]
  EMP K12 Bus AC On Monitor [EMP_AC_Pwr_K12]
  Data Quality Indicator for EMP AC Pwr (K12) [Data_Quality_EMP_AC_Pwr_K12]
  Pallet Coolant System Primary Power Status (Pump 1) [Pallet_Cool_Sys_Pri_Pwr_Pmp1]
  Data Quality Indicator for Pallet Cool Sys Pri Pwr (Pmp1) [Data_Quality_Pallet_Cool_Sys_Pri_Pwr_Pmp1]
  Pallet Coolant System Primary Power Status (Pump 2) [Pallet_Cool_Sys_Pri_Pwr_Pmp2]
  Data Quality Indicator for Pallet Cool Sys Pri Pwr (Pmp2) [Data_Quality_Pallet_Cool_Sys_Pri_Pwr_Pmp2]
  MPC OCP Setpoint [MCP_OCP_Setpnt]
  Data Quality Indicator for MCP OCP Setpnt [Data_Quality_MCP_OCP_Setpnt]
  SPREE PWR Status [SPREE_Pwr]
  Data Quality Indicator for SPREE Pwr [Data_Quality_SPREE_Pwr]
  DCORE PWR Status [DCORE_Pwr]
  Data Quality Indicator for DCORE Pwr [Data_Quality_DCORE_Pwr]
  SETS PWR Status [SETS_Pwr]
  Data Quality Indicator for SETS Pwr [Data_Quality_SETS_Pwr]
  RTMD A Status [RTMD_A]
  Data Quality Indicator for RTMD A [Data_Quality_RTMD_A]
  RTMD B Status [RTMD_B]
  Data Quality Indicator for RTMD B [Data_Quality_RTMD_B]
  FDR 1 Status [FDR_1]
  Data Quality Indicator for FDR 1 [Data_Quality_FDR_1]
  FDR 2 Status [FDR_2]
  Data Quality Indicator for FDR 2 [Data_Quality_FDR_2]
  MCP A Status [MCP_A]
  Data Quality Indicator for MCP A [Data_Quality_MCP_A]
  MCP B Status [MCP_B]
  Data Quality Indicator for MCP B [Data_Quality_MCP_B]
  Deflection Plate Voltage A Status [Defl_Plate_A_V]
  Data Quality Indicator for Defl Plate A V [Data_Quality_Defl_Plate_A_V]
  Deflection Plate Voltage B Status [Defl_Plate_B_V]
  Data Quality Indicator for Defl Plate B V [Data_Quality_Defl_Plate_B_V]
  DDCS: Timeline Modified Status [DDCU_Tmline_Mod]
  Data Quality Indicator for DDCU Tmline Mod [Data_Quality_DDCU_Tmline_Mod]
  DDCS: GMT-Mode (Int or Ext) [DDCU_GMT_Mode]
  Data Quality Indicator for DDCU GMT Mode [Data_Quality_DDCU_GMT_Mode]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_EPSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM Err Reg P. S. Byte Error [SFMDM_EReg_PS_Byte_Err]
  Data Quality Indicator for SFMDM EReg PS Byte Err [Data_Quality_SFMDM_EReg_PS_Byte_Err]
  SFMDM Err Reg Parity Error [SFMDM_EReg_Parity_Err]
  Data Quality Indicator for SFMDM EReg Parity Err [Data_Quality_SFMDM_EReg_Parity_Err]
  SFMDM Err Reg Internal Bus Error [SFMDM_EReg_Int_Bus]
  Data Quality Indicator for SFMDM EReg Int Bus [Data_Quality_SFMDM_EReg_Int_Bus]
  SFMDM Err Reg Data Not Transferred [SFMDM_EReg_Data__Xfer]
  Data Quality Indicator for SFMDM EReg Data !Xfer [Data_Quality_SFMDM_EReg_Data__Xfer]
  SFMDM Err Reg Channel Not Present [SFMDM_EReg_Ch__Pres]
  Data Quality Indicator for SFMDM EReg Ch !Pres [Data_Quality_SFMDM_EReg_Ch__Pres]
  SFMDM Err Reg BSDIO Module Error [SFMDM_EReg_BSDIO_Mod_Err]
  Data Quality Indicator for SFMDM EReg BSDIO Mod Err [Data_Quality_SFMDM_EReg_BSDIO_Mod_Err]
  SFMDM Err Reg Power Interrupt Error [SFMDM_EReg_Pwr_Int_Err]
  Data Quality Indicator for SFMDM EReg Pwr Int Err [Data_Quality_SFMDM_EReg_Pwr_Int_Err]
  SFMDM GMT Invalid [SFMDM_GMT_Invld]
  Data Quality Indicator for SFMDM GMT Invld [Data_Quality_SFMDM_GMT_Invld]
  SFMDM UART Framing Error [SFMDM_UART_Frm_Err]
  Data Quality Indicator for SFMDM UART Frm Err [Data_Quality_SFMDM_UART_Frm_Err]
  SFMDM UART Overrun Error [SFMDM_UART_Ovrn_Err]
  Data Quality Indicator for SFMDM UART Ovrn Err [Data_Quality_SFMDM_UART_Ovrn_Err]
  SFMDM UART Parity Error [SFMDM_UART_Parity_Err]
  Data Quality Indicator for SFMDM UART Parity Err [Data_Quality_SFMDM_UART_Parity_Err]
  SFMDM UART Byte Mode Requested [SFMDM_UART_Byte_Mode_Req]
  Data Quality Indicator for SFMDM UART Byte Mode Req [Data_Quality_SFMDM_UART_Byte_Mode_Req]
  SFMDM RS-422 Stop Bit [SFMDM_RS422_Stop_Bit]
  Data Quality Indicator for SFMDM RS422 Stop Bit [Data_Quality_SFMDM_RS422_Stop_Bit]
  SFMDM IO Transfer Parity Error [SFMDM_IO_Xfer_Parity_Err]
  Data Quality Indicator for SFMDM IO Xfer Parity Err [Data_Quality_SFMDM_IO_Xfer_Parity_Err]
  SFMDM IO Transfer Internal Bus Error [SFMDM_IO_Xfer_Int_Bus_Err]
  Data Quality Indicator for SFMDM IO Xfer Int Bus Err [Data_Quality_SFMDM_IO_Xfer_Int_Bus_Err]
  SFMDM IO Transfer Data Not Transferred [SFMDM_IO_Xfer_Data__Xfer]
  Data Quality Indicator for SFMDM IO Xfer Data !Xfer [Data_Quality_SFMDM_IO_Xfer_Data__Xfer]
  SFMDM IO Transfer Channel Not Present [SFMDM_IO_Xfer_Ch__Pres]
  Data Quality Indicator for SFMDM IO Xfer Ch !Pres [Data_Quality_SFMDM_IO_Xfer_Ch__Pres]
  SFMDM IO Transfer Not Successful [SFMDM_IO_Xfer__Suc]
  Data Quality Indicator for SFMDM IO Xfer !Suc [Data_Quality_SFMDM_IO_Xfer__Suc]
  SFMDM IO Transfer Re-EXEC Try Fail [SFMDM_IO_Xfer_Re_EXEC_Fail]
  Data Quality Indicator for SFMDM IO Xfer Re-EXEC Fail [Data_Quality_SFMDM_IO_Xfer_Re_EXEC_Fail]
  SFMDM BSR EEPROM Byte Fail [SFMDM_BSR_EPROM_Byte_Fail]
  Data Quality Indicator for SFMDM BSR EPROM Byte Fail [Data_Quality_SFMDM_BSR_EPROM_Byte_Fail]
  SFMDM BSR RAM Byte Fail [SFMDM_BSR_RAM_Byte_Fail]
  Data Quality Indicator for SFMDM BSR RAM Byte Fail [Data_Quality_SFMDM_BSR_RAM_Byte_Fail]
  SFMDM BSR A/D Converter Byte Fail [SFMDM_BSR_ADC_Byte_Fail]
  Data Quality Indicator for SFMDM BSR ADC Byte Fail [Data_Quality_SFMDM_BSR_ADC_Byte_Fail]
  SFMDM BSR CPU Byte Fail [SFMDM_BSR_CPU_Byte_Fail]
  Data Quality Indicator for SFMDM BSR CPU Byte Fail [Data_Quality_SFMDM_BSR_CPU_Byte_Fail]
  SFMDM BSR APU Byte Fail [SFMDM_BSR_APU_Byte_Fail]
  Data Quality Indicator for SFMDM BSR APU Byte Fail [Data_Quality_SFMDM_BSR_APU_Byte_Fail]
  SFMDM BSR Memory Module Byte Fail [SFMDM_BSR_Mem_Mod_Byte_Fail]
  Data Quality Indicator for SFMDM BSR Mem Mod Byte Fail [Data_Quality_SFMDM_BSR_Mem_Mod_Byte_Fail]
  SFMDM BSR Power Supply Byte Fail [SFMDM_BSR_Pwr_Sup_Byte_Fail]
  Data Quality Indicator for SFMDM BSR Pwr Sup Byte Fail [Data_Quality_SFMDM_BSR_Pwr_Sup_Byte_Fail]
  SFMDM BSR DCO Byte Fail [SFMDM_BSR_DCO_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DCO Byte Fail [Data_Quality_SFMDM_BSR_DCO_Byte_Fail]
  SFMDM BSR SDIO Byte Fail [SFMDM_BSR_SDIO_Byte_Fail]
  Data Quality Indicator for SFMDM BSR SDIO Byte Fail [Data_Quality_SFMDM_BSR_SDIO_Byte_Fail]
  SFMDM BSR DO5 Byte Fail [SFMDM_BSR_DO5_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DO5 Byte Fail [Data_Quality_SFMDM_BSR_DO5_Byte_Fail]
  SFMDM BSR RS422 SI Byte Fail [SFMDM_BSR_RS422_SI_Byte_Fail]
  Data Quality Indicator for SFMDM BSR RS422 SI Byte Fail [Data_Quality_SFMDM_BSR_RS422_SI_Byte_Fail]
  SFMDM BSR PO5 Byte Fail [SFMDM_BSR_PO5_Byte_Fail]
  Data Quality Indicator for SFMDM BSR PO5 Byte Fail [Data_Quality_SFMDM_BSR_PO5_Byte_Fail]
  SFMDM BSR DI5 Byte Fail [SFMDM_BSR_DI5_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DI5 Byte Fail [Data_Quality_SFMDM_BSR_DI5_Byte_Fail]
  SFMDM BSR RIOUM 1 Byte Fail [SFMDM_BSR_RIOUM1_Byte_Fail]
  Data Quality Indicator for SFMDM BSR RIOUM1 Byte Fail [Data_Quality_SFMDM_BSR_RIOUM1_Byte_Fail]
  SFMDM BSR RIOUM 2 Byte Fail [SFMDM_BSR_RIOUM2_Byte_Fail]
  Data Quality Indicator for SFMDM BSR RIOUM2 Byte Fail [Data_Quality_SFMDM_BSR_RIOUM2_Byte_Fail]
  SFMDM BSR DCIN Byte Fail [SFMDM_BSR_DCIN_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DCIN Byte Fail [Data_Quality_SFMDM_BSR_DCIN_Byte_Fail]
  SFMDM BSR PO28 Byte Fail [SFMDM_BSR_PO28_Byte_Fail]
  Data Quality Indicator for SFMDM BSR PO28 Byte Fail [Data_Quality_SFMDM_BSR_PO28_Byte_Fail]
  SFMDM BSR DO28 Byte Fail [SFMDM_BSR_DO28_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DO28 Byte Fail [Data_Quality_SFMDM_BSR_DO28_Byte_Fail]
  SFMDM BSR DI28 Byte Fail [SFMDM_BSR_DI28_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DI28 Byte Fail [Data_Quality_SFMDM_BSR_DI28_Byte_Fail]
  SFMDM BSR GMTI Byte Fail [SFMDM_BSR_GMTI_Byte_Fail]
  Data Quality Indicator for SFMDM BSR GMTI Byte Fail [Data_Quality_SFMDM_BSR_GMTI_Byte_Fail]
  SFMDM BSR DLM Byte Fail [SFMDM_BSR_DLM_Byte_Fail]
  Data Quality Indicator for SFMDM BSR DLM Byte Fail [Data_Quality_SFMDM_BSR_DLM_Byte_Fail]
  SFMDM BSR PRGI Byte Fail [SFMDM_BSR_PRGI_Byte_Fail]
  Data Quality Indicator for SFMDM BSR PRGI Byte Fail [Data_Quality_SFMDM_BSR_PRGI_Byte_Fail]
  SFMDM BSR PSPI Byte Fail [SFMDM_BSR_PSPI_Byte_Fail]
  Data Quality Indicator for SFMDM BSR PSPI Byte Fail [Data_Quality_SFMDM_BSR_PSPI_Byte_Fail]
  SFMDM RS232 SW Monitor Enabled [SFMDM_RS232_SW_Mon_Enab]
  Data Quality Indicator for SFMDM RS232 SW Mon Enab [Data_Quality_SFMDM_RS232_SW_Mon_Enab]
  SFMDM RS232 SW Ext Input Status [SFMDM_RS232_SW_Ext_Inpt]
  Data Quality Indicator for SFMDM RS232 SW Ext Inpt [Data_Quality_SFMDM_RS232_SW_Ext_Inpt]
  SFMDM RS232 SW Framing Error [SFMDM_RS232_SW_Frm_Err]
  Data Quality Indicator for SFMDM RS232 SW Frm Err [Data_Quality_SFMDM_RS232_SW_Frm_Err]
  SFMDM RS232 SW Overrun Error [SFMDM_RS232_SW_Ovrn_Err]
  Data Quality Indicator for SFMDM RS232 SW Ovrn Err [Data_Quality_SFMDM_RS232_SW_Ovrn_Err]
  SFMDM RS232 SW Parity Error [SFMDM_RS232_SW_Parity_Err]
  Data Quality Indicator for SFMDM RS232 SW Parity Err [Data_Quality_SFMDM_RS232_SW_Parity_Err]
  SFMDM RS232 SW Transfer Buffer Empty [SFMDM_RS232_SW_Xfer_Buf_Emp]
  Data Quality Indicator for SFMDM RS232 SW Xfer Buf Emp [Data_Quality_SFMDM_RS232_SW_Xfer_Buf_Emp]
  SFMDM RS232 SW Data Received [SFMDM_RS232_SW_Data_Rec]
  Data Quality Indicator for SFMDM RS232 SW Data Rec [Data_Quality_SFMDM_RS232_SW_Data_Rec]
  SFMDM Maint Primary Core Active [SFMDM_Maint_Pri_Core_Act]
  Data Quality Indicator for SFMDM Maint Pri Core Act [Data_Quality_SFMDM_Maint_Pri_Core_Act]
  SFMDM Maint Backup Core Active [SFMDM_Maint_Bkup_Core_Act]
  Data Quality Indicator for SFMDM Maint Bkup Core Act [Data_Quality_SFMDM_Maint_Bkup_Core_Act]
  SFMDM Maint Other Core Failed [SFMDM_Maint_Othr_Core_Fail]
  Data Quality Indicator for SFMDM Maint Othr Core Fail [Data_Quality_SFMDM_Maint_Othr_Core_Fail]
  SFMDM Maint Parbuff Unavailable [SFMDM_Maint_Parbuf_Unavail]
  Data Quality Indicator for SFMDM Maint Parbuf Unavail [Data_Quality_SFMDM_Maint_Parbuf_Unavail]
  SFMDM Maint Command Rejected By Parser [SFMDM_Maint_Prsr_Rej_Cmd]
  Data Quality Indicator for SFMDM Maint Prsr Rej Cmd [Data_Quality_SFMDM_Maint_Prsr_Rej_Cmd]
  SFMDM Maint Sync Loss With DDCU (SPARE) [SFMDM_Maint_Sync_Loss_w_DDCU]
  Data Quality Indicator for SFMDM Maint Sync Loss w/DDCU [Data_Quality_SFMDM_Maint_Sync_Loss_w_DDCU]
  SFMDM Maint Invalid Sync/Source [SFMDM_Maint_Invld_Sync_Sour]
  Data Quality Indicator for SFMDM Maint Invld Sync/Sour [Data_Quality_SFMDM_Maint_Invld_Sync_Sour]
  SFMDM Maint Invalid IOM/CMD ID [SFMDM_Maint_Invld_IOM_CMD_Id]
  Data Quality Indicator for SFMDM Maint Invld IOM/CMD Id [Data_Quality_SFMDM_Maint_Invld_IOM_CMD_Id]
  SFMDM Maint Invalid Checksum [SFMDM_Maint_Invld_Chksum]
  Data Quality Indicator for SFMDM Maint Invld Chksum [Data_Quality_SFMDM_Maint_Invld_Chksum]
  SFMDM Maint Invalid Word Count [SFMDM_Maint_Wd_Cnt]
  Data Quality Indicator for SFMDM Maint Wd Cnt [Data_Quality_SFMDM_Maint_Wd_Cnt]

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TSS-1R_M1_EPSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SFMDM D05 Channel 00 Bit U0 Lev Status [SFMDM_D05_Ch00_B_U0_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U0 Lev [Data_Quality_SFMDM_D05_Ch00_B_U0_Lev]
  SFMDM D05 Channel 00 Bit U1 Lev Status [SFMDM_D05_Ch00_B_U1_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U1 Lev [Data_Quality_SFMDM_D05_Ch00_B_U1_Lev]
  SFMDM D05 Channel 00 Bit U2 Lev Status [SFMDM_D05_Ch00_B_U2_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U2 Lev [Data_Quality_SFMDM_D05_Ch00_B_U2_Lev]
  SFMDM D05 Channel 00 Bit U3 Lev Status [SFMDM_D05_Ch00_B_U3_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U3 Lev [Data_Quality_SFMDM_D05_Ch00_B_U3_Lev]
  SFMDM D05 Channel 00 Bit U4 Lev Status [SFMDM_D05_Ch00_B_U4_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U4 Lev [Data_Quality_SFMDM_D05_Ch00_B_U4_Lev]
  SFMDM D05 Channel 00 Bit U5 Lev Status [SFMDM_D05_Ch00_B_U5_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U5 Lev [Data_Quality_SFMDM_D05_Ch00_B_U5_Lev]
  SFMDM D05 Channel 00 Bit U6 Lev Status [SFMDM_D05_Ch00_B_U6_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U6 Lev [Data_Quality_SFMDM_D05_Ch00_B_U6_Lev]
  SFMDM D05 Channel 00 Bit U7 Lev Status [SFMDM_D05_Ch00_B_U7_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/U7 Lev [Data_Quality_SFMDM_D05_Ch00_B_U7_Lev]
  SFMDM D05 Channel 00 Bit L0 Lev Status [SFMDM_D05_Ch00_B_L0_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L0 Lev [Data_Quality_SFMDM_D05_Ch00_B_L0_Lev]
  SFMDM D05 Channel 00 Bit L1 Lev Status [SFMDM_D05_Ch00_B_L1_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L1 Lev [Data_Quality_SFMDM_D05_Ch00_B_L1_Lev]
  SFMDM D05 Channel 00 Bit L2 Lev Status [SFMDM_D05_Ch00_B_L2_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L2 Lev [Data_Quality_SFMDM_D05_Ch00_B_L2_Lev]
  SFMDM D05 Channel 00 Bit L3 Lev Status [SFMDM_D05_Ch00_B_L3_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L3 Lev [Data_Quality_SFMDM_D05_Ch00_B_L3_Lev]
  SFMDM D05 Channel 00 Bit L4 Lev Status [SFMDM_D05_Ch00_B_L4_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L4 Lev [Data_Quality_SFMDM_D05_Ch00_B_L4_Lev]
  SFMDM D05 Channel 00 Bit L5 Lev Status [SFMDM_D05_Ch00_B_L5_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L5 Lev [Data_Quality_SFMDM_D05_Ch00_B_L5_Lev]
  SFMDM D05 Channel 00 Bit L6 Lev Status [SFMDM_D05_Ch00_B_L6_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L6 Lev [Data_Quality_SFMDM_D05_Ch00_B_L6_Lev]
  SFMDM D05 Channel 00 Bit L7 Lev Status [SFMDM_D05_Ch00_B_L7_Lev]
  Data Quality Indicator for SFMDM D05 Ch00 B/L7 Lev [Data_Quality_SFMDM_D05_Ch00_B_L7_Lev]
  SFMDM D05 Channel 01 Bit U0 Lev Status [SFMDM_D05_Ch01_B_U0_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U0 Lev [Data_Quality_SFMDM_D05_Ch01_B_U0_Lev]
  SFMDM D05 Channel 01 Bit U1 Lev Status [SFMDM_D05_Ch01_B_U1_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U1 Lev [Data_Quality_SFMDM_D05_Ch01_B_U1_Lev]
  SFMDM D05 Channel 01 Bit U2 Lev Status [SFMDM_D05_Ch01_B_U2_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U2 Lev [Data_Quality_SFMDM_D05_Ch01_B_U2_Lev]
  SFMDM D05 Channel 01 Bit U3 Lev Status [SFMDM_D05_Ch01_B_U3_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U3 Lev [Data_Quality_SFMDM_D05_Ch01_B_U3_Lev]
  SFMDM D05 Channel 01 Bit U4 Lev Status [SFMDM_D05_Ch01_B_U4_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U4 Lev [Data_Quality_SFMDM_D05_Ch01_B_U4_Lev]
  SFMDM D05 Channel 01 Bit U5 Lev Status [SFMDM_D05_Ch01_B_U5_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U5 Lev [Data_Quality_SFMDM_D05_Ch01_B_U5_Lev]
  SFMDM D05 Channel 01 Bit U6 Lev Status [SFMDM_D05_Ch01_B_U6_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U6 Lev [Data_Quality_SFMDM_D05_Ch01_B_U6_Lev]
  SFMDM D05 Channel 01 Bit U7 Lev Status [SFMDM_D05_Ch01_B_U7_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/U7 Lev [Data_Quality_SFMDM_D05_Ch01_B_U7_Lev]
  SFMDM D05 Channel 01 Bit L0 Lev Status [SFMDM_D05_Ch01_B_L0_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L0 Lev [Data_Quality_SFMDM_D05_Ch01_B_L0_Lev]
  SFMDM D05 Channel 01 Bit L1 Lev Status [SFMDM_D05_Ch01_B_L1_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L1 Lev [Data_Quality_SFMDM_D05_Ch01_B_L1_Lev]
  SFMDM D05 Channel 01 Bit L2 Lev Status [SFMDM_D05_Ch01_B_L2_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L2 Lev [Data_Quality_SFMDM_D05_Ch01_B_L2_Lev]
  SFMDM D05 Channel 01 Bit L3 Lev Status [SFMDM_D05_Ch01_B_L3_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L3 Lev [Data_Quality_SFMDM_D05_Ch01_B_L3_Lev]
  SFMDM D05 Channel 01 Bit L4 Lev Status [SFMDM_D05_Ch01_B_L4_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L4 Lev [Data_Quality_SFMDM_D05_Ch01_B_L4_Lev]
  SFMDM D05 Channel 01 Bit L5 Lev Status [SFMDM_D05_Ch01_B_L5_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L5 Lev [Data_Quality_SFMDM_D05_Ch01_B_L5_Lev]
  SFMDM D05 Channel 01 Bit L6 Lev Status [SFMDM_D05_Ch01_B_L6_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L6 Lev [Data_Quality_SFMDM_D05_Ch01_B_L6_Lev]
  SFMDM D05 Channel 01 Bit L7 Lev Status [SFMDM_D05_Ch01_B_L7_Lev]
  Data Quality Indicator for SFMDM D05 Ch01 B/L7 Lev [Data_Quality_SFMDM_D05_Ch01_B_L7_Lev]
  SFMDM D05 Channel 02 Bit U0 Lev Status [SFMDM_D05_Ch02_B_U0_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U0 Lev [Data_Quality_SFMDM_D05_Ch02_B_U0_Lev]
  SFMDM D05 Channel 02 Bit U1 Lev Status [SFMDM_D05_Ch02_B_U1_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U1 Lev [Data_Quality_SFMDM_D05_Ch02_B_U1_Lev]
  SFMDM D05 Channel 02 Bit U2 Lev Status [SFMDM_D05_Ch02_B_U2_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U2 Lev [Data_Quality_SFMDM_D05_Ch02_B_U2_Lev]
  SFMDM D05 Channel 02 Bit U3 Lev Status [SFMDM_D05_Ch02_B_U3_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U3 Lev [Data_Quality_SFMDM_D05_Ch02_B_U3_Lev]
  SFMDM D05 Channel 02 Bit U4 Lev Status [SFMDM_D05_Ch02_B_U4_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U4 Lev [Data_Quality_SFMDM_D05_Ch02_B_U4_Lev]
  SFMDM D05 Channel 02 Bit U5 Lev Status [SFMDM_D05_Ch02_B_U5_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U5 Lev [Data_Quality_SFMDM_D05_Ch02_B_U5_Lev]
  SFMDM D05 Channel 02 Bit U6 Lev Status [SFMDM_D05_Ch02_B_U6_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U6 Lev [Data_Quality_SFMDM_D05_Ch02_B_U6_Lev]
  SFMDM D05 Channel 02 Bit U7 Lev Status [SFMDM_D05_Ch02_B_U7_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/U7 Lev [Data_Quality_SFMDM_D05_Ch02_B_U7_Lev]
  SFMDM D05 Channel 02 Bit L0 Lev Status [SFMDM_D05_Ch02_B_L0_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L0 Lev [Data_Quality_SFMDM_D05_Ch02_B_L0_Lev]
  SFMDM D05 Channel 02 Bit L1 Lev Status [SFMDM_D05_Ch02_B_L1_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L1 Lev [Data_Quality_SFMDM_D05_Ch02_B_L1_Lev]
  SFMDM D05 Channel 02 Bit L2 Lev Status [SFMDM_D05_Ch02_B_L2_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L2 Lev [Data_Quality_SFMDM_D05_Ch02_B_L2_Lev]
  SFMDM D05 Channel 02 Bit L3 Lev Status [SFMDM_D05_Ch02_B_L3_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L3 Lev [Data_Quality_SFMDM_D05_Ch02_B_L3_Lev]
  SFMDM D05 Channel 02 Bit L4 Lev Status [SFMDM_D05_Ch02_B_L4_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L4 Lev [Data_Quality_SFMDM_D05_Ch02_B_L4_Lev]
  SFMDM D05 Channel 02 Bit L5 Lev Status [SFMDM_D05_Ch02_B_L5_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L5 Lev [Data_Quality_SFMDM_D05_Ch02_B_L5_Lev]
  SFMDM D05 Channel 02 Bit L6 Lev Status [SFMDM_D05_Ch02_B_L6_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L6 Lev [Data_Quality_SFMDM_D05_Ch02_B_L6_Lev]
  SFMDM D05 Channel 02 Bit L7 Lev Status [SFMDM_D05_Ch02_B_L7_Lev]
  Data Quality Indicator for SFMDM D05 Ch02 B/L7 Lev [Data_Quality_SFMDM_D05_Ch02_B_L7_Lev]
  SFMDM D05 Channel 00 Bit U0 Pul Status [SFMDM_D05_Ch00_B_U0_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U0 Pul [Data_Quality_SFMDM_D05_Ch00_B_U0_Pul]
  SFMDM D05 Channel 00 Bit U1 Pul Status [SFMDM_D05_Ch00_B_U1_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U1 Pul [Data_Quality_SFMDM_D05_Ch00_B_U1_Pul]
  SFMDM D05 Channel 00 Bit U2 Pul Status [SFMDM_D05_Ch00_B_U2_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U2 Pul [Data_Quality_SFMDM_D05_Ch00_B_U2_Pul]
  SFMDM D05 Channel 00 Bit U3 Pul Status [SFMDM_D05_Ch00_B_U3_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U3 Pul [Data_Quality_SFMDM_D05_Ch00_B_U3_Pul]
  SFMDM D05 Channel 00 Bit U4 Pul Status [SFMDM_D05_Ch00_B_U4_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U4 Pul [Data_Quality_SFMDM_D05_Ch00_B_U4_Pul]
  SFMDM D05 Channel 00 Bit U5 Pul Status [SFMDM_D05_Ch00_B_U5_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U5 Pul [Data_Quality_SFMDM_D05_Ch00_B_U5_Pul]
  SFMDM D05 Channel 00 Bit U6 Pul Status [SFMDM_D05_Ch00_B_U6_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U6 Pul [Data_Quality_SFMDM_D05_Ch00_B_U6_Pul]
  SFMDM D05 Channel 00 Bit U7 Pul Status [SFMDM_D05_Ch00_B_U7_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/U7 Pul [Data_Quality_SFMDM_D05_Ch00_B_U7_Pul]
  SFMDM D05 Channel 00 Bit L0 Pul Status [SFMDM_D05_Ch00_B_L0_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L0 Pul [Data_Quality_SFMDM_D05_Ch00_B_L0_Pul]
  SFMDM D05 Channel 00 Bit L1 Pul Status [SFMDM_D05_Ch00_B_L1_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L1 Pul [Data_Quality_SFMDM_D05_Ch00_B_L1_Pul]
  SFMDM D05 Channel 00 Bit L2 Pul Status [SFMDM_D05_Ch00_B_L2_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L2 Pul [Data_Quality_SFMDM_D05_Ch00_B_L2_Pul]
  SFMDM D05 Channel 00 Bit L3 Pul Status [SFMDM_D05_Ch00_B_L3_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L3 Pul [Data_Quality_SFMDM_D05_Ch00_B_L3_Pul]
  SFMDM D05 Channel 00 Bit L4 Pul Status [SFMDM_D05_Ch00_B_L4_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L4 Pul [Data_Quality_SFMDM_D05_Ch00_B_L4_Pul]
  SFMDM D05 Channel 00 Bit L5 Pul Status [SFMDM_D05_Ch00_B_L5_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L5 Pul [Data_Quality_SFMDM_D05_Ch00_B_L5_Pul]
  SFMDM D05 Channel 00 Bit L6 Pul Status [SFMDM_D05_Ch00_B_L6_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L6 Pul [Data_Quality_SFMDM_D05_Ch00_B_L6_Pul]
  SFMDM D05 Channel 00 Bit L7 Pul Status [SFMDM_D05_Ch00_B_L7_Pul]
  Data Quality Indicator for SFMDM D05 Ch00 B/L7 Pul [Data_Quality_SFMDM_D05_Ch00_B_L7_Pul]
  SFMDM D05 Channel 01 Bit U0 Pul Status [SFMDM_D05_Ch01_B_U0_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U0 Pul [Data_Quality_SFMDM_D05_Ch01_B_U0_Pul]
  SFMDM D05 Channel 01 Bit U1 Pul Status [SFMDM_D05_Ch01_B_U1_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U1 Pul [Data_Quality_SFMDM_D05_Ch01_B_U1_Pul]
  SFMDM D05 Channel 01 Bit U2 Pul Status [SFMDM_D05_Ch01_B_U2_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U2 Pul [Data_Quality_SFMDM_D05_Ch01_B_U2_Pul]
  SFMDM D05 Channel 01 Bit U3 Pul Status [SFMDM_D05_Ch01_B_U3_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U3 Pul [Data_Quality_SFMDM_D05_Ch01_B_U3_Pul]
  SFMDM D05 Channel 01 Bit U4 Pul Status [SFMDM_D05_Ch01_B_U4_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U4 Pul [Data_Quality_SFMDM_D05_Ch01_B_U4_Pul]
  SFMDM D05 Channel 01 Bit U5 Pul Status [SFMDM_D05_Ch01_B_U5_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U5 Pul [Data_Quality_SFMDM_D05_Ch01_B_U5_Pul]
  SFMDM D05 Channel 01 Bit U6 Pul Status [SFMDM_D05_Ch01_B_U6_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U6 Pul [Data_Quality_SFMDM_D05_Ch01_B_U6_Pul]
  SFMDM D05 Channel 01 Bit U7 Pul Status [SFMDM_D05_Ch01_B_U7_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/U7 Pul [Data_Quality_SFMDM_D05_Ch01_B_U7_Pul]
  SFMDM D05 Channel 01 Bit L0 Pul Status [SFMDM_D05_Ch01_B_L0_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L0 Pul [Data_Quality_SFMDM_D05_Ch01_B_L0_Pul]
  SFMDM D05 Channel 01 Bit L1 Pul Status [SFMDM_D05_Ch01_B_L1_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L1 Pul [Data_Quality_SFMDM_D05_Ch01_B_L1_Pul]
  SFMDM D05 Channel 01 Bit L2 Pul Status [SFMDM_D05_Ch01_B_L2_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L2 Pul [Data_Quality_SFMDM_D05_Ch01_B_L2_Pul]
  SFMDM D05 Channel 01 Bit L3 Pul Status [SFMDM_D05_Ch01_B_L3_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L3 Pul [Data_Quality_SFMDM_D05_Ch01_B_L3_Pul]
  SFMDM D05 Channel 01 Bit L4 Pul Status [SFMDM_D05_Ch01_B_L4_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L4 Pul [Data_Quality_SFMDM_D05_Ch01_B_L4_Pul]
  SFMDM D05 Channel 01 Bit L5 Pul Status [SFMDM_D05_Ch01_B_L5_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L5 Pul [Data_Quality_SFMDM_D05_Ch01_B_L5_Pul]
  SFMDM D05 Channel 01 Bit L6 Pul Status [SFMDM_D05_Ch01_B_L6_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L6 Pul [Data_Quality_SFMDM_D05_Ch01_B_L6_Pul]
  SFMDM D05 Channel 01 Bit L7 Pul Status [SFMDM_D05_Ch01_B_L7_Pul]
  Data Quality Indicator for SFMDM D05 Ch01 B/L7 Pul [Data_Quality_SFMDM_D05_Ch01_B_L7_Pul]
  SFMDM D05 Channel 02 Bit U0 Pul Status [SFMDM_D05_Ch02_B_U0_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U0 Pul [Data_Quality_SFMDM_D05_Ch02_B_U0_Pul]
  SFMDM D05 Channel 02 Bit U1 Pul Status [SFMDM_D05_Ch02_B_U1_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U1 Pul [Data_Quality_SFMDM_D05_Ch02_B_U1_Pul]
  SFMDM D05 Channel 02 Bit U2 Pul Status [SFMDM_D05_Ch02_B_U2_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U2 Pul [Data_Quality_SFMDM_D05_Ch02_B_U2_Pul]
  SFMDM D05 Channel 02 Bit U3 Pul Status [SFMDM_D05_Ch02_B_U3_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U3 Pul [Data_Quality_SFMDM_D05_Ch02_B_U3_Pul]
  SFMDM D05 Channel 02 Bit U4 Pul Status [SFMDM_D05_Ch02_B_U4_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U4 Pul [Data_Quality_SFMDM_D05_Ch02_B_U4_Pul]
  SFMDM D05 Channel 02 Bit U5 Pul Status [SFMDM_D05_Ch02_B_U5_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U5 Pul [Data_Quality_SFMDM_D05_Ch02_B_U5_Pul]
  SFMDM D05 Channel 02 Bit U6 Pul Status [SFMDM_D05_Ch02_B_U6_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U6 Pul [Data_Quality_SFMDM_D05_Ch02_B_U6_Pul]
  SFMDM D05 Channel 02 Bit U7 Pul Status [SFMDM_D05_Ch02_B_U7_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/U7 Pul [Data_Quality_SFMDM_D05_Ch02_B_U7_Pul]
  SFMDM D05 Channel 02 Bit L0 Pul Status [SFMDM_D05_Ch02_B_L0_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L0 Pul [Data_Quality_SFMDM_D05_Ch02_B_L0_Pul]
  SFMDM D05 Channel 02 Bit L1 Pul Status [SFMDM_D05_Ch02_B_L1_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L1 Pul [Data_Quality_SFMDM_D05_Ch02_B_L1_Pul]
  SFMDM D05 Channel 02 Bit L2 Pul Status [SFMDM_D05_Ch02_B_L2_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L2 Pul [Data_Quality_SFMDM_D05_Ch02_B_L2_Pul]
  SFMDM D05 Channel 02 Bit L3 Pul Status [SFMDM_D05_Ch02_B_L3_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L3 Pul [Data_Quality_SFMDM_D05_Ch02_B_L3_Pul]
  SFMDM D05 Channel 02 Bit L4 Pul Status [SFMDM_D05_Ch02_B_L4_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L4 Pul [Data_Quality_SFMDM_D05_Ch02_B_L4_Pul]
  SFMDM D05 Channel 02 Bit L5 Pul Status [SFMDM_D05_Ch02_B_L5_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L5 Pul [Data_Quality_SFMDM_D05_Ch02_B_L5_Pul]
  SFMDM D05 Channel 02 Bit L6 Pul Status [SFMDM_D05_Ch02_B_L6_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L6 Pul [Data_Quality_SFMDM_D05_Ch02_B_L6_Pul]
  SFMDM D05 Channel 02 Bit L7 Pul Status [SFMDM_D05_Ch02_B_L7_Pul]
  Data Quality Indicator for SFMDM D05 Ch02 B/L7 Pul [Data_Quality_SFMDM_D05_Ch02_B_L7_Pul]
  SFMDM D28 Channel 00 Bit U0 Lev Status [SFMDM_D28_Ch00_B_U0_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U0 Lev [Data_Quality_SFMDM_D28_Ch00_B_U0_Lev]
  SFMDM D28 Channel 00 Bit U1 Lev Status [SFMDM_D28_Ch00_B_U1_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U1 Lev [Data_Quality_SFMDM_D28_Ch00_B_U1_Lev]
  SFMDM D28 Channel 00 Bit U2 Lev Status [SFMDM_D28_Ch00_B_U2_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U2 Lev [Data_Quality_SFMDM_D28_Ch00_B_U2_Lev]
  SFMDM D28 Channel 00 Bit U3 Lev Status [SFMDM_D28_Ch00_B_U3_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U3 Lev [Data_Quality_SFMDM_D28_Ch00_B_U3_Lev]
  SFMDM D28 Channel 00 Bit U4 Lev Status [SFMDM_D28_Ch00_B_U4_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U4 Lev [Data_Quality_SFMDM_D28_Ch00_B_U4_Lev]
  SFMDM D28 Channel 00 Bit U5 Lev Status [SFMDM_D28_Ch00_B_U5_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U5 Lev [Data_Quality_SFMDM_D28_Ch00_B_U5_Lev]
  SFMDM D28 Channel 00 Bit U6 Lev Status [SFMDM_D28_Ch00_B_U6_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U6 Lev [Data_Quality_SFMDM_D28_Ch00_B_U6_Lev]
  SFMDM D28 Channel 00 Bit U7 Lev Status [SFMDM_D28_Ch00_B_U7_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/U7 Lev [Data_Quality_SFMDM_D28_Ch00_B_U7_Lev]
  SFMDM D28 Channel 00 Bit L0 Lev Status [SFMDM_D28_Ch00_B_L0_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L0 Lev [Data_Quality_SFMDM_D28_Ch00_B_L0_Lev]
  SFMDM D28 Channel 00 Bit L1 Lev Status [SFMDM_D28_Ch00_B_L1_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L1 Lev [Data_Quality_SFMDM_D28_Ch00_B_L1_Lev]
  SFMDM D28 Channel 00 Bit L2 Lev Status [SFMDM_D28_Ch00_B_L2_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L2 Lev [Data_Quality_SFMDM_D28_Ch00_B_L2_Lev]
  SFMDM D28 Channel 00 Bit L3 Lev Status [SFMDM_D28_Ch00_B_L3_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L3 Lev [Data_Quality_SFMDM_D28_Ch00_B_L3_Lev]
  SFMDM D28 Channel 00 Bit L4 Lev Status [SFMDM_D28_Ch00_B_L4_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L4 Lev [Data_Quality_SFMDM_D28_Ch00_B_L4_Lev]
  SFMDM D28 Channel 00 Bit L5 Lev Status [SFMDM_D28_Ch00_B_L5_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L5 Lev [Data_Quality_SFMDM_D28_Ch00_B_L5_Lev]
  SFMDM D28 Channel 00 Bit L6 Lev Status [SFMDM_D28_Ch00_B_L6_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L6 Lev [Data_Quality_SFMDM_D28_Ch00_B_L6_Lev]
  SFMDM D28 Channel 00 Bit L7 Lev Status [SFMDM_D28_Ch00_B_L7_Lev]
  Data Quality Indicator for SFMDM D28 Ch00 B/L7 Lev [Data_Quality_SFMDM_D28_Ch00_B_L7_Lev]
  SFMDM D28 Channel 01 Bit U0 Lev Status [SFMDM_D28_Ch01_B_U0_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U0 Lev [Data_Quality_SFMDM_D28_Ch01_B_U0_Lev]
  SFMDM D28 Channel 01 Bit U1 Lev Status [SFMDM_D28_Ch01_B_U1_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U1 Lev [Data_Quality_SFMDM_D28_Ch01_B_U1_Lev]
  SFMDM D28 Channel 01 Bit U2 Lev Status [SFMDM_D28_Ch01_B_U2_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U2 Lev [Data_Quality_SFMDM_D28_Ch01_B_U2_Lev]
  SFMDM D28 Channel 01 Bit U3 Lev Status [SFMDM_D28_Ch01_B_U3_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U3 Lev [Data_Quality_SFMDM_D28_Ch01_B_U3_Lev]
  SFMDM D28 Channel 01 Bit U4 Lev Status [SFMDM_D28_Ch01_B_U4_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U4 Lev [Data_Quality_SFMDM_D28_Ch01_B_U4_Lev]
  SFMDM D28 Channel 01 Bit U5 Lev Status [SFMDM_D28_Ch01_B_U5_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U5 Lev [Data_Quality_SFMDM_D28_Ch01_B_U5_Lev]
  SFMDM D28 Channel 01 Bit U6 Lev Status [SFMDM_D28_Ch01_B_U6_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U6 Lev [Data_Quality_SFMDM_D28_Ch01_B_U6_Lev]
  SFMDM D28 Channel 01 Bit U7 Lev Status [SFMDM_D28_Ch01_B_U7_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/U7 Lev [Data_Quality_SFMDM_D28_Ch01_B_U7_Lev]
  SFMDM D28 Channel 01 Bit L0 Lev Status [SFMDM_D28_Ch01_B_L0_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L0 Lev [Data_Quality_SFMDM_D28_Ch01_B_L0_Lev]
  SFMDM D28 Channel 01 Bit L1 Lev Status [SFMDM_D28_Ch01_B_L1_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L1 Lev [Data_Quality_SFMDM_D28_Ch01_B_L1_Lev]
  SFMDM D28 Channel 01 Bit L2 Lev Status [SFMDM_D28_Ch01_B_L2_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L2 Lev [Data_Quality_SFMDM_D28_Ch01_B_L2_Lev]
  SFMDM D28 Channel 01 Bit L3 Lev Status [SFMDM_D28_Ch01_B_L3_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L3 Lev [Data_Quality_SFMDM_D28_Ch01_B_L3_Lev]
  SFMDM D28 Channel 01 Bit L4 Lev Status [SFMDM_D28_Ch01_B_L4_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L4 Lev [Data_Quality_SFMDM_D28_Ch01_B_L4_Lev]
  SFMDM D28 Channel 01 Bit L5 Lev Status [SFMDM_D28_Ch01_B_L5_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L5 Lev [Data_Quality_SFMDM_D28_Ch01_B_L5_Lev]
  SFMDM D28 Channel 01 Bit L6 Lev Status [SFMDM_D28_Ch01_B_L6_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L6 Lev [Data_Quality_SFMDM_D28_Ch01_B_L6_Lev]
  SFMDM D28 Channel 01 Bit L7 Lev Status [SFMDM_D28_Ch01_B_L7_Lev]
  Data Quality Indicator for SFMDM D28 Ch01 B/L7 Lev [Data_Quality_SFMDM_D28_Ch01_B_L7_Lev]
  SFMDM D28 Channel 02 Bit U0 Lev Status [SFMDM_D28_Ch02_B_U0_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U0 Lev [Data_Quality_SFMDM_D28_Ch02_B_U0_Lev]
  SFMDM D28 Channel 02 Bit U1 Lev Status [SFMDM_D28_Ch02_B_U1_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U1 Lev [Data_Quality_SFMDM_D28_Ch02_B_U1_Lev]
  SFMDM D28 Channel 02 Bit U2 Lev Status [SFMDM_D28_Ch02_B_U2_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U2 Lev [Data_Quality_SFMDM_D28_Ch02_B_U2_Lev]
  SFMDM D28 Channel 02 Bit U3 Lev Status [SFMDM_D28_Ch02_B_U3_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U3 Lev [Data_Quality_SFMDM_D28_Ch02_B_U3_Lev]
  SFMDM D28 Channel 02 Bit U4 Lev Status [SFMDM_D28_Ch02_B_U4_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U4 Lev [Data_Quality_SFMDM_D28_Ch02_B_U4_Lev]
  SFMDM D28 Channel 02 Bit U5 Lev Status [SFMDM_D28_Ch02_B_U5_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U5 Lev [Data_Quality_SFMDM_D28_Ch02_B_U5_Lev]
  SFMDM D28 Channel 02 Bit U6 Lev Status [SFMDM_D28_Ch02_B_U6_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U6 Lev [Data_Quality_SFMDM_D28_Ch02_B_U6_Lev]
  SFMDM D28 Channel 02 Bit U7 Lev Status [SFMDM_D28_Ch02_B_U7_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/U7 Lev [Data_Quality_SFMDM_D28_Ch02_B_U7_Lev]
  SFMDM D28 Channel 02 Bit L0 Lev Status [SFMDM_D28_Ch02_B_L0_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L0 Lev [Data_Quality_SFMDM_D28_Ch02_B_L0_Lev]
  SFMDM D28 Channel 02 Bit L1 Lev Status [SFMDM_D28_Ch02_B_L1_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L1 Lev [Data_Quality_SFMDM_D28_Ch02_B_L1_Lev]
  SFMDM D28 Channel 02 Bit L2 Lev Status [SFMDM_D28_Ch02_B_L2_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L2 Lev [Data_Quality_SFMDM_D28_Ch02_B_L2_Lev]
  SFMDM D28 Channel 02 Bit L3 Lev Status [SFMDM_D28_Ch02_B_L3_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L3 Lev [Data_Quality_SFMDM_D28_Ch02_B_L3_Lev]
  SFMDM D28 Channel 02 Bit L4 Lev Status [SFMDM_D28_Ch02_B_L4_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L4 Lev [Data_Quality_SFMDM_D28_Ch02_B_L4_Lev]
  SFMDM D28 Channel 02 Bit L5 Lev Status [SFMDM_D28_Ch02_B_L5_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L5 Lev [Data_Quality_SFMDM_D28_Ch02_B_L5_Lev]
  SFMDM D28 Channel 02 Bit L6 Lev Status [SFMDM_D28_Ch02_B_L6_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L6 Lev [Data_Quality_SFMDM_D28_Ch02_B_L6_Lev]
  SFMDM D28 Channel 02 Bit L7 Lev Status [SFMDM_D28_Ch02_B_L7_Lev]
  Data Quality Indicator for SFMDM D28 Ch02 B/L7 Lev [Data_Quality_SFMDM_D28_Ch02_B_L7_Lev]
  SFMDM D28 Channel 00 Bit U0 Pul Status [SFMDM_D28_Ch00_B_U0_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U0 Pul [Data_Quality_SFMDM_D28_Ch00_B_U0_Pul]
  SFMDM D28 Channel 00 Bit U1 Pul Status [SFMDM_D28_Ch00_B_U1_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U1 Pul [Data_Quality_SFMDM_D28_Ch00_B_U1_Pul]
  SFMDM D28 Channel 00 Bit U2 Pul Status [SFMDM_D28_Ch00_B_U2_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U2 Pul [Data_Quality_SFMDM_D28_Ch00_B_U2_Pul]
  SFMDM D28 Channel 00 Bit U3 Pul Status [SFMDM_D28_Ch00_B_U3_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U3 Pul [Data_Quality_SFMDM_D28_Ch00_B_U3_Pul]
  SFMDM D28 Channel 00 Bit U4 Pul Status [SFMDM_D28_Ch00_B_U4_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U4 Pul [Data_Quality_SFMDM_D28_Ch00_B_U4_Pul]
  SFMDM D28 Channel 00 Bit U5 Pul Status [SFMDM_D28_Ch00_B_U5_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U5 Pul [Data_Quality_SFMDM_D28_Ch00_B_U5_Pul]
  SFMDM D28 Channel 00 Bit U6 Pul Status [SFMDM_D28_Ch00_B_U6_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U6 Pul [Data_Quality_SFMDM_D28_Ch00_B_U6_Pul]
  SFMDM D28 Channel 00 Bit U7 Pul Status [SFMDM_D28_Ch00_B_U7_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/U7 Pul [Data_Quality_SFMDM_D28_Ch00_B_U7_Pul]
  SFMDM D28 Channel 00 Bit L0 Pul Status [SFMDM_D28_Ch00_B_L0_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L0 Pul [Data_Quality_SFMDM_D28_Ch00_B_L0_Pul]
  SFMDM D28 Channel 00 Bit L1 Pul Status [SFMDM_D28_Ch00_B_L1_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L1 Pul [Data_Quality_SFMDM_D28_Ch00_B_L1_Pul]
  SFMDM D28 Channel 00 Bit L2 Pul Status [SFMDM_D28_Ch00_B_L2_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L2 Pul [Data_Quality_SFMDM_D28_Ch00_B_L2_Pul]
  SFMDM D28 Channel 00 Bit L3 Pul Status [SFMDM_D28_Ch00_B_L3_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L3 Pul [Data_Quality_SFMDM_D28_Ch00_B_L3_Pul]
  SFMDM D28 Channel 00 Bit L4 Pul Status [SFMDM_D28_Ch00_B_L4_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L4 Pul [Data_Quality_SFMDM_D28_Ch00_B_L4_Pul]
  SFMDM D28 Channel 00 Bit L5 Pul Status [SFMDM_D28_Ch00_B_L5_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L5 Pul [Data_Quality_SFMDM_D28_Ch00_B_L5_Pul]
  SFMDM D28 Channel 00 Bit L6 Pul Status [SFMDM_D28_Ch00_B_L6_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L6 Pul [Data_Quality_SFMDM_D28_Ch00_B_L6_Pul]
  SFMDM D28 Channel 00 Bit L7 Pul Status [SFMDM_D28_Ch00_B_L7_Pul]
  Data Quality Indicator for SFMDM D28 Ch00 B/L7 Pul [Data_Quality_SFMDM_D28_Ch00_B_L7_Pul]
  SFMDM D28 Channel 01 Bit U0 Pul Status [SFMDM_D28_Ch01_B_U0_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U0 Pul [Data_Quality_SFMDM_D28_Ch01_B_U0_Pul]
  SFMDM D28 Channel 01 Bit U1 Pul Status [SFMDM_D28_Ch01_B_U1_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U1 Pul [Data_Quality_SFMDM_D28_Ch01_B_U1_Pul]
  SFMDM D28 Channel 01 Bit U2 Pul Status [SFMDM_D28_Ch01_B_U2_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U2 Pul [Data_Quality_SFMDM_D28_Ch01_B_U2_Pul]
  SFMDM D28 Channel 01 Bit U3 Pul Status [SFMDM_D28_Ch01_B_U3_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U3 Pul [Data_Quality_SFMDM_D28_Ch01_B_U3_Pul]
  SFMDM D28 Channel 01 Bit U4 Pul Status [SFMDM_D28_Ch01_B_U4_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U4 Pul [Data_Quality_SFMDM_D28_Ch01_B_U4_Pul]
  SFMDM D28 Channel 01 Bit U5 Pul Status [SFMDM_D28_Ch01_B_U5_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U5 Pul [Data_Quality_SFMDM_D28_Ch01_B_U5_Pul]
  SFMDM D28 Channel 01 Bit U6 Pul Status [SFMDM_D28_Ch01_B_U6_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U6 Pul [Data_Quality_SFMDM_D28_Ch01_B_U6_Pul]
  SFMDM D28 Channel 01 Bit U7 Pul Status [SFMDM_D28_Ch01_B_U7_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/U7 Pul [Data_Quality_SFMDM_D28_Ch01_B_U7_Pul]
  SFMDM D28 Channel 01 Bit L0 Pul Status [SFMDM_D28_Ch01_B_L0_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L0 Pul [Data_Quality_SFMDM_D28_Ch01_B_L0_Pul]
  SFMDM D28 Channel 01 Bit L1 Pul Status [SFMDM_D28_Ch01_B_L1_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L1 Pul [Data_Quality_SFMDM_D28_Ch01_B_L1_Pul]
  SFMDM D28 Channel 01 Bit L2 Pul Status [SFMDM_D28_Ch01_B_L2_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L2 Pul [Data_Quality_SFMDM_D28_Ch01_B_L2_Pul]
  SFMDM D28 Channel 01 Bit L3 Pul Status [SFMDM_D28_Ch01_B_L3_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L3 Pul [Data_Quality_SFMDM_D28_Ch01_B_L3_Pul]
  SFMDM D28 Channel 01 Bit L4 Pul Status [SFMDM_D28_Ch01_B_L4_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L4 Pul [Data_Quality_SFMDM_D28_Ch01_B_L4_Pul]
  SFMDM D28 Channel 01 Bit L5 Pul Status [SFMDM_D28_Ch01_B_L5_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L5 Pul [Data_Quality_SFMDM_D28_Ch01_B_L5_Pul]
  SFMDM D28 Channel 01 Bit L6 Pul Status [SFMDM_D28_Ch01_B_L6_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L6 Pul [Data_Quality_SFMDM_D28_Ch01_B_L6_Pul]
  SFMDM D28 Channel 01 Bit L7 Pul Status [SFMDM_D28_Ch01_B_L7_Pul]
  Data Quality Indicator for SFMDM D28 Ch01 B/L7 Pul [Data_Quality_SFMDM_D28_Ch01_B_L7_Pul]
  SFMDM D28 Channel 02 Bit U0 Pul Status [SFMDM_D28_Ch02_B_U0_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U0 Pul [Data_Quality_SFMDM_D28_Ch02_B_U0_Pul]
  SFMDM D28 Channel 02 Bit U1 Pul Status [SFMDM_D28_Ch02_B_U1_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U1 Pul [Data_Quality_SFMDM_D28_Ch02_B_U1_Pul]
  SFMDM D28 Channel 02 Bit U2 Pul Status [SFMDM_D28_Ch02_B_U2_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U2 Pul [Data_Quality_SFMDM_D28_Ch02_B_U2_Pul]
  SFMDM D28 Channel 02 Bit U3 Pul Status [SFMDM_D28_Ch02_B_U3_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U3 Pul [Data_Quality_SFMDM_D28_Ch02_B_U3_Pul]
  SFMDM D28 Channel 02 Bit U4 Pul Status [SFMDM_D28_Ch02_B_U4_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U4 Pul [Data_Quality_SFMDM_D28_Ch02_B_U4_Pul]
  SFMDM D28 Channel 02 Bit U5 Pul Status [SFMDM_D28_Ch02_B_U5_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U5 Pul [Data_Quality_SFMDM_D28_Ch02_B_U5_Pul]
  SFMDM D28 Channel 02 Bit U6 Pul Status [SFMDM_D28_Ch02_B_U6_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U6 Pul [Data_Quality_SFMDM_D28_Ch02_B_U6_Pul]
  SFMDM D28 Channel 02 Bit U7 Pul Status [SFMDM_D28_Ch02_B_U7_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/U7 Pul [Data_Quality_SFMDM_D28_Ch02_B_U7_Pul]
  SFMDM D28 Channel 02 Bit L0 Pul Status [SFMDM_D28_Ch02_B_L0_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L0 Pul [Data_Quality_SFMDM_D28_Ch02_B_L0_Pul]
  SFMDM D28 Channel 02 Bit L1 Pul Status [SFMDM_D28_Ch02_B_L1_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L1 Pul [Data_Quality_SFMDM_D28_Ch02_B_L1_Pul]
  SFMDM D28 Channel 02 Bit L2 Pul Status [SFMDM_D28_Ch02_B_L2_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L2 Pul [Data_Quality_SFMDM_D28_Ch02_B_L2_Pul]
  SFMDM D28 Channel 02 Bit L3 Pul Status [SFMDM_D28_Ch02_B_L3_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L3 Pul [Data_Quality_SFMDM_D28_Ch02_B_L3_Pul]
  SFMDM D28 Channel 02 Bit L4 Pul Status [SFMDM_D28_Ch02_B_L4_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L4 Pul [Data_Quality_SFMDM_D28_Ch02_B_L4_Pul]
  SFMDM D28 Channel 02 Bit L5 Pul Status [SFMDM_D28_Ch02_B_L5_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L5 Pul [Data_Quality_SFMDM_D28_Ch02_B_L5_Pul]
  SFMDM D28 Channel 02 Bit L6 Pul Status [SFMDM_D28_Ch02_B_L6_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L6 Pul [Data_Quality_SFMDM_D28_Ch02_B_L6_Pul]
  SFMDM D28 Channel 02 Bit L7 Pul Status [SFMDM_D28_Ch02_B_L7_Pul]
  Data Quality Indicator for SFMDM D28 Ch02 B/L7 Pul [Data_Quality_SFMDM_D28_Ch02_B_L7_Pul]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_EPSD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SDIO Channel 0 Activated [SDIO_Ch00_Act]
  Data Quality Indicator for SDIO Ch00 Act [Data_Quality_SDIO_Ch00_Act]
  SDIO Channel 0 Receiving Data [SDIO_Ch00_Rec]
  Data Quality Indicator for SDIO Ch00 Rec [Data_Quality_SDIO_Ch00_Rec]
  SDIO Channel 1 Activated [SDIO_Ch01_Act]
  Data Quality Indicator for SDIO Ch01 Act [Data_Quality_SDIO_Ch01_Act]
  SDIO Channel 1 Receiving Data [SDIO_Ch01_Rec]
  Data Quality Indicator for SDIO Ch01 Rec [Data_Quality_SDIO_Ch01_Rec]
  SDIO Channel 2 Activated [SDIO_Ch02_Act]
  Data Quality Indicator for SDIO Ch02 Act [Data_Quality_SDIO_Ch02_Act]
  SDIO Channel 2 Receiving Data [SDIO_Ch02_Rec]
  Data Quality Indicator for SDIO Ch02 Rec [Data_Quality_SDIO_Ch02_Rec]
  SDIO Channel 3 Activated [SDIO_Ch03_Act]
  Data Quality Indicator for SDIO Ch03 Act [Data_Quality_SDIO_Ch03_Act]
  SDIO Channel 3 Receiving Data [SDIO_Ch03_Rec]
  Data Quality Indicator for SDIO Ch03 Rec [Data_Quality_SDIO_Ch03_Rec]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPBB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Boom Current (BMSP_I) [BMSP_I_1_Telemetry_Dimensionless]
  Boom Current (BMSP_I) [BMSP_I_2_Current_uA]
  Data Quality Indicator for BMSP I [Data_Quality_BMSP_I]
  Measured Boom Voltage (MFSP_V) [Meas_BMSP_V_1_Telemetry_Dimensionless]
  Measured Boom Voltage (MFSP_V) [Meas_BMSP_V_2_Voltage_Volts]
  Data Quality Indicator for Meas BMSP V [Data_Quality_Meas_BMSP_V]
  Comanded Boom Voltage (CFSP_V) [Cmd_BMSP_V_1_Telemetry_Dimensionless]
  Comanded Boom Voltage (CFSP_V) [Cmd_BMSP_V_2_Voltage_Volts]
  Data Quality Indicator for Cmd BMSP V [Data_Quality_Cmd_BMSP_V]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPDM

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  No Of Peaks In The Data [Num_of_Peaks]
  Data Quality Indicator for Num of Peaks [Data_Quality_Num_of_Peaks]
  Sweep Step Location Of Peak 1 [Peak_1__Loc_1_Step___integer]
  Sweep Step Location Of Peak 1 [Peak_1__Loc_2_Voltage_Volts]
  Data Quality Indicator for Peak 1: Loc [Data_Quality_Peak_1__Loc]
  Sweep Step Location Of Peak 2 [Peak_2__Loc_1_Step___integer]
  Sweep Step Location Of Peak 2 [Peak_2__Loc_2_Voltage_Volts]
  Data Quality Indicator for Peak 2: Loc [Data_Quality_Peak_2__Loc]
  Sweep Step Location Of Peak 3 [Peak_3__Loc_1_Step___integer]
  Sweep Step Location Of Peak 3 [Peak_3__Loc_2_Voltage_Volts]
  Data Quality Indicator for Peak 3: Loc [Data_Quality_Peak_3__Loc]
  1/2 Current Location Of Peak 1 [Peak_1__1_2I_1_Step___integer]
  1/2 Current Location Of Peak 1 [Peak_1__1_2I_2_Voltage_Volts]
  Data Quality Indicator for Peak 1: 1/2I [Data_Quality_Peak_1__1_2I]
  1/2 Current Location Of Peak 2 [Peak_2__1_2I_1_Step___integer]
  1/2 Current Location Of Peak 2 [Peak_2__1_2I_2_Voltage_Volts]
  Data Quality Indicator for Peak 2: 1/2I [Data_Quality_Peak_2__1_2I]
  1/2 Current Location Of Peak 3 [Peak_3__1_2I_1_Step___integer]
  1/2 Current Location Of Peak 3 [Peak_3__1_2I_2_Voltage_Volts]
  Data Quality Indicator for Peak 3: 1/2I [Data_Quality_Peak_3__1_2I]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPDP

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Deflection Current [Defl_1_Telemetry_Dimensionless]
  Deflection Current [Defl_2_Current_amps]
  Data Quality Indicator for Defl [Data_Quality_Defl]
  Scan Voltage for Defl [Scan_Voltage_Steps_Defl_CAL]
  Retard Only [Retard_1_Telemetry_Dimensionless]
  Retard Only [Retard_2_Current_amps]
  Data Quality Indicator for Retard [Data_Quality_Retard]
  Scan Voltage for Retard [Scan_Voltage_Steps_Retard_CAL]
  Retard, Peak 1 [Retard_Pk_1_1_Telemetry_Dimensionless]
  Retard, Peak 1 [Retard_Pk_1_2_Current_amps]
  Data Quality Indicator for Retard/Pk 1 [Data_Quality_Retard_Pk_1]
  Scan Voltage for Retard/Pk 1 [Scan_Voltage_Steps_Retard_Pk_1_CAL]
  Retard, Peak 2 [Retard_Pk_2_1_Telemetry_Dimensionless]
  Retard, Peak 2 [Retard_Pk_2_2_Current_amps]
  Data Quality Indicator for Retard/Pk 2 [Data_Quality_Retard_Pk_2]
  Scan Voltage for Retard/Pk 2 [Scan_Voltage_Steps_Retard_Pk_2_CAL]
  Retard, Peak 3 [Retard_Pk_3_1_Telemetry_Dimensionless]
  Retard, Peak 3 [Retard_Pk_3_2_Current_amps]
  Data Quality Indicator for Retard/Pk 3 [Data_Quality_Retard_Pk_3]
  Scan Voltage for Retard/Pk 3 [Scan_Voltage_Steps_Retard_Pk_3_CAL]
  Status Indicator Instrument Mode [MODE0_Mode_Flag]
  Status Indicator Deflection Range [MODE1_Deflection_Sweep_Range]
  Status Indicator Retard Range [MODE2_Retard_Sweep_Range]
  Status Indicator Data Format [MODE3_Data_Format]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPEA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Sensor, Spectrometer 3 [e__Sen_3_1_Telemetry_Dimensionless]
  Electron Sensor, Spectrometer 3 [e__Sen_3_2_counts_acc_c_acc]
  Electron Sensor, Spectrometer 3 [e__Sen_3_3_c_acc_c_acc]
  Electron Sensor, Spectrometer 3 [e__Sen_3_4_Count_Rate_c_s]
  Electron Sensor, Spectrometer 3 [e__Sen_3_5_NF_cnts_cm__2_ster_s]
  Electron Sensor, Spectrometer 3 [e__Sen_3_6_dNF_cnts_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 3 [e__Sen_3_7_dEF_ergs_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 3 [e__Sen_3_8_DF_sec__3_km__6]
  Data Quality Indicator for e- Sen 3 [Data_Quality_e__Sen_3]
  Start Spin Angle for e- Sen 3 [Start_Spin_Angle_e__Sen_3]
  Pitch Angle for e- Sen 3 [Pitch_Angle_e__Sen_3]
  Electron Sensor, Spectrometer 4 [e__Sen_4_1_Telemetry_Dimensionless]
  Electron Sensor, Spectrometer 4 [e__Sen_4_2_counts_acc_c_acc]
  Electron Sensor, Spectrometer 4 [e__Sen_4_3_c_acc_c_acc]
  Electron Sensor, Spectrometer 4 [e__Sen_4_4_Count_Rate_c_s]
  Electron Sensor, Spectrometer 4 [e__Sen_4_5_NF_cnts_cm__2_str_s]
  Electron Sensor, Spectrometer 4 [e__Sen_4_6_dNF_cnts_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 4 [e__Sen_4_7_dEF_ergs_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 4 [e__Sen_4_8_DF_sec__3_km__6]
  Data Quality Indicator for e- Sen 4 [Data_Quality_e__Sen_4]
  Start Spin Angle for e- Sen 4 [Start_Spin_Angle_e__Sen_4]
  Pitch Angle for e- Sen 4 [Pitch_Angle_e__Sen_4]
  Electron Sensor, Spectrometer 5 [e__Sen_5_1_Telemetry_Dimensionless]
  Electron Sensor, Spectrometer 5 [e__Sen_5_2_counts_acc_c_acc]
  Electron Sensor, Spectrometer 5 [e__Sen_5_3_c_acc_c_acc]
  Electron Sensor, Spectrometer 5 [e__Sen_5_4_Count_Rate_c_s]
  Electron Sensor, Spectrometer 5 [e__Sen_5_5_NF_cnts_cm__2_str_s]
  Electron Sensor, Spectrometer 5 [e__Sen_5_6_dNF_cnts_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 5 [e__Sen_5_7_dEF_ergs_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 5 [e__Sen_5_8_DF_sec__3_km__6]
  Data Quality Indicator for e- Sen 5 [Data_Quality_e__Sen_5]
  Start Spin Angle for e- Sen 5 [Start_Spin_Angle_e__Sen_5]
  Pitch Angle for e- Sen 5 [Pitch_Angle_e__Sen_5]
  Status Indicator HV Pwr Supply [MODE0_HVPS_Voltage_State]

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TSS-1R_M1_RPEB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Sensor, Spectrometer 1 [e__Sen_1_1_Telemetry_Dimensionless]
  Electron Sensor, Spectrometer 1 [e__Sen_1_2_counts_acc_c_acc]
  Electron Sensor, Spectrometer 1 [e__Sen_1_3_c_acc_c_acc]
  Electron Sensor, Spectrometer 1 [e__Sen_1_4_Count_Rate_c_s]
  Electron Sensor, Spectrometer 1 [e__Sen_1_5_NF_cnts_cm__2_ster_s]
  Electron Sensor, Spectrometer 1 [e__Sen_1_6_dNF_cnts_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 1 [e__Sen_1_7_dEF_ergs_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 1 [e__Sen_1_8_DF_sec__3_km__6]
  Data Quality Indicator for e- Sen 1 [Data_Quality_e__Sen_1]
  Start Spin Angle for e- Sen 1 [Start_Spin_Angle_e__Sen_1]
  Pitch Angle for e- Sen 1 [Pitch_Angle_e__Sen_1]
  Electron Sensor, Spectrometer 2 [e__Sen_2_1_Telemetry_Dimensionless]
  Electron Sensor, Spectrometer 2 [e__Sen_2_2_counts_acc_c_acc]
  Electron Sensor, Spectrometer 2 [e__Sen_2_3_c_acc_c_acc]
  Electron Sensor, Spectrometer 2 [e__Sen_2_4_Count_Rate_c_s]
  Electron Sensor, Spectrometer 2 [e__Sen_2_5_NF_cnts_cm__2_ster_s]
  Electron Sensor, Spectrometer 2 [e__Sen_2_6_dNF_cnts_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 2 [e__Sen_2_7_dEF_ergs_cm__2_ster_s_eV]
  Electron Sensor, Spectrometer 2 [e__Sen_2_8_DF_sec__3_km__6]
  Data Quality Indicator for e- Sen 2 [Data_Quality_e__Sen_2]
  Start Spin Angle for e- Sen 2 [Start_Spin_Angle_e__Sen_2]
  Pitch Angle for e- Sen 2 [Pitch_Angle_e__Sen_2]
  Status Indicator HV Pwr Supply [MODE0_HVPS_Voltage_State]

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TSS-1R_M1_RPEM

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Detector Current [Dif_Elec_1_telemetry_raw]
  Detector Current [Dif_Elec_2_current_amps]
  Data Quality Indicator for Dif/Elec [Data_Quality_Dif_Elec]

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TSS-1R_M1_RPHA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Format Counter Lo Byte [FmtCntr_Lo]
  Data Quality Indicator for FmtCntr/Lo [Data_Quality_FmtCntr_Lo]
  Format Counter Hi Byte [FmtCntr_Hi]
  Data Quality Indicator for FmtCntr/Hi [Data_Quality_FmtCntr_Hi]
  Cycle Counter [Cyc_Cntr]
  Data Quality Indicator for Cyc/Cntr [Data_Quality_Cyc_Cntr]
  Reflected Command Word [Cmd_Word]
  Data Quality Indicator for Cmd/Word [Data_Quality_Cmd_Word]
  DIFP-E Temperature Monitor [DIFP_E_T_1_telemetry_unitless]
  DIFP-E Temperature Monitor [DIFP_E_T_2_T_degC]
  Data Quality Indicator for DIFP-E/T [Data_Quality_DIFP_E_T]
  DIFP-S Temperature Monitor [DIFP_S_T_1_telemetry_unitless]
  DIFP-S Temperature Monitor [DIFP_S_T_2_T_degC]
  Data Quality Indicator for DIFP-S/T [Data_Quality_DIFP_S_T]
  EPROM Check Sum Byte [EPROM_Chksm]
  Data Quality Indicator for EPROM/Chksm [Data_Quality_EPROM_Chksm]

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TSS-1R_M1_RPHB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Deflection Voltage When 0V Deflection / 0V Retard [DifV_0VD_0VR_1_telemetry_raw]
  Deflection Voltage When 0V Deflection / 0V Retard [DifV_0VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV 0VD:0VR [Data_Quality_DifV_0VD_0VR]
  Deflection Voltage When +/- 25V Deflection / 0V Retard [DifV_Plus_Minus_25VD_0VR_1_telemetry_raw]
  Deflection Voltage When +/- 25V Deflection / 0V Retard [DifV_Plus_Minus_25VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Plus/Minus 25VD:0VR [Data_Quality_DifV_Plus_Minus_25VD_0VR]
  Deflection Voltage When +/- 50V Deflection / 0V Retard [DifV_Plus_Minus_50VD_0VR_1_telemetry_raw]
  Deflection Voltage When +/- 50V Deflection / 0V Retard [DifV_Plus_Minus_50VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Plus/Minus 50VD:0VR [Data_Quality_DifV_Plus_Minus_50VD_0VR]
  Deflection Voltage When +/- 75V Deflection / 0V Retard [DifV_Plus_Minus_75VD_0VR_1_telemetry_raw]
  Deflection Voltage When +/- 75V Deflection / 0V Retard [DifV_Plus_Minus_75VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Plus/Minus 75VD:0VR [Data_Quality_DifV_Plus_Minus_75VD_0VR]
  Deflection Voltage When -/+ 75V Deflection / 0V Retard [DifV_Minus_Plus_75VD_0VR_1_telemetry_raw]
  Deflection Voltage When -/+ 75V Deflection / 0V Retard [DifV_Minus_Plus_75VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Minus/Plus 75VD:0VR [Data_Quality_DifV_Minus_Plus_75VD_0VR]
  Deflection Voltage When -/+ 50V Deflection / 0V Retard [DifV_Minus_Plus_50VD_0VR_1_telemetry_raw]
  Deflection Voltage When -/+ 50V Deflection / 0V Retard [DifV_Minus_Plus_50VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Minus/Plus 50VD:0VR [Data_Quality_DifV_Minus_Plus_50VD_0VR]
  Deflection Voltage When -/+ 25V Deflection / 0V Retard [DifV_Minus_Plus_25VD_0VR_1_telemetry_raw]
  Deflection Voltage When -/+ 25V Deflection / 0V Retard [DifV_Minus_Plus_25VD_0VR_2_voltage_volts]
  Data Quality Indicator for DifV Minus/Plus 25VD:0VR [Data_Quality_DifV_Minus_Plus_25VD_0VR]
  Retard Voltage When 0V Deflection / 50V Retard [RtdV_0VD_50VR_1_telemetry_raw]
  Retard Voltage When 0V Deflection / 50V Retard [RtdV_0VD_50VR_2_voltage_volts]
  Data Quality Indicator for RtdV 0VD:50VR [Data_Quality_RtdV_0VD_50VR]
  Collector Current When 0V Deflection / 0V Retard [ColI_0VD_0VR_1_telemetry_raw]
  Collector Current When 0V Deflection / 0V Retard [ColI_0VD_0VR_2_current_amps]
  Data Quality Indicator for ColI 0VD:0VR [Data_Quality_ColI_0VD_0VR]
  Collector Current When +/- 25V Deflection / 0V Retard [ColI_Plus_Minus_25VD_0VR_1_telemetry_raw]
  Collector Current When +/- 25V Deflection / 0V Retard [ColI_Plus_Minus_25VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Plus/Minus 25VD:0VR [Data_Quality_ColI_Plus_Minus_25VD_0VR]
  Collector Current When +/- 50V Deflection / 0V Retard [ColI_Plus_Minus_50VD_0VR_1_telemetry_raw]
  Collector Current When +/- 50V Deflection / 0V Retard [ColI_Plus_Minus_50VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Plus/Minus 50VD:0VR [Data_Quality_ColI_Plus_Minus_50VD_0VR]
  Collector Current When +/- 75V Deflection / 0V Retard [ColI_Plus_Minus_75VD_0VR_1_telemetry_raw]
  Collector Current When +/- 75V Deflection / 0V Retard [ColI_Plus_Minus_75VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Plus/Minus 75VD:0VR [Data_Quality_ColI_Plus_Minus_75VD_0VR]
  Collector Current When -/+ 75V Deflection / 0V Retard [ColI_Minus_Plus_75VD_0VR_1_telemetry_raw]
  Collector Current When -/+ 75V Deflection / 0V Retard [ColI_Minus_Plus_75VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Minus/Plus 75VD:0VR [Data_Quality_ColI_Minus_Plus_75VD_0VR]
  Collector Current When -/+ 50V Deflection / 0V Retard [ColI_Minus_Plus_50VD_0VR_1_telemetry_raw]
  Collector Current When -/+ 50V Deflection / 0V Retard [ColI_Minus_Plus_50VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Minus/Plus 50VD:0VR [Data_Quality_ColI_Minus_Plus_50VD_0VR]
  Collector Current When -/+ 25V Deflection / 0V Retard [ColI_Minus_Plus_25VD_0VR_1_telemetry_raw]
  Collector Current When -/+ 25V Deflection / 0V Retard [ColI_Minus_Plus_25VD_0VR_2_current_amps]
  Data Quality Indicator for ColI Minus/Plus 25VD:0VR [Data_Quality_ColI_Minus_Plus_25VD_0VR]
  Collector Current When 0V Deflection / 50V Retard [ColI_0VD_50VR_1_telemetry_raw]
  Collector Current When 0V Deflection / 50V Retard [ColI_0VD_50VR_2_current_amps]
  Data Quality Indicator for ColI 0VD:50VR [Data_Quality_ColI_0VD_50VR]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPHC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  High Voltage Power Supply 1 +V Monitor [HVPS_1_Plus_V_1_telemetry_raw]
  High Voltage Power Supply 1 +V Monitor [HVPS_1_Plus_V_2_Voltage_volts]
  Data Quality Indicator for HVPS 1 Plus V [Data_Quality_HVPS_1_Plus_V]
  High Voltage Power Supply 1 -V Monitor [HVPS_1_Minus_V_1_telemetry_raw]
  High Voltage Power Supply 1 -V Monitor [HVPS_1_Minus_V_2_Voltage_volts]
  Data Quality Indicator for HVPS 1 Minus V [Data_Quality_HVPS_1_Minus_V]
  High Voltage Power Supply 2 +V Monitor [HVPS_2_Plus_V_1_telemetry_raw]
  High Voltage Power Supply 2 +V Monitor [HVPS_2_Plus_V_2_Voltage_volts]
  Data Quality Indicator for HVPS 2 Plus V [Data_Quality_HVPS_2_Plus_V]
  High Voltage Power Supply 2 -V Monitor [HVPS_2_Minus_V_1_telemetry_raw]
  High Voltage Power Supply 2 -V Monitor [HVPS_2_Minus_V_2_Voltage_volts]
  Data Quality Indicator for HVPS 2 Minus V [Data_Quality_HVPS_2_Minus_V]
  30 V High Voltage Power Supply Voltage Monitor [HVPS_30V_1_telemetry_raw]
  30 V High Voltage Power Supply Voltage Monitor [HVPS_30V_2_Voltage_volts]
  Data Quality Indicator for HVPS 30V [Data_Quality_HVPS_30V]
  High Voltage Power Supply 1 Current Monitor [HVPS_1_I_1_telemetry_raw]
  High Voltage Power Supply 1 Current Monitor [HVPS_1_I_2_current_milliamps]
  Data Quality Indicator for HVPS 1 I [Data_Quality_HVPS_1_I]
  High Voltage Power Supply 2 Current Monitor [HVPS_2_I_1_telemetry_raw]
  High Voltage Power Supply 2 Current Monitor [HVPS_2_I_2_current_milliamps]
  Data Quality Indicator for HVPS 2 I [Data_Quality_HVPS_2_I]
  30 V High Voltage Power Supply Current Monitor [HVPS_30V_I_1_telemetry_raw]
  30 V High Voltage Power Supply Current Monitor [HVPS_30V_I_2_current_milliamps]
  Data Quality Indicator for HVPS 30V I [Data_Quality_HVPS_30V_I]
  PPS 1 Current Monitor [PPS1_I_1_telemetry_raw]
  PPS 1 Current Monitor [PPS1_I_2_current_milliamps]
  Data Quality Indicator for PPS1 I [Data_Quality_PPS1_I]
  PPS 2 Current Monitor [PPS2_I_1_telemetry_raw]
  PPS 2 Current Monitor [PPS2_I_2_current_milliamps]
  Data Quality Indicator for PPS2 I [Data_Quality_PPS2_I]

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TSS-1R_M1_RPHD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SPES 1 Electron Grid Bias -V Monitor [SPES1_e__GridV_1_telemetry_raw]
  SPES 1 Electron Grid Bias -V Monitor [SPES1_e__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES1/e- GridV [Data_Quality_SPES1_e__GridV]
  SPES 2 Electron Grid Bias -V Monitor [SPES2_e__GridV_1_telemetry_raw]
  SPES 2 Electron Grid Bias -V Monitor [SPES2_e__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES2/e- GridV [Data_Quality_SPES2_e__GridV]
  SPES 3 Electron Grid Bias -V Monitor [SPES3_e__GridV_1_telemetry_raw]
  SPES 3 Electron Grid Bias -V Monitor [SPES3_e__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES3/e- GridV [Data_Quality_SPES3_e__GridV]
  SPES 4 Electron Grid Bias -V Monitor [SPES4_e__GridV_1_telemetry_raw]
  SPES 4 Electron Grid Bias -V Monitor [SPES4_e__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES4/e- GridV [Data_Quality_SPES4_e__GridV]
  SPES 5 Electron Grid Bias -V Monitor [SPES5_e__GridV_1_telemetry_raw]
  SPES 5 Electron Grid Bias -V Monitor [SPES5_e__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES5/e- GridV [Data_Quality_SPES5_e__GridV]
  SPES 1 Ion Grid Bias +V Monitor [SPES1_p__GridV_1_telemetry_raw]
  SPES 1 Ion Grid Bias +V Monitor [SPES1_p__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES1/p+ GridV [Data_Quality_SPES1_p__GridV]
  SPES 2 Ion Grid Bias +V Monitor [SPES2_p__GridV_1_telemetry_raw]
  SPES 2 Ion Grid Bias +V Monitor [SPES2_p__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES2/p+ GridV [Data_Quality_SPES2_p__GridV]
  SPES 3 Ion Grid Bias +V Monitor [SPES3_p__GridV_1_telemetry_raw]
  SPES 3 Ion Grid Bias +V Monitor [SPES3_p__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES3/p+ GridV [Data_Quality_SPES3_p__GridV]
  SPES 4 Ion Grid Bias +V Monitor [SPES4_p__GridV_1_telemetry_raw]
  SPES 4 Ion Grid Bias +V Monitor [SPES4_p__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES4/p+ GridV [Data_Quality_SPES4_p__GridV]
  SPES 5 Ion Grid Bias +V Monitor [SPES5_p__GridV_1_telemetry_raw]
  SPES 5 Ion Grid Bias +V Monitor [SPES5_p__GridV_2_Voltage_volts]
  Data Quality Indicator for SPES5/p+ GridV [Data_Quality_SPES5_p__GridV]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPHE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  CEP +5V Line Monitor [CEP_Plus_5V_1_telemetry_raw]
  CEP +5V Line Monitor [CEP_Plus_5V_2_Voltage_volts]
  Data Quality Indicator for CEP Plus 5V [Data_Quality_CEP_Plus_5V]
  CEP +15V Line Monitor [CEP_Plus_15V_1_telemetry_raw]
  CEP +15V Line Monitor [CEP_Plus_15V_2_Voltage_volts]
  Data Quality Indicator for CEP Plus 15V [Data_Quality_CEP_Plus_15V]
  CEP -15V Line Monitor [CEP_Minus_15V_1_telemetry_raw]
  CEP -15V Line Monitor [CEP_Minus_15V_2_Voltage_volts]
  Data Quality Indicator for CEP Minus 15V [Data_Quality_CEP_Minus_15V]
  CEP 5V Calibration Monitor [CEP_5V_1_telemetry_raw]
  CEP 5V Calibration Monitor [CEP_5V_2_Voltage_volts]
  Data Quality Indicator for CEP 5V [Data_Quality_CEP_5V]
  CEP 0V Calibration Monitor [CEP_0V_1_telemetry_raw]
  CEP 0V Calibration Monitor [CEP_0V_2_Voltage_volts]
  Data Quality Indicator for CEP 0V [Data_Quality_CEP_0V]
  Floating Supply +28V Line Monitor [FS__28V_1_telemetry_raw]
  Floating Supply +28V Line Monitor [FS__28V_2_Voltage_volts]
  Data Quality Indicator for FS +28V [Data_Quality_FS__28V]
  Floating Supply +5V Line Monitor [FS_Plus_5V_1_telemetry_raw]
  Floating Supply +5V Line Monitor [FS_Plus_5V_2_Voltage_volts]
  Data Quality Indicator for FS Plus 5V [Data_Quality_FS_Plus_5V]
  Floating Supply +15V Line Monitor [FS_Plus_15V_1_telemetry_raw]
  Floating Supply +15V Line Monitor [FS_Plus_15V_2_Voltage_volts]
  Data Quality Indicator for FS Plus 15V [Data_Quality_FS_Plus_15V]
  Floating Supply -15V Line Monitor [FS_Minus_15V_1_telemetry_raw]
  Floating Supply -15V Line Monitor [FS_Minus_15V_2_Voltage_volts]
  Data Quality Indicator for FS Minus 15V [Data_Quality_FS_Minus_15V]
  Floating Supply 5V Calibration Monitor [FS_5V_1_telemetry_raw]
  Floating Supply 5V Calibration Monitor [FS_5V_2_Voltage_volts]
  Data Quality Indicator for FS 5V [Data_Quality_FS_5V]
  Floating Power Supply Temperature [FPS_T_1_telemetry_raw]
  Floating Power Supply Temperature [FPS_T_2_T_degC]
  Data Quality Indicator for FPS T [Data_Quality_FPS_T]
  High Voltage Power Supply 1 Temperature [HVPS1_T_1_telemetry_raw]
  High Voltage Power Supply 1 Temperature [HVPS1_T_2_T_degC]
  Data Quality Indicator for HVPS1 T [Data_Quality_HVPS1_T]
  High Voltage Power Supply 2 Temperature [HVPS2_T_1_telemetry_raw]
  High Voltage Power Supply 2 Temperature [HVPS2_T_2_T_degC]
  Data Quality Indicator for HVPS2 T [Data_Quality_HVPS2_T]
  CEP Temperature [CEP_T_1_telemetry_raw]
  CEP Temperature [CEP_T_2_T_degC]
  Data Quality Indicator for CEP T [Data_Quality_CEP_T]
  CEP Electronics Temperature [CEP_El_T_1_telemetry_raw]
  CEP Electronics Temperature [CEP_El_T_2_T_degC]
  Data Quality Indicator for CEP El T [Data_Quality_CEP_El_T]
  ROPE Major Frame Counter [MF_Cntr_1_telemetry_raw]
  ROPE Major Frame Counter [MF_Cntr_2_telemetry_raw]
  Data Quality Indicator for MF Cntr [Data_Quality_MF_Cntr]

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TSS-1R_M1_RPHF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  PPS1 +V Monitor [PPS1_Plus_V_1_Telemetry_Dimensionless]
  PPS1 +V Monitor [PPS1_Plus_V_2_Voltage_volts]
  Data Quality Indicator for PPS1/Plus V [Data_Quality_PPS1_Plus_V]
  PPS1 -V Monitor [PPS1_Minus_V_1_Telemetry_Dimensionless]
  PPS1 -V Monitor [PPS1_Minus_V_2_Voltage_volts]
  Data Quality Indicator for PPS1/Minus V [Data_Quality_PPS1_Minus_V]
  PPS2 +V Monitor [PPS2_Plus_V_1_Telemetry_Dimensionless]
  PPS2 +V Monitor [PPS2_Plus_V_2_Voltage_volts]
  Data Quality Indicator for PPS2/Plus V [Data_Quality_PPS2_Plus_V]
  PPS2 -V Monitor [PPS2_Minus_V_1_Telemetry_Dimensionless]
  PPS2 -V Monitor [PPS2_Minus_V_2_Voltage_volts]
  Data Quality Indicator for PPS2/Minus V [Data_Quality_PPS2_Minus_V]

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TSS-1R_M1_RPHG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Floating Power Supply Current [FPS_I_Monitor_1_telemetry_raw]
  Floating Power Supply Current [FPS_I_Monitor_2_current_uamps]
  Data Quality Indicator for FPS I/Monitor [Data_Quality_FPS_I_Monitor]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RPIA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ion Sensor, Spectrometer 3 [p__Sen_3_1_Telemetry_Dimensionless]
  Ion Sensor, Spectrometer 3 [p__Sen_3_2_counts_acc_c_acc]
  Ion Sensor, Spectrometer 3 [p__Sen_3_3_c_acc_c_acc]
  Ion Sensor, Spectrometer 3 [p__Sen_3_4_Count_Rate_c_s]
  Ion Sensor, Spectrometer 3 [p__Sen_3_5_NF_cnts_cm__2_ster_s]
  Ion Sensor, Spectrometer 3 [p__Sen_3_6_dNF_cnts_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 3 [p__Sen_3_7_dEF_ergs_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 3 [p__Sen_3_8_DF_sec__3_km__6]
  Data Quality Indicator for p+ Sen 3 [Data_Quality_p__Sen_3]
  Start Spin Angle for p+ Sen 3 [Start_Spin_Angle_p__Sen_3]
  Pitch Angle for p+ Sen 3 [Pitch_Angle_p__Sen_3]
  Status Indicator HV Pwr Supply [MODE0_HVPS_Voltage_State]

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TSS-1R_M1_RPIB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ion Sensor, Spectrometer 1 [p__Sen_1_1_Telemetry_Dimensionless]
  Ion Sensor, Spectrometer 1 [p__Sen_1_2_counts_acc_c_acc]
  Ion Sensor, Spectrometer 1 [p__Sen_1_3_c_acc_c_acc]
  Ion Sensor, Spectrometer 1 [p__Sen_1_4_Count_Rate_c_s]
  Ion Sensor, Spectrometer 1 [p__Sen_1_5_NF_cnts_cm__2_ster_s]
  Ion Sensor, Spectrometer 1 [p__Sen_1_6_dNF_cnts_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 1 [p__Sen_1_7_dEF_ergs_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 1 [p__Sen_1_8_DF_sec__3_km__6]
  Data Quality Indicator for p- Sen 1 [Data_Quality_p__Sen_1]
  Start Spin Angle for p- Sen 1 [Start_Spin_Angle_p__Sen_1]
  Pitch Angle for p- Sen 1 [Pitch_Angle_p__Sen_1]
  Ion Sensor, Spectrometer 2 [p__Sen_2_1_Telemetry_Dimensionless]
  Ion Sensor, Spectrometer 2 [p__Sen_2_2_counts_acc_c_acc]
  Ion Sensor, Spectrometer 2 [p__Sen_2_3_c_acc_c_acc]
  Ion Sensor, Spectrometer 2 [p__Sen_2_4_Count_Rate_c_s]
  Ion Sensor, Spectrometer 2 [p__Sen_2_5_NF_cnts_cm__2_ster_s]
  Ion Sensor, Spectrometer 2 [p__Sen_2_6_dNF_cnts_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 2 [p__Sen_2_7_dEF_ergs_cm__2_ster_s_eV]
  Ion Sensor, Spectrometer 2 [p__Sen_2_8_DF_sec__3_km__6]
  Data Quality Indicator for p- Sen 2 [Data_Quality_p__Sen_2]
  Start Spin Angle for p- Sen 2 [Start_Spin_Angle_p__Sen_2]
  Pitch Angle for p- Sen 2 [Pitch_Angle_p__Sen_2]
  Status Indicator HV Pwr Supply [MODE0_HVPS_Voltage_State]

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TSS-1R_M1_RPSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SPES 1 Grid Bias [SPES_1_Grid]
  Data Quality Indicator for SPES 1 Grid [Data_Quality_SPES_1_Grid]
  SPES 2 Grid Bias [SPES_2_Grid]
  Data Quality Indicator for SPES 2 Grid [Data_Quality_SPES_2_Grid]
  SPES 3 Grid Bias [SPES_3_Grid]
  Data Quality Indicator for SPES 3 Grid [Data_Quality_SPES_3_Grid]
  SPES 4 Grid Bias [SPES_4_Grid]
  Data Quality Indicator for SPES 4 Grid [Data_Quality_SPES_4_Grid]
  SPES 5 Grid Bias [SPES_5_Grid]
  Data Quality Indicator for SPES 5 Grid [Data_Quality_SPES_5_Grid]
  High Voltage Power Supply 1 [HVPS_1_State]
  Data Quality Indicator for HVPS 1 State [Data_Quality_HVPS_1_State]
  High Voltage Power Supply 2 [HVPS_2_State]
  Data Quality Indicator for HVPS 2 State [Data_Quality_HVPS_2_State]
  Programmable Power Supply 1 [PPS_1_State]
  Data Quality Indicator for PPS 1 State [Data_Quality_PPS_1_State]
  Programmable Power Supply 2 [PPS_2_State]
  Data Quality Indicator for PPS 2 State [Data_Quality_PPS_2_State]

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TSS-1R_M1_RPSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FPS Start Step [FPS_Start_Step]
  Data Quality Indicator for FPS Start Step [Data_Quality_FPS_Start_Step]
  FPS Skip Step [FPS_Skip_Step]
  Data Quality Indicator for FPS Skip Step [Data_Quality_FPS_Skip_Step]
  FPS Stop Step [FPS_Stop_Step]
  Data Quality Indicator for FPS Stop Step [Data_Quality_FPS_Stop_Step]
  PPS1 Start Step [PPS1_Start_Step]
  Data Quality Indicator for PPS1 Start Step [Data_Quality_PPS1_Start_Step]
  PPS1 Skip Step [PPS1_Skip_Step]
  Data Quality Indicator for PPS1 Skip Step [Data_Quality_PPS1_Skip_Step]
  PPS1 Stop Step [PPS1_Stop_Step]
  Data Quality Indicator for PPS1 Stop Step [Data_Quality_PPS1_Stop_Step]
  PPS2 Start Step [PPS2_Start_Step]
  Data Quality Indicator for PPS2 Start Step [Data_Quality_PPS2_Start_Step]
  PPS2 Skip Step [PPS2_Skip_Step]
  Data Quality Indicator for PPS2 Skip Step [Data_Quality_PPS2_Skip_Step]
  PPS2 Stop Step [PPS2_Stop_Step]
  Data Quality Indicator for PPS2 Stop Step [Data_Quality_PPS2_Stop_Step]
  HVU Status [HVU_Status]
  Data Quality Indicator for HVU Status [Data_Quality_HVU_Status]
  Grid Bias Command [Grid_Bias_Status]
  Data Quality Indicator for Grid Bias Status [Data_Quality_Grid_Bias_Status]
  Macro Commands [Macro_Cmds]
  Data Quality Indicator for Macro Cmds [Data_Quality_Macro_Cmds]
  DIFP Commands [DIFP_Cmds]
  Data Quality Indicator for DIFP Cmds [Data_Quality_DIFP_Cmds]
  Floating Power Supply Control [FPS_Cmds]
  Data Quality Indicator for FPS Cmds [Data_Quality_FPS_Cmds]
  Telemetry Test [Tele_Test]
  Data Quality Indicator for Tele Test [Data_Quality_Tele_Test]
  End Of Command String [End_Cmd]
  Data Quality Indicator for End Cmd [Data_Quality_End_Cmd]

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TSS-1R_M1_RPSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Potential Seek Mode [Pot_Seek_Mode]
  Data Quality Indicator for Pot:Seek Mode [Data_Quality_Pot_Seek_Mode]
  Potential Track Mode [Pot_Track_Mode]
  Data Quality Indicator for Pot:Track Mode [Data_Quality_Pot_Track_Mode]
  Potential Seek Or Track Failure [Pot_Seek_Track_Fail]
  Data Quality Indicator for Pot:Seek/Track Fail [Data_Quality_Pot_Seek_Track_Fail]
  Power Consumption Status [Pwr_Comsump_]
  Data Quality Indicator for Pwr Comsump. [Data_Quality_Pwr_Comsump_]
  Perform Power Consumption Check [Perf_Pwr_Consump_Chk]
  Data Quality Indicator for Perf Pwr Consump Chk [Data_Quality_Perf_Pwr_Consump_Chk]
  Obtained Bad Monitor Readings [Bad_Readings]
  Data Quality Indicator for Bad Readings [Data_Quality_Bad_Readings]
  Bad FPS Voltage Monitor Reading [Bad_FPS_V_Reading]
  Data Quality Indicator for Bad FPS/V Reading [Data_Quality_Bad_FPS_V_Reading]
  Bad BMSP Current Monitor Reading [Bad_BMSP_I_Reading]
  Data Quality Indicator for Bad BMSP/I Reading [Data_Quality_Bad_BMSP_I_Reading]

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TSS-1R_M1_RPSD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  RAM I/O Timer 1; Test 1 [RAM_I_O_Timer1__Tst_1]
  Data Quality Indicator for RAM I/O Timer1: Tst 1 [Data_Quality_RAM_I_O_Timer1__Tst_1]
  RAM I/O Timer 1; Test 2 [RAM_I_O_Timer1__Tst_2]
  Data Quality Indicator for RAM I/O Timer1: Tst 2 [Data_Quality_RAM_I_O_Timer1__Tst_2]
  RAM I/O Timer 2; Test 1 [RAM_I_O_Timer2__Tst_1]
  Data Quality Indicator for RAM I/O Timer2: Tst 1 [Data_Quality_RAM_I_O_Timer2__Tst_1]
  RAM I/O Timer 2; Test 2 [RAM_I_O_Timer2__Tst_2]
  Data Quality Indicator for RAM I/O Timer2: Tst 2 [Data_Quality_RAM_I_O_Timer2__Tst_2]
  2K Dual Ported RAM; Test 1 [RAM_2K__Tst_1]
  Data Quality Indicator for RAM 2K: Tst 1 [Data_Quality_RAM_2K__Tst_1]
  2K Dual Ported RAM; Test 2 [RAM_2K__Tst_2]
  Data Quality Indicator for RAM 2K: Tst 2 [Data_Quality_RAM_2K__Tst_2]
  8K Dual Ported RAM; Test 1 [RAM_8K__Tst_1]
  Data Quality Indicator for RAM 8K: Tst 1 [Data_Quality_RAM_8K__Tst_1]
  8K Dual Ported RAM; Test 2 [RAM_8K__Tst_2]
  Data Quality Indicator for RAM 8K: Tst 2 [Data_Quality_RAM_8K__Tst_2]

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TSS-1R_M1_RTEF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DC Electric Field: (V1-V2) [DC_EF__V1_V2_1_Telemetry_Unitless]
  DC Electric Field: (V1-V2) [DC_EF__V1_V2_2_Voltage_volts]
  Data Quality Indicator for DC-EF: (V1-V2) [Data_Quality_DC_EF__V1_V2]
  Status Indicator Gain Flag [MODE0_Gain_Flag]
  Status Indicator Bias Flag [MODE1_Bias_Flag]

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TSS-1R_M1_RTHF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex [Ex_1_Telemetry_Dimensionless]
  Ex [Ex_2_Pwr_uV__2]
  Ex [Ex_3_PwDen_uV__2_Hz]
  Ex [Ex_4_Power_Den_uV__2_Hz]
  Attenuation for Ex [Attenuation_Ex_CAL]
  Ey [Ey_1_Telemetry_Dimensionless]
  Ey [Ey_2_Pwr_uV__2]
  Ey [Ey_3_PwDen_uV__2_Hz]
  Ey [Ey_4_Power_Den_uV__2_Hz]
  Attenuation for Ey [Attenuation_Ey_CAL]
  Ez [Ez_1_Telemetry_Dimensionless]
  Ez [Ez_2_Pwr_uV__2]
  Ez [Ez_3_PwDen_uV__2_Hz]
  Ez [Ez_4_Power_Den_uV__2_Hz]
  Attenuation for Ez [Attenuation_Ez_CAL]
  Bx [Bx_1_Telemetry_Dimensionless]
  Bx [Bx_2_Pwr_uV__2]
  Bx [Bx_3_PwDen_uV__2_Hz]
  Bx [Bx_4_Power_Den_uV__2_Hz]
  Attenuation for Bx [Attenuation_Bx_CAL]

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TSS-1R_M1_RTIP

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ion Probe Current [Ion_Probe_I_1_Telemetry_Unitless]
  Ion Probe Current [Ion_Probe_I_2_Current_amps]
  Data Quality Indicator for Ion Probe I [Data_Quality_Ion_Probe_I]

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TSS-1R_M1_RTKA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  WRA Temperature [WRA_Temp_1_Telemetry_Unitless]
  WRA Temperature [WRA_Temp_2_Temp_degrees_C]
  Data Quality Indicator for WRA Temp [Data_Quality_WRA_Temp]
  Voltage Correction; Sensor 8 for WRA Temp [Voltage_Monitor_Corrections_WRA_Temp_CAL0]
  Voltage Correction; Sensor 10 for WRA Temp [Voltage_Monitor_Corrections_WRA_Temp_CAL1]
  Voltage Correction; Sensor 11 for WRA Temp [Voltage_Monitor_Corrections_WRA_Temp_CAL2]
  DPU Internal Temperature [DPU_Int_Temp_1_Telemetry_Unitless]
  DPU Internal Temperature [DPU_Int_Temp_2_Temp_degrees_C]
  Data Quality Indicator for DPU Int Temp [Data_Quality_DPU_Int_Temp]
  Voltage Correction; Sensor 8 for DPU Int Temp [Voltage_Monitor_Corrections_DPU_Int_Temp_CAL0]
  Voltage Correction; Sensor 10 for DPU Int Temp [Voltage_Monitor_Corrections_DPU_Int_Temp_CAL1]
  Voltage Correction; Sensor 11 for DPU Int Temp [Voltage_Monitor_Corrections_DPU_Int_Temp_CAL2]
  ACBP Temperature [ACDP_Temp_1_Telemetry_Unitless]
  ACBP Temperature [ACDP_Temp_2_Temp_degrees_C]
  Data Quality Indicator for ACDP Temp [Data_Quality_ACDP_Temp]
  Voltage Correction; Sensor 8 for ACDP Temp [Voltage_Monitor_Corrections_ACDP_Temp_CAL0]
  Voltage Correction; Sensor 10 for ACDP Temp [Voltage_Monitor_Corrections_ACDP_Temp_CAL1]
  Voltage Correction; Sensor 11 for ACDP Temp [Voltage_Monitor_Corrections_ACDP_Temp_CAL2]
  DCE Temperature [DCE_Temp_1_Telemetry_Unitless]
  DCE Temperature [DCE_Temp_2_Temp_degrees_C]
  Data Quality Indicator for DCE Temp [Data_Quality_DCE_Temp]
  Voltage Correction; Sensor 8 for DCE Temp [Voltage_Monitor_Corrections_DCE_Temp_CAL0]
  Voltage Correction; Sensor 10 for DCE Temp [Voltage_Monitor_Corrections_DCE_Temp_CAL1]
  Voltage Correction; Sensor 11 for DCE Temp [Voltage_Monitor_Corrections_DCE_Temp_CAL2]
  RETE Current Monitor [RETE_I_1_Telemetry_Unitless]
  RETE Current Monitor [RETE_I_2_Current_amps]
  Data Quality Indicator for RETE I [Data_Quality_RETE_I]
  Voltage Correction; Sensor 8 for RETE I [Voltage_Monitor_Corrections_RETE_I_CAL0]
  Voltage Correction; Sensor 10 for RETE I [Voltage_Monitor_Corrections_RETE_I_CAL1]
  Voltage Correction; Sensor 11 for RETE I [Voltage_Monitor_Corrections_RETE_I_CAL2]
  Synth Control Voltage [Synth_Ctrl_V_1_Telemetry_Unitless]
  Synth Control Voltage [Synth_Ctrl_V_2_Voltage_volts]
  Data Quality Indicator for Synth Ctrl V [Data_Quality_Synth_Ctrl_V]
  Voltage Correction; Sensor 8 for Synth Ctrl V [Voltage_Monitor_Corrections_Synth_Ctrl_V_CAL0]
  Voltage Correction; Sensor 10 for Synth Ctrl V [Voltage_Monitor_Corrections_Synth_Ctrl_V_CAL1]
  Voltage Correction; Sensor 11 for Synth Ctrl V [Voltage_Monitor_Corrections_Synth_Ctrl_V_CAL2]
  +5V DCE Monitor [Positive_5V_DCE_1_Telemetry_Unitless]
  +5V DCE Monitor [Positive_5V_DCE_2_Voltage_volts]
  Data Quality Indicator for Positive 5V DCE [Data_Quality_Positive_5V_DCE]
  Voltage Correction; Sensor 8 for Positive 5V DCE [Voltage_Monitor_Corrections_Positive_5V_DCE_CAL0]
  Voltage Correction; Sensor 10 for Positive 5V DCE [Voltage_Monitor_Corrections_Positive_5V_DCE_CAL1]
  Voltage Correction; Sensor 11 for Positive 5V DCE [Voltage_Monitor_Corrections_Positive_5V_DCE_CAL2]
  +15V DCE Monitor [Positive_15V_DCE_1_Telemetry_Unitless]
  +15V DCE Monitor [Positive_15V_DCE_2_Voltage_volts]
  Data Quality Indicator for Positive 15V DCE [Data_Quality_Positive_15V_DCE]
  Voltage Correction; Sensor 8 for Positive 15V DCE [Voltage_Monitor_Corrections_Positive_15V_DCE_CAL0]
  Voltage Correction; Sensor 10 for Positive 15V DCE [Voltage_Monitor_Corrections_Positive_15V_DCE_CAL1]
  Voltage Correction; Sensor 11 for Positive 15V DCE [Voltage_Monitor_Corrections_Positive_15V_DCE_CAL2]
  -15V DCE Monitor [Negative_15V_DCE_1_Telemetry_Unitless]
  -15V DCE Monitor [Negative_15V_DCE_2_Voltage_volts]
  Data Quality Indicator for Negative 15V DCE [Data_Quality_Negative_15V_DCE]
  Voltage Correction; Sensor 8 for Negative 15V DCE [Voltage_Monitor_Corrections_Negative_15V_DCE_CAL0]
  Voltage Correction; Sensor 10 for Negative 15V DCE [Voltage_Monitor_Corrections_Negative_15V_DCE_CAL1]
  Voltage Correction; Sensor 11 for Negative 15V DCE [Voltage_Monitor_Corrections_Negative_15V_DCE_CAL2]
  +6V WRA Digital Filters Monitor [Positive_6V_WRA_Dig_Filters_1_Telemetry_Unitless]
  +6V WRA Digital Filters Monitor [Positive_6V_WRA_Dig_Filters_2_Voltage_volts]
  Data Quality Indicator for Positive 6V WRA Dig Filters [Data_Quality_Positive_6V_WRA_Dig_Filters]
  Voltage Correction; Sensor 8 for Positive 6V WRA Dig Filters [Voltage_Monitor_Corrections_Positive_6V_WRA_Dig_Filters_CAL0]
  Voltage Correction; Sensor 10 for Positive 6V WRA Dig Filters [Voltage_Monitor_Corrections_Positive_6V_WRA_Dig_Filters_CAL1]
  Voltage Correction; Sensor 11 for Positive 6V WRA Dig Filters [Voltage_Monitor_Corrections_Positive_6V_WRA_Dig_Filters_CAL2]
  -6V WRA Monitor [Negative_6V_WRA_1_Telemetry_Unitless]
  -6V WRA Monitor [Negative_6V_WRA_2_Voltage_volts]
  Data Quality Indicator for Negative 6V WRA [Data_Quality_Negative_6V_WRA]
  Voltage Correction; Sensor 8 for Negative 6V WRA [Voltage_Monitor_Corrections_Negative_6V_WRA_CAL0]
  Voltage Correction; Sensor 10 for Negative 6V WRA [Voltage_Monitor_Corrections_Negative_6V_WRA_CAL1]
  Voltage Correction; Sensor 11 for Negative 6V WRA [Voltage_Monitor_Corrections_Negative_6V_WRA_CAL2]
  -18V WRA Monitor [Negative_18V_WRA_1_Telemetry_Unitless]
  -18V WRA Monitor [Negative_18V_WRA_2_Voltage_volts]
  Data Quality Indicator for Negative 18V WRA [Data_Quality_Negative_18V_WRA]
  Voltage Correction; Sensor 8 for Negative 18V WRA [Voltage_Monitor_Corrections_Negative_18V_WRA_CAL0]
  Voltage Correction; Sensor 10 for Negative 18V WRA [Voltage_Monitor_Corrections_Negative_18V_WRA_CAL1]
  Voltage Correction; Sensor 11 for Negative 18V WRA [Voltage_Monitor_Corrections_Negative_18V_WRA_CAL2]
  +6V WRA Receiver Monitor [Positive_6V_WRA_1_Telemetry_Unitless]
  +6V WRA Receiver Monitor [Positive_6V_WRA_2_Voltage_volts]
  Data Quality Indicator for Positive 6V WRA [Data_Quality_Positive_6V_WRA]
  Voltage Correction; Sensor 8 for Positive 6V WRA [Voltage_Monitor_Corrections_Positive_6V_WRA_CAL0]
  Voltage Correction; Sensor 10 for Positive 6V WRA [Voltage_Monitor_Corrections_Positive_6V_WRA_CAL1]
  Voltage Correction; Sensor 11 for Positive 6V WRA [Voltage_Monitor_Corrections_Positive_6V_WRA_CAL2]
  +5V DPU Monitor [Positive_5V_DPU_1_Telemetry_Unitless]
  +5V DPU Monitor [Positive_5V_DPU_2_Voltage_volts]
  Data Quality Indicator for Positive 5V DPU [Data_Quality_Positive_5V_DPU]
  Voltage Correction; Sensor 8 for Positive 5V DPU [Voltage_Monitor_Corrections_Positive_5V_DPU_CAL0]
  Voltage Correction; Sensor 10 for Positive 5V DPU [Voltage_Monitor_Corrections_Positive_5V_DPU_CAL1]
  Voltage Correction; Sensor 11 for Positive 5V DPU [Voltage_Monitor_Corrections_Positive_5V_DPU_CAL2]
  +12V DPU Monitor [Positive_12V_DPU_1_Telemetry_Unitless]
  +12V DPU Monitor [Positive_12V_DPU_2_Voltage_volts]
  Data Quality Indicator for Positive 12V DPU [Data_Quality_Positive_12V_DPU]
  Voltage Correction; Sensor 8 for Positive 12V DPU [Voltage_Monitor_Corrections_Positive_12V_DPU_CAL0]
  Voltage Correction; Sensor 10 for Positive 12V DPU [Voltage_Monitor_Corrections_Positive_12V_DPU_CAL1]
  Voltage Correction; Sensor 11 for Positive 12V DPU [Voltage_Monitor_Corrections_Positive_12V_DPU_CAL2]
  -12V DPU Monitor [Negative_12V_DPU_1_Telemetry_Unitless]
  -12V DPU Monitor [Negative_12V_DPU_2_Voltage_volts]
  Data Quality Indicator for Negative 12V DPU [Data_Quality_Negative_12V_DPU]
  Voltage Correction; Sensor 8 for Negative 12V DPU [Voltage_Monitor_Corrections_Negative_12V_DPU_CAL0]
  Voltage Correction; Sensor 10 for Negative 12V DPU [Voltage_Monitor_Corrections_Negative_12V_DPU_CAL1]
  Voltage Correction; Sensor 11 for Negative 12V DPU [Voltage_Monitor_Corrections_Negative_12V_DPU_CAL2]
  Reference Supply [Ref_Supply_1_Telemetry_Unitless]
  Reference Supply [Ref_Supply_2_Voltage_volts]
  Data Quality Indicator for Ref Supply [Data_Quality_Ref_Supply]
  Voltage Correction; Sensor 8 for Ref Supply [Voltage_Monitor_Corrections_Ref_Supply_CAL0]
  Voltage Correction; Sensor 10 for Ref Supply [Voltage_Monitor_Corrections_Ref_Supply_CAL1]
  Voltage Correction; Sensor 11 for Ref Supply [Voltage_Monitor_Corrections_Ref_Supply_CAL2]

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TSS-1R_M1_RTKC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ram Address Line Status [Ram_Add_Line]
  Data Quality Indicator for Ram Add Line [Data_Quality_Ram_Add_Line]
  Checksum Status [Checksum]
  Data Quality Indicator for Checksum [Data_Quality_Checksum]
  Exceeding Data Status [Exceeding_Data]
  Data Quality Indicator for Exceeding Data [Data_Quality_Exceeding_Data]
  Overrun Status [Overrun]
  Data Quality Indicator for Overrun [Data_Quality_Overrun]
  Framing Status [Framing]
  Data Quality Indicator for Framing [Data_Quality_Framing]
  Parity Status [Parity]
  Data Quality Indicator for Parity [Data_Quality_Parity]
  HF Time Out Status [HF_TimeOut]
  Data Quality Indicator for HF TimeOut [Data_Quality_HF_TimeOut]
  MF Time Out Status [MF_TimeOut]
  Data Quality Indicator for MF TimeOut [Data_Quality_MF_TimeOut]
  LF Time Out Status [LF_TimeOut]
  Data Quality Indicator for LF TimeOut [Data_Quality_LF_TimeOut]
  Exceeding Sampling Status [Exceeding_Samp]
  Data Quality Indicator for Exceeding Samp [Data_Quality_Exceeding_Samp]

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TSS-1R_M1_RTKD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Telecommand Echo [TeleCmd_Echo]
  Data Quality Indicator for TeleCmd Echo [Data_Quality_TeleCmd_Echo]

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TSS-1R_M1_RTKE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Pentode Current Monitor [Pentode_I_1_Telemetry_Integer]
  Pentode Current Monitor [Pentode_I_2_current_uamps]
  Data Quality Indicator for Pentode/I [Data_Quality_Pentode_I]
  DCBP Potential [DCBP_Pot_1_Telemetry_Integer]
  DCBP Potential [DCBP_Pot_2_Voltage_volts]
  Data Quality Indicator for DCBP/Pot [Data_Quality_DCBP_Pot]

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TSS-1R_M1_RTKF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  RETE Mode [RETE_Mode]
  Data Quality Indicator for RETE Mode [Data_Quality_RETE_Mode]
  RETE Page Number [RETE_Pg_]
  Data Quality Indicator for RETE Pg# [Data_Quality_RETE_Pg_]

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TSS-1R_M1_RTKG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  LF Mode [LF_Mode]
  Data Quality Indicator for LF Mode [Data_Quality_LF_Mode]
  LF Sensors [LF_Sens]
  Data Quality Indicator for LF Sens [Data_Quality_LF_Sens]

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TSS-1R_M1_RTKH

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  MF Input 1 Sensors [MF_Input_1_Sens]
  Data Quality Indicator for MF Input 1 Sens [Data_Quality_MF_Input_1_Sens]
  MF Input 2 Sensors [MF_Input_2_Sens]
  Data Quality Indicator for MF Input 2 Sens [Data_Quality_MF_Input_2_Sens]

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TSS-1R_M1_RTKI

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  HF Mode [HF_Mode]
  Data Quality Indicator for HF Mode [Data_Quality_HF_Mode]
  HF Sensors [HF_Sens]
  Data Quality Indicator for HF Sens [Data_Quality_HF_Sens]

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TSS-1R_M1_RTLA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex [Ex_1_Telemetry_Dimensionless]
  Ex [Ex_2_Pwr_uV__2]
  Ex [Ex_3_PwDen_uV__2_Hz]
  Ex [Ex_4_PwDen_uV__2_Hz]
  Ex [Ex_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ex [Automatic_Gain_Correction_Ex_CAL]
  Attenuation for Ex [Attenuation_Setting_Ex_CAL]
  Attenuation Source for Ex [Attenuation_Source_Ex_CAL]
  Ey [Ey_1_Telemetry_Dimensionless]
  Ey [Ey_2_Pwr_uV__2]
  Ey [Ey_3_PwDen_uV__2_Hz]
  Ey [Ey_4_PwDen_uV__2_Hz]
  Ey [Ey_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ey [Automatic_Gain_Correction_Ey_CAL]
  Attenuation for Ey [Attenuation_Setting_Ey_CAL]
  Attenuation Source for Ey [Attenuation_Source_Ey_CAL]
  Ez [Ez_1_Telemetry_Dimensionless]
  Ez [Ez_2_Pwr_uV__2]
  Ez [Ez_3_PwDen_uV__2_Hz]
  Ez [Ez_4_PwDen_uV__2_Hz]
  Ez [Ez_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ez [Automatic_Gain_Correction_Ez_CAL]
  Attenuation for Ez [Attenuation_Setting_Ez_CAL]
  Attenuation Source for Ez [Attenuation_Source_Ez_CAL]
  Bx [Bx_1_Telemetry_Dimensionless]
  Bx [Bx_2_Pwr_uV__2]
  Bx [Bx_3_PwDen_uV__2_Hz]
  Bx [Bx_4_PwDen_uV__2_Hz]
  Bx [Bx_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Bx [Automatic_Gain_Correction_Bx_CAL]
  Attenuation for Bx [Attenuation_Setting_Bx_CAL]
  Attenuation Source for Bx [Attenuation_Source_Bx_CAL]
  Bz [Bz_1_Telemetry_Dimensionless]
  Bz [Bz_2_Pwr_uV__2]
  Bz [Bz_3_PwDen_uV__2_Hz]
  Bz [Bz_4_PwDen_uV__2_Hz]
  Bz [Bz_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Bz [Automatic_Gain_Correction_Bz_CAL]
  Attenuation for Bz [Attenuation_Setting_Bz_CAL]
  Attenuation Source for Bz [Attenuation_Source_Bz_CAL]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_RTLB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex [Ex_1_Telemetry_Dimensionless]
  Ex [Ex_2_Pwr_uV__2]
  Ex [Ex_3_PwDen_uV__2_Hz]
  Ex [Ex_4_PwDen_uV__2_Hz]
  Ex [Ex_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ex [Automatic_Gain_Correction_Ex_CAL]
  Attenuation for Ex [Attenuation_Setting_Ex_CAL]
  Attenuation Source for Ex [Attenuation_Source_Ex_CAL]
  Ey [Ey_1_Telemetry_Dimensionless]
  Ey [Ey_2_Pwr_uV__2]
  Ey [Ey_3_PwDen_uV__2_Hz]
  Ey [Ey_4_PwDen_uV__2_Hz]
  Ey [Ey_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ey [Automatic_Gain_Correction_Ey_CAL]
  Attenuation for Ey [Attenuation_Setting_Ey_CAL]
  Attenuation Source for Ey [Attenuation_Source_Ey_CAL]
  Ez [Ez_1_Telemetry_Dimensionless]
  Ez [Ez_2_Pwr_uV__2]
  Ez [Ez_3_PwDen_uV__2_Hz]
  Ez [Ez_4_PwDen_uV__2_Hz]
  Ez [Ez_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Ez [Automatic_Gain_Correction_Ez_CAL]
  Attenuation for Ez [Attenuation_Setting_Ez_CAL]
  Attenuation Source for Ez [Attenuation_Source_Ez_CAL]
  Bx [Bx_1_Telemetry_Dimensionless]
  Bx [Bx_2_Pwr_uV__2]
  Bx [Bx_3_PwDen_uV__2_Hz]
  Bx [Bx_4_PwDen_uV__2_Hz]
  Bx [Bx_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Bx [Automatic_Gain_Correction_Bx_CAL]
  Attenuation for Bx [Attenuation_Setting_Bx_CAL]
  Attenuation Source for Bx [Attenuation_Source_Bx_CAL]
  Bz [Bz_1_Telemetry_Dimensionless]
  Bz [Bz_2_Pwr_uV__2]
  Bz [Bz_3_PwDen_uV__2_Hz]
  Bz [Bz_4_PwDen_uV__2_Hz]
  Bz [Bz_5_Power_Den_uV__2_Hz]
  AutoMatic Gain Correction for Bz [Automatic_Gain_Correction_Bz_CAL]
  Attenuation for Bz [Attenuation_Setting_Bz_CAL]
  Attenuation Source for Bz [Attenuation_Source_Bz_CAL]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_RTMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex: Input 1 [Ex__Input_1_1_Telemetry_Dimensionless]
  Ex: Input 1 [Ex__Input_1_2_Pwr_uV__2]
  Ex: Input 1 [Ex__Input_1_3_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_4_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_1_Ex__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_2_Ex__Input_1_CAL]
  Ey: Input 1 [Ey__Input_1_1_Telemetry_Dimensionless]
  Ey: Input 1 [Ey__Input_1_2_Pwr_uV__2]
  Ey: Input 1 [Ey__Input_1_3_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_4_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_1_Ey__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_2_Ey__Input_1_CAL]
  Ez: Input 1 [Ez__Input_1_1_Telemetry_Dimensionless]
  Ez: Input 1 [Ez__Input_1_2_Pwr_uV__2]
  Ez: Input 1 [Ez__Input_1_3_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_4_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_1_Ez__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_2_Ez__Input_1_CAL]
  Bx: Input 1 [Bx__Input_1_1_Telemetry_Dimensionless]
  Bx: Input 1 [Bx__Input_1_2_Pwr_uV__2]
  Bx: Input 1 [Bx__Input_1_3_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_4_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_1_Bx__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_2_Bx__Input_1_CAL]
  Bz: Input 1 [Bz__Input_1_1_Telemetry_Dimensionless]
  Bz: Input 1 [Bz__Input_1_2_Pwr_uV__2]
  Bz: Input 1 [Bz__Input_1_3_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_4_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_1_Bz__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_2_Bz__Input_1_CAL]
  Ex: Input 2 [Ex__Input_2_1_Telemetry_Dimensionless]
  Ex: Input 2 [Ex__Input_2_2_Pwr_uV__2]
  Ex: Input 2 [Ex__Input_2_3_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_4_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_1_Ex__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_2_Ex__Input_2_CAL]
  Ey: Input 2 [Ey__Input_2_1_Telemetry_Dimensionless]
  Ey: Input 2 [Ey__Input_2_2_Pwr_uV__2]
  Ey: Input 2 [Ey__Input_2_3_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_4_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_1_Ey__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_2_Ey__Input_2_CAL]
  Ez: Input 2 [Ez__Input_2_1_Telemetry_Dimensionless]
  Ez: Input 2 [Ez__Input_2_2_Pwr_uV__2]
  Ez: Input 2 [Ez__Input_2_3_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_4_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_1_Ez__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_2_Ez__Input_2_CAL]
  Bx: Input 2 [Bx__Input_2_1_Telemetry_Dimensionless]
  Bx: Input 2 [Bx__Input_2_2_Pwr_uV__2]
  Bx: Input 2 [Bx__Input_2_3_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_4_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_1_Bx__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_2_Bx__Input_2_CAL]
  Bz: Input 2 [Bz__Input_2_1_Telemetry_Dimensionless]
  Bz: Input 2 [Bz__Input_2_2_Pwr_uV__2]
  Bz: Input 2 [Bz__Input_2_3_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_4_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_1_Bz__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_2_Bz__Input_2_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RTMD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex: Input 1 [Ex__Input_1_1_Telemetry_Dimensionless]
  Ex: Input 1 [Ex__Input_1_2_Pwr_uV__2]
  Ex: Input 1 [Ex__Input_1_3_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_4_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_1_Ex__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_2_Ex__Input_1_CAL]
  Ey: Input 1 [Ey__Input_1_1_Telemetry_Dimensionless]
  Ey: Input 1 [Ey__Input_1_2_Pwr_uV__2]
  Ey: Input 1 [Ey__Input_1_3_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_4_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_1_Ey__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_2_Ey__Input_1_CAL]
  Ez: Input 1 [Ez__Input_1_1_Telemetry_Dimensionless]
  Ez: Input 1 [Ez__Input_1_2_Pwr_uV__2]
  Ez: Input 1 [Ez__Input_1_3_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_4_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_1_Ez__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_2_Ez__Input_1_CAL]
  Bx: Input 1 [Bx__Input_1_1_Telemetry_Dimensionless]
  Bx: Input 1 [Bx__Input_1_2_Pwr_uV__2]
  Bx: Input 1 [Bx__Input_1_3_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_4_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_1_Bx__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_2_Bx__Input_1_CAL]
  Bz: Input 1 [Bz__Input_1_1_Telemetry_Dimensionless]
  Bz: Input 1 [Bz__Input_1_2_Pwr_uV__2]
  Bz: Input 1 [Bz__Input_1_3_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_4_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_1_Bz__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_2_Bz__Input_1_CAL]
  Ex: Input 2 [Ex__Input_2_1_Telemetry_Dimensionless]
  Ex: Input 2 [Ex__Input_2_2_Pwr_uV__2]
  Ex: Input 2 [Ex__Input_2_3_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_4_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_1_Ex__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_2_Ex__Input_2_CAL]
  Ey: Input 2 [Ey__Input_2_1_Telemetry_Dimensionless]
  Ey: Input 2 [Ey__Input_2_2_Pwr_uV__2]
  Ey: Input 2 [Ey__Input_2_3_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_4_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_1_Ey__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_2_Ey__Input_2_CAL]
  Ez: Input 2 [Ez__Input_2_1_Telemetry_Dimensionless]
  Ez: Input 2 [Ez__Input_2_2_Pwr_uV__2]
  Ez: Input 2 [Ez__Input_2_3_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_4_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_1_Ez__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_2_Ez__Input_2_CAL]
  Bx: Input 2 [Bx__Input_2_1_Telemetry_Dimensionless]
  Bx: Input 2 [Bx__Input_2_2_Pwr_uV__2]
  Bx: Input 2 [Bx__Input_2_3_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_4_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_1_Bx__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_2_Bx__Input_2_CAL]
  Bz: Input 2 [Bz__Input_2_1_Telemetry_Dimensionless]
  Bz: Input 2 [Bz__Input_2_2_Pwr_uV__2]
  Bz: Input 2 [Bz__Input_2_3_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_4_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_1_Bz__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_2_Bz__Input_2_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_RTME

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex: Input 1 [Ex__Input_1_1_Telemetry_Dimensionless]
  Ex: Input 1 [Ex__Input_1_2_Pwr_uV__2]
  Ex: Input 1 [Ex__Input_1_3_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_4_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_1_Ex__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_2_Ex__Input_1_CAL]
  Ey: Input 1 [Ey__Input_1_1_Telemetry_Dimensionless]
  Ey: Input 1 [Ey__Input_1_2_Pwr_uV__2]
  Ey: Input 1 [Ey__Input_1_3_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_4_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_1_Ey__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_2_Ey__Input_1_CAL]
  Ez: Input 1 [Ez__Input_1_1_Telemetry_Dimensionless]
  Ez: Input 1 [Ez__Input_1_2_Pwr_uV__2]
  Ez: Input 1 [Ez__Input_1_3_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_4_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_1_Ez__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_2_Ez__Input_1_CAL]
  Bx: Input 1 [Bx__Input_1_1_Telemetry_Dimensionless]
  Bx: Input 1 [Bx__Input_1_2_Pwr_uV__2]
  Bx: Input 1 [Bx__Input_1_3_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_4_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_1_Bx__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_2_Bx__Input_1_CAL]
  Bz: Input 1 [Bz__Input_1_1_Telemetry_Dimensionless]
  Bz: Input 1 [Bz__Input_1_2_Pwr_uV__2]
  Bz: Input 1 [Bz__Input_1_3_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_4_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_1_Bz__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_2_Bz__Input_1_CAL]
  Ex: Input 2 [Ex__Input_2_1_Telemetry_Dimensionless]
  Ex: Input 2 [Ex__Input_2_2_Pwr_uV__2]
  Ex: Input 2 [Ex__Input_2_3_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_4_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_1_Ex__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_2_Ex__Input_2_CAL]
  Ey: Input 2 [Ey__Input_2_1_Telemetry_Dimensionless]
  Ey: Input 2 [Ey__Input_2_2_Pwr_uV__2]
  Ey: Input 2 [Ey__Input_2_3_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_4_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_1_Ey__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_2_Ey__Input_2_CAL]
  Ez: Input 2 [Ez__Input_2_1_Telemetry_Dimensionless]
  Ez: Input 2 [Ez__Input_2_2_Pwr_uV__2]
  Ez: Input 2 [Ez__Input_2_3_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_4_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_1_Ez__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_2_Ez__Input_2_CAL]
  Bx: Input 2 [Bx__Input_2_1_Telemetry_Dimensionless]
  Bx: Input 2 [Bx__Input_2_2_Pwr_uV__2]
  Bx: Input 2 [Bx__Input_2_3_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_4_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_1_Bx__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_2_Bx__Input_2_CAL]
  Bz: Input 2 [Bz__Input_2_1_Telemetry_Dimensionless]
  Bz: Input 2 [Bz__Input_2_2_Pwr_uV__2]
  Bz: Input 2 [Bz__Input_2_3_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_4_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_1_Bz__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_2_Bz__Input_2_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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---

TSS-1R_M1_RTMF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ex: Input 1 [Ex__Input_1_1_Telemetry_Dimensionless]
  Ex: Input 1 [Ex__Input_1_2_Pwr_uV__2]
  Ex: Input 1 [Ex__Input_1_3_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_4_PwDen_uV__2_Hz]
  Ex: Input 1 [Ex__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_1_Ex__Input_1_CAL]
  Input 1: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_1_Ex__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 1 [Automatic_Gain_Correction__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation for Ex: Input 1 [Attenuation_Setting__Input_2_Ex__Input_1_CAL]
  Input 2: Attenuation Source for Ex: Input 1 [Attenuation_Source__Input_2_Ex__Input_1_CAL]
  Ey: Input 1 [Ey__Input_1_1_Telemetry_Dimensionless]
  Ey: Input 1 [Ey__Input_1_2_Pwr_uV__2]
  Ey: Input 1 [Ey__Input_1_3_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_4_PwDen_uV__2_Hz]
  Ey: Input 1 [Ey__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_1_Ey__Input_1_CAL]
  Input 1: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_1_Ey__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 1 [Automatic_Gain_Correction__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation for Ey: Input 1 [Attenuation_Setting__Input_2_Ey__Input_1_CAL]
  Input 2: Attenuation Source for Ey: Input 1 [Attenuation_Source__Input_2_Ey__Input_1_CAL]
  Ez: Input 1 [Ez__Input_1_1_Telemetry_Dimensionless]
  Ez: Input 1 [Ez__Input_1_2_Pwr_uV__2]
  Ez: Input 1 [Ez__Input_1_3_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_4_PwDen_uV__2_Hz]
  Ez: Input 1 [Ez__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_1_Ez__Input_1_CAL]
  Input 1: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_1_Ez__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 1 [Automatic_Gain_Correction__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation for Ez: Input 1 [Attenuation_Setting__Input_2_Ez__Input_1_CAL]
  Input 2: Attenuation Source for Ez: Input 1 [Attenuation_Source__Input_2_Ez__Input_1_CAL]
  Bx: Input 1 [Bx__Input_1_1_Telemetry_Dimensionless]
  Bx: Input 1 [Bx__Input_1_2_Pwr_uV__2]
  Bx: Input 1 [Bx__Input_1_3_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_4_PwDen_uV__2_Hz]
  Bx: Input 1 [Bx__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_1_Bx__Input_1_CAL]
  Input 1: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_1_Bx__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 1 [Automatic_Gain_Correction__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation for Bx: Input 1 [Attenuation_Setting__Input_2_Bx__Input_1_CAL]
  Input 2: Attenuation Source for Bx: Input 1 [Attenuation_Source__Input_2_Bx__Input_1_CAL]
  Bz: Input 1 [Bz__Input_1_1_Telemetry_Dimensionless]
  Bz: Input 1 [Bz__Input_1_2_Pwr_uV__2]
  Bz: Input 1 [Bz__Input_1_3_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_4_PwDen_uV__2_Hz]
  Bz: Input 1 [Bz__Input_1_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_1_Bz__Input_1_CAL]
  Input 1: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_1_Bz__Input_1_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 1 [Automatic_Gain_Correction__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation for Bz: Input 1 [Attenuation_Setting__Input_2_Bz__Input_1_CAL]
  Input 2: Attenuation Source for Bz: Input 1 [Attenuation_Source__Input_2_Bz__Input_1_CAL]
  Ex: Input 2 [Ex__Input_2_1_Telemetry_Dimensionless]
  Ex: Input 2 [Ex__Input_2_2_Pwr_uV__2]
  Ex: Input 2 [Ex__Input_2_3_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_4_PwDen_uV__2_Hz]
  Ex: Input 2 [Ex__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_1_Ex__Input_2_CAL]
  Input 1: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_1_Ex__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ex: Input 2 [Automatic_Gain_Correction__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation for Ex: Input 2 [Attenuation_Setting__Input_2_Ex__Input_2_CAL]
  Input 2: Attenuation Source for Ex: Input 2 [Attenuation_Source__Input_2_Ex__Input_2_CAL]
  Ey: Input 2 [Ey__Input_2_1_Telemetry_Dimensionless]
  Ey: Input 2 [Ey__Input_2_2_Pwr_uV__2]
  Ey: Input 2 [Ey__Input_2_3_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_4_PwDen_uV__2_Hz]
  Ey: Input 2 [Ey__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_1_Ey__Input_2_CAL]
  Input 1: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_1_Ey__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ey: Input 2 [Automatic_Gain_Correction__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation for Ey: Input 2 [Attenuation_Setting__Input_2_Ey__Input_2_CAL]
  Input 2: Attenuation Source for Ey: Input 2 [Attenuation_Source__Input_2_Ey__Input_2_CAL]
  Ez: Input 2 [Ez__Input_2_1_Telemetry_Dimensionless]
  Ez: Input 2 [Ez__Input_2_2_Pwr_uV__2]
  Ez: Input 2 [Ez__Input_2_3_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_4_PwDen_uV__2_Hz]
  Ez: Input 2 [Ez__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_1_Ez__Input_2_CAL]
  Input 1: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_1_Ez__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Ez: Input 2 [Automatic_Gain_Correction__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation for Ez: Input 2 [Attenuation_Setting__Input_2_Ez__Input_2_CAL]
  Input 2: Attenuation Source for Ez: Input 2 [Attenuation_Source__Input_2_Ez__Input_2_CAL]
  Bx: Input 2 [Bx__Input_2_1_Telemetry_Dimensionless]
  Bx: Input 2 [Bx__Input_2_2_Pwr_uV__2]
  Bx: Input 2 [Bx__Input_2_3_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_4_PwDen_uV__2_Hz]
  Bx: Input 2 [Bx__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_1_Bx__Input_2_CAL]
  Input 1: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_1_Bx__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bx: Input 2 [Automatic_Gain_Correction__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation for Bx: Input 2 [Attenuation_Setting__Input_2_Bx__Input_2_CAL]
  Input 2: Attenuation Source for Bx: Input 2 [Attenuation_Source__Input_2_Bx__Input_2_CAL]
  Bz: Input 2 [Bz__Input_2_1_Telemetry_Dimensionless]
  Bz: Input 2 [Bz__Input_2_2_Pwr_uV__2]
  Bz: Input 2 [Bz__Input_2_3_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_4_PwDen_uV__2_Hz]
  Bz: Input 2 [Bz__Input_2_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_1_Bz__Input_2_CAL]
  Input 1: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_1_Bz__Input_2_CAL]
  Input 2: AutoMatic Gain Correction for Bz: Input 2 [Automatic_Gain_Correction__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation for Bz: Input 2 [Attenuation_Setting__Input_2_Bz__Input_2_CAL]
  Input 2: Attenuation Source for Bz: Input 2 [Attenuation_Source__Input_2_Bz__Input_2_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ex) [Imag_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ex_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ey) [Imag_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Ez) [Imag_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bx) [Imag_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ex,Bz) [Imag_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ex_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ey) [Imag_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ey_CAL]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Ez) [Imag_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bx) [Imag_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ey,Bz) [Imag_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ey_Bz_CAL]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Ez) [Imag_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Ez_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bx) [Imag_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bx_CAL]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Ez,Bz) [Imag_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Ez_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bx) [Imag_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bx_CAL]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bx,Bz) [Imag_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bx_Bz_CAL]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Imaginary part of cross correlation spectrum (Bz,Bz) [Imag_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Imag Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Imag Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Imag Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Imag_Xcor_Spec_Bz_Bz_CAL]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ex) [Real_Xcor_Spec_Ex_Ex_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ex) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ex) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ex) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ex_CAL]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ey) [Real_Xcor_Spec_Ex_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ey_CAL]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Ez) [Real_Xcor_Spec_Ex_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Ez_CAL]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bx) [Real_Xcor_Spec_Ex_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bx_CAL]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ex,Bz) [Real_Xcor_Spec_Ex_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ex,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ex,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ex,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ex_Bz_CAL]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ey) [Real_Xcor_Spec_Ey_Ey_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ey) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ey) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ey) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ey_CAL]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Ez) [Real_Xcor_Spec_Ey_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Ez_CAL]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bx) [Real_Xcor_Spec_Ey_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bx_CAL]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ey,Bz) [Real_Xcor_Spec_Ey_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ey,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ey,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ey,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ey_Bz_CAL]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Ez) [Real_Xcor_Spec_Ez_Ez_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Ez) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Ez) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Ez) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Ez_CAL]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bx) [Real_Xcor_Spec_Ez_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bx_CAL]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Ez,Bz) [Real_Xcor_Spec_Ez_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Ez,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Ez,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Ez,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Ez_Bz_CAL]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bx) [Real_Xcor_Spec_Bx_Bx_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bx) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bx) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bx) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bx_CAL]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bx,Bz) [Real_Xcor_Spec_Bx_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bx,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bx,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bx,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bx_Bz_CAL]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_1_Telemetry_Dimensionless]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_2_Pwr_uV__2]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_3_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_4_PwDen_uV__2_Hz]
  Real part of cross correlation spectrum (Bz,Bz) [Real_Xcor_Spec_Bz_Bz_5_Power_Den_uV__2_Hz]
  Input 1: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 1: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_1_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: AutoMatic Gain Correction for Real Xcor Spec (Bz,Bz) [Automatic_Gain_Correction__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation for Real Xcor Spec (Bz,Bz) [Attenuation_Setting__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]
  Input 2: Attenuation Source for Real Xcor Spec (Bz,Bz) [Attenuation_Source__Input_2_Real_Xcor_Spec_Bz_Bz_CAL]

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TSS-1R_M1_RTRLP

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Number of Points Per sweep [Pnts_Per_Swp]
  Data Quality Indicator for Pnts Per Swp [Data_Quality_Pnts_Per_Swp]
  Floating Potential [Floating_Pot]
  Data Quality Indicator for Floating Pot [Data_Quality_Floating_Pot]
  Plasma Potential (intersection of 2 tangents) [Plasma_Pot_2_Tan]
  Data Quality Indicator for Plasma Pot (2 Tan) [Data_Quality_Plasma_Pot_2_Tan]
  Plasma Potential (maximum of 1st derivative) [Plasma_Pot_Max_1st_Drv]
  Data Quality Indicator for Plasma Pot (Max 1st Drv) [Data_Quality_Plasma_Pot_Max_1st_Drv]
  Plasma Temperature [Plasma_Temp]
  Data Quality Indicator for Plasma Temp [Data_Quality_Plasma_Temp]
  Electron Density (maximim of 1st derivative) [e__Den_Max_1st_Drv]
  Data Quality Indicator for e- Den (Max 1st Drv) [Data_Quality_e__Den_Max_1st_Drv]
  Electron Density (intersection of 2 tangents) [e__Den_2_Tan]
  Data Quality Indicator for e- Den (2 Tan) [Data_Quality_e__Den_2_Tan]
  Ion Density [p__Den]
  Data Quality Indicator for p+ Den [Data_Quality_p__Den]
  I-V Curve Smoothing Quality Flag [IV_Fit_Qual]
  Data Quality Indicator for IV Fit Qual [Data_Quality_IV_Fit_Qual]
  Floating Potential Quality Flag [Float_Pot_Qual]
  Data Quality Indicator for Float Pot Qual [Data_Quality_Float_Pot_Qual]
  Ion Saturation Fit Quality Flag [p__Den_Qual]
  Data Quality Indicator for p+ Den Qual [Data_Quality_p__Den_Qual]
  Temperature Quality Flag [Plasma_T_Qual]
  Data Quality Indicator for Plasma T Qual [Data_Quality_Plasma_T_Qual]
  Electron Saturation Quality Flag (log fit) [e__Den_Qual_linear_fit]
  Data Quality Indicator for e- Den Qual (linear fit) [Data_Quality_e__Den_Qual_linear_fit]
  Electron Saturation Quality Flag (linear fit) [e__Den_Qual_log_fit]
  Data Quality Indicator for e- Den Qual (log fit) [Data_Quality_e__Den_Qual_log_fit]
  Plasma Potential Quality Flag (intersection of 2 tangents) [Plasma_Pot_Qual_2_Tan]
  Data Quality Indicator for Plasma Pot Qual (2 Tan) [Data_Quality_Plasma_Pot_Qual_2_Tan]
  Transition Region Fit Around Vf [Trans_Fit_Near_Vf]
  Data Quality Indicator for Trans Fit Near Vf [Data_Quality_Trans_Fit_Near_Vf]
  Transition Region Fit Just Below Vp [Trans_Fit_Below_Vp]
  Data Quality Indicator for Trans Fit Below Vp [Data_Quality_Trans_Fit_Below_Vp]
  Electron Saturation Fit Above Vp (log fit) [e__Sat_Fit_Above_Vp]
  Data Quality Indicator for e- Sat Fit Above Vp [Data_Quality_e__Sat_Fit_Above_Vp]
  Electron Saturation Fit Near Max LP Sweep Potential (log fit) [e__Sat_Fit_Near_Vp]
  Data Quality Indicator for e- Sat Fit Near Vp [Data_Quality_e__Sat_Fit_Near_Vp]
  Slope In The Ion Saturation Fit (linear fit) [p__Sat_Fit_Slope_lin_fit]
  Data Quality Indicator for p+ Sat Fit Slope (lin fit) [Data_Quality_p__Sat_Fit_Slope_lin_fit]
  Offset In The Ion Saturation Fit (linear fit) [p__Sat_Fit_Inter_lin_fit]
  Data Quality Indicator for p+ Sat Fit Inter (lin fit) [Data_Quality_p__Sat_Fit_Inter_lin_fit]
  Slope In The Electron Saturation Fit (log fit) [e__Sat_Fit_Slope_log_fit]
  Data Quality Indicator for e- Sat Fit Slope (log fit) [Data_Quality_e__Sat_Fit_Slope_log_fit]
  Offset In The Electron Saturation Fit (log fit) [e__Sat_Fit_Inter_log_fit]
  Data Quality Indicator for e- Sat Fit Inter (log fit) [Data_Quality_e__Sat_Fit_Inter_log_fit]
  Slope In The Electron Saturation Fit (linear fit) [e__Sat_Fit_Slope_lin_fit]
  Data Quality Indicator for e- Sat Fit Slope (lin fit) [Data_Quality_e__Sat_Fit_Slope_lin_fit]
  Offset In The Electron Saturation Fit (linear fit) [e__Sat_Fit_Inter_lin_fit]
  Data Quality Indicator for e- Sat Fit Inter (lin fit) [Data_Quality_e__Sat_Fit_Inter_lin_fit]

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TSS-1R_M1_SCAC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SLA-X Acceleration Coarse [SLA_X_1_telemetry_unitless]
  SLA-X Acceleration Coarse [SLA_X_2_Accel_milli_g]
  Data Quality Indicator for SLA/X [Data_Quality_SLA_X]
  SLA-Y Acceleration Coarse [SLA_Y_1_telemetry_unitless]
  SLA-Y Acceleration Coarse [SLA_Y_2_Accel_milli_g]
  Data Quality Indicator for SLA/Y [Data_Quality_SLA_Y]
  SLA-Z Acceleration Coarse [SLA_Z_1_telemetry_unitless]
  SLA-Z Acceleration Coarse [SLA_Z_2_Accel_milli_g]
  Data Quality Indicator for SLA/Z [Data_Quality_SLA_Z]

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TSS-1R_M1_SCAF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SLA-X Acceleration (16 bit resolution) [SLA_X_1_telemetry_unitless]
  SLA-X Acceleration (16 bit resolution) [SLA_X_2_Accel_milli_g]
  Data Quality Indicator for SLA/X [Data_Quality_SLA_X]
  SLA-Y Acceleration (16 bit resolution) [SLA_Y_1_telemetry_unitless]
  SLA-Y Acceleration (16 bit resolution) [SLA_Y_2_Accel_milli_g]
  Data Quality Indicator for SLA/Y [Data_Quality_SLA_Y]
  SLA-Z Acceleration (16 bit resolution) [SLA_Z_1_telemetry_unitless]
  SLA-Z Acceleration (16 bit resolution) [SLA_Z_2_Accel_milli_g]
  Data Quality Indicator for SLA/Z [Data_Quality_SLA_Z]

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TSS-1R_M1_SCMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SLA Temperature Sensor Coarse [SLA_Coarse_T_1_telemetry_unitless]
  SLA Temperature Sensor Coarse [SLA_Coarse_T_2_T_deg_C]
  Data Quality Indicator for SLA:Coarse T [Data_Quality_SLA_Coarse_T]
  SLA Temperature Sensor Fine [SLA_Fine_T_1_telemetry_unitless]
  SLA Temperature Sensor Fine [SLA_Fine_T_2_T_deg_C]
  Data Quality Indicator for SLA:Fine T [Data_Quality_SLA_Fine_T]
  SLA Filter Temperature Coarse [SLA_Filter_T]
  Data Quality Indicator for SLA:Filter T [Data_Quality_SLA_Filter_T]
  SLA DC/DC Regulated Voltage [SLA_DC_DC_Reg_V_1_telemetry_unitless]
  SLA DC/DC Regulated Voltage [SLA_DC_DC_Reg_V_2_Voltage_V_dc]
  Data Quality Indicator for SLA:DC/DC Reg V [Data_Quality_SLA_DC_DC_Reg_V]

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TSS-1R_M1_SCMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SA Temperature [SA_Temp_1_telemetry_unitless]
  SA Temperature [SA_Temp_2_T_deg_C]
  Data Quality Indicator for SA:Temp [Data_Quality_SA_Temp]
  SA Input Overtemperature [SA_OverTemp_1_telemetry_unitless]
  SA Input Overtemperature [SA_OverTemp_2_Voltage_V_dc]
  Data Quality Indicator for SA:OverTemp [Data_Quality_SA_OverTemp]

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TSS-1R_M1_SCMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SA Overflow [SV_Ovflow]
  Data Quality Indicator for SV/Ovflow [Data_Quality_SV_Ovflow]
  Current Sign for SV/Ovflow [Current_Sign_SV_Ovflow_CAL]
  SA Autocheck Status [SV_Achk_S]
  Data Quality Indicator for SV/Achk/S [Data_Quality_SV_Achk_S]
  Current Sign for SV/Achk/S [Current_Sign_SV_Achk_S_CAL]
  SA Autocheck Field [SV_AChk]
  Data Quality Indicator for SV/AChk [Data_Quality_SV_AChk]
  Current Sign for SV/AChk [Current_Sign_SV_AChk_CAL]
  SA Measured Field [Tether_I_1_telemetry_unitless]
  SA Measured Field [Tether_I_2_current_milliamps]
  Data Quality Indicator for Tether/I [Data_Quality_Tether_I]
  Current Sign for Tether/I [Current_Sign_Tether_I_CAL]
  Status Indicator Gain [MODE0_Satellite_Ampmeter_Range]

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TSS-1R_M1_SCSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SLA (P/L) Power Status [P_L_Pwr]
  Data Quality Indicator for P/L Pwr [Data_Quality_P_L_Pwr]
  SLA (H/K) Power Status [H_K_Pwr]
  Data Quality Indicator for H/K Pwr [Data_Quality_H_K_Pwr]
  P/L 05 SCORE SA Power Status [P_L_05_SA_Pwr]
  Data Quality Indicator for P/L 05 SA Pwr [Data_Quality_P_L_05_SA_Pwr]
  P/L 10 SCORE SLA Power Status [P_L_10_SLA_Pwr]
  Data Quality Indicator for P/L 10 SLA Pwr [Data_Quality_P_L_10_SLA_Pwr]
  P/L 11 SCORE Heater Power Status [P_L_11_HTR_Pwr]
  Data Quality Indicator for P/L 11 HTR Pwr [Data_Quality_P_L_11_HTR_Pwr]

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TSS-1R_M1_SCSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  SLA Operate Status [SLA_Oper]
  Data Quality Indicator for SLA Oper [Data_Quality_SLA_Oper]
  SA Power Status [SA_Pwr_Chk]
  Data Quality Indicator for SA Pwr Chk [Data_Quality_SA_Pwr_Chk]
  SA Autocheck CMD Status [SA_Autochk_Cmd]
  Data Quality Indicator for SA Autochk Cmd [Data_Quality_SA_Autochk_Cmd]

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TSS-1R_M1_SHAA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Yaw Angle [Yaw_Angle]
  Data Quality Indicator for Yaw Angle [Data_Quality_Yaw_Angle]
  Roll Angle [Roll_Angle]
  Data Quality Indicator for Roll Angle [Data_Quality_Roll_Angle]
  Roll Updating Angle [Roll_Update_Angle]
  Data Quality Indicator for Roll Update Angle [Data_Quality_Roll_Update_Angle]
  Pitch Angle [Pitch_Angle]
  Data Quality Indicator for Pitch Angle [Data_Quality_Pitch_Angle]
  Pitch Updating Angle [Pitch_Update_Angle]
  Data Quality Indicator for Pitch Update Angle [Data_Quality_Pitch_Update_Angle]

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TSS-1R_M1_SHAB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Scaled Yaw Angle [Scaled_Yaw_Angle_1_telemetry_unitless]
  Scaled Yaw Angle [Scaled_Yaw_Angle_2_angle_degrees]
  Data Quality Indicator for Scaled Yaw Angle [Data_Quality_Scaled_Yaw_Angle]
  Scaled Yaw Rate [Scaled_Yaw_Rate_1_telemetry_unitless]
  Scaled Yaw Rate [Scaled_Yaw_Rate_2_rate_degrees_sec]
  Data Quality Indicator for Scaled Yaw Rate [Data_Quality_Scaled_Yaw_Rate]
  Scaled Roll Angle [Scaled_Roll_Angle_1_telemetry_unitless]
  Scaled Roll Angle [Scaled_Roll_Angle_2_angle_degrees]
  Data Quality Indicator for Scaled Roll Angle [Data_Quality_Scaled_Roll_Angle]
  Scaled Roll Rate [Scaled_Roll_Rate_1_telemetry_unitless]
  Scaled Roll Rate [Scaled_Roll_Rate_2_rate_degrees_sec]
  Data Quality Indicator for Scaled Roll Rate [Data_Quality_Scaled_Roll_Rate]
  Scaled Pitch Angle [Scaled_Pitch_Angle_1_telemetry_unitless]
  Scaled Pitch Angle [Scaled_Pitch_Angle_2_angle_degrees]
  Data Quality Indicator for Scaled Pitch Angle [Data_Quality_Scaled_Pitch_Angle]
  Scaled Pitch Rate [Scaled_Pitch_Rate_1_telemetry_unitless]
  Scaled Pitch Rate [Scaled_Pitch_Rate_2_rate_degrees_sec]
  Data Quality Indicator for Scaled Pitch Rate [Data_Quality_Scaled_Pitch_Rate]

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TSS-1R_M1_SHAC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  X Gyro Rate [X_Gyro_Rate_1_telemetry_unitless]
  X Gyro Rate [X_Gyro_Rate_2_rate_degrees_sec]
  Data Quality Indicator for X Gyro Rate [Data_Quality_X_Gyro_Rate]
  Y Gyro Rate [Y_Gyro_Rate_1_telemetry_unitless]
  Y Gyro Rate [Y_Gyro_Rate_2_rate_degrees_sec]
  Data Quality Indicator for Y Gyro Rate [Data_Quality_Y_Gyro_Rate]
  Z Gyro Rate [Z_Gyro_Rate_1_telemetry_unitless]
  Z Gyro Rate [Z_Gyro_Rate_2_rate_degrees_sec]
  Data Quality Indicator for Z Gyro Rate [Data_Quality_Z_Gyro_Rate]
  Skew-Gyro Rate [S_Gyro_Rate_1_telemetry_unitless]
  Skew-Gyro Rate [S_Gyro_Rate_2_rate_degrees_sec]
  Data Quality Indicator for S Gyro Rate [Data_Quality_S_Gyro_Rate]
  ES1 Sun Presence [ES1_Sun_Pres_1_telemetry_unitless]
  ES1 Sun Presence [ES1_Sun_Pres_2_Voltage_Volts]
  Data Quality Indicator for ES1 Sun Pres [Data_Quality_ES1_Sun_Pres]
  ES2 Sun Presence [ES2_Sun_Pres_1_telemetry_unitless]
  ES2 Sun Presence [ES2_Sun_Pres_2_Voltage_Volts]
  Data Quality Indicator for ES2 Sun Pres [Data_Quality_ES2_Sun_Pres]
  Status Indicator X Mode Gain Flag [MODE0_X_Mode_Status]
  Status Indicator Y Mode Gain Flag [MODE1_Y_Mode_Status]
  Status Indicator Z Mode Gain Flag [MODE2_Z_Mode_Status]
  Status Indicator S Mode Gain Flag [MODE3_Skew_Mode_Status]

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TSS-1R_M1_SHAD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Alpha Angle [Alpha_Angle_1_telemetry_unitless]
  Alpha Angle [Alpha_Angle_2_angle_radians]
  Data Quality Indicator for Alpha Angle [Data_Quality_Alpha_Angle]
  Beta Angle [Beta_Angle_1_telemetry_unitless]
  Beta Angle [Beta_Angle_2_angle_radians]
  Data Quality Indicator for Beta Angle [Data_Quality_Beta_Angle]
  Gamma Angle [Gamma_Angle_1_telemetry_unitless]
  Gamma Angle [Gamma_Angle_2_angle_radians]
  Data Quality Indicator for Gamma Angle [Data_Quality_Gamma_Angle]
  Skew Angle [Skew_Angle_1_telemetry_unitless]
  Skew Angle [Skew_Angle_2_angle_radians]
  Data Quality Indicator for Skew Angle [Data_Quality_Skew_Angle]
  Status Indicator X Mode Gain Flag [MODE0_X_Mode_Status]
  Status Indicator Y Mode Gain Flag [MODE1_Y_Mode_Status]
  Status Indicator Z Mode Gain Flag [MODE2_Z_Mode_Status]
  Status Indicator S Mode Gain Flag [MODE3_Skew_Mode_Status]

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TSS-1R_M1_SHAE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Constant Drift X (Coarse) [Coarse_Const_X_Drift]
  Data Quality Indicator for Coarse Const X Drift [Data_Quality_Coarse_Const_X_Drift]
  Constant Drift Y (Coarse) [Coarse_Const_Y_Drift]
  Data Quality Indicator for Coarse Const Y Drift [Data_Quality_Coarse_Const_Y_Drift]
  Constant Drift Z (Coarse) [Coarse_Const_Z_Drift]
  Data Quality Indicator for Coarse Const Z Drift [Data_Quality_Coarse_Const_Z_Drift]
  Constant Drift Skew (Coarse) [Coarse_Const_S_Drift]
  Data Quality Indicator for Coarse Const S Drift [Data_Quality_Coarse_Const_S_Drift]
  Constant Drift X (Fine) [Fine_Const_X_Drift]
  Data Quality Indicator for Fine Const X Drift [Data_Quality_Fine_Const_X_Drift]
  Constant Drift Y (Fine) [Fine_Const_Y_Drift]
  Data Quality Indicator for Fine Const Y Drift [Data_Quality_Fine_Const_Y_Drift]
  Constant Drift Z (Fine) [Fine_Const_Z_Drift]
  Data Quality Indicator for Fine Const Z Drift [Data_Quality_Fine_Const_Z_Drift]
  Constant Drift Skew (Fine) [Fine_Const_S_Drift]
  Data Quality Indicator for Fine Const S Drift [Data_Quality_Fine_Const_S_Drift]
  Reference Hold Angle [Ref_Hold_Ang]
  Data Quality Indicator for Ref Hold Ang [Data_Quality_Ref_Hold_Ang]
  Current Reference Hold Angle [Const_Ref_Hold_Ang]
  Data Quality Indicator for Const Ref Hold Ang [Data_Quality_Const_Ref_Hold_Ang]
  Yaw Rate [Yaw_Rate]
  Data Quality Indicator for Yaw Rate [Data_Quality_Yaw_Rate]

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TSS-1R_M1_SHAF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Reference Spin Rate [Ref_Spin_Rate_1_telemetry_unitless]
  Reference Spin Rate [Ref_Spin_Rate_2_rate_radians_sec]
  Data Quality Indicator for Ref Spin Rate [Data_Quality_Ref_Spin_Rate]
  Current Reference Spin Rate [Cur_Ref_Spin_Rate_1_telemetry_unitless]
  Current Reference Spin Rate [Cur_Ref_Spin_Rate_2_rate_radians_sec]
  Data Quality Indicator for Cur Ref Spin Rate [Data_Quality_Cur_Ref_Spin_Rate]

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TSS-1R_M1_SHAG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Alpha 1/2 Angle [Alpha_1_2_Angle]
  Data Quality Indicator for Alpha 1/2 Angle [Data_Quality_Alpha_1_2_Angle]
  Alpha 3/4 Angle [Alpha_3_4_Angle]
  Data Quality Indicator for Alpha 3/4 Angle [Data_Quality_Alpha_3_4_Angle]
  Beta 1/2 Angle [Beta_1_2_Angle]
  Data Quality Indicator for Beta 1/2 Angle [Data_Quality_Beta_1_2_Angle]
  Beta 3/4 Angle [Beta_3_4_Angle]
  Data Quality Indicator for Beta 3/4 Angle [Data_Quality_Beta_3_4_Angle]
  ES1 Chord 1 Angle [ES1_Chord_1_Ang]
  Data Quality Indicator for ES1 Chord 1 Ang [Data_Quality_ES1_Chord_1_Ang]
  ES1 Chord 2 Angle [ES1_Chord_2_Ang]
  Data Quality Indicator for ES1 Chord 2 Ang [Data_Quality_ES1_Chord_2_Ang]
  ES2 Chord 1 Angle [ES2_Chord_1_Ang]
  Data Quality Indicator for ES2 Chord 1 Ang [Data_Quality_ES2_Chord_1_Ang]
  ES2 Chord 2 Angle [ES2_Chord_2_Ang]
  Data Quality Indicator for ES2 Chord 2 Ang [Data_Quality_ES2_Chord_2_Ang]

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TSS-1R_M1_SHHA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Flag 3 (Test Only) [Flag_3_Test]
  Data Quality Indicator for Flag 3 (Test) [Data_Quality_Flag_3_Test]
  TLC Buffer 1 Type Of Error [TLC_Buf_1_Error]
  Data Quality Indicator for TLC Buf 1 Error [Data_Quality_TLC_Buf_1_Error]
  TLC Buffer 2 Type Of Error [TLC_Buf_2_Error]
  Data Quality Indicator for TLC Buf 2 Error [Data_Quality_TLC_Buf_2_Error]
  Warm Up Timeout [Warmup_TmOut]
  Data Quality Indicator for Warmup TmOut [Data_Quality_Warmup_TmOut]
  TULC Timeout [TULC_TmOut_1_integer_integer]
  TULC Timeout [TULC_TmOut_2_time_sec]
  Data Quality Indicator for TULC TmOut [Data_Quality_TULC_TmOut]
  AMSAS Entry Point [AMSAS_Entry_Pnt]
  Data Quality Indicator for AMSAS Entry Pnt [Data_Quality_AMSAS_Entry_Pnt]
  TULC First NOGO [TULC_1st_NOGO]
  Data Quality Indicator for TULC 1st NOGO [Data_Quality_TULC_1st_NOGO]
  Scaled Time To Docking [Scaled_Tm_To_Dock_1_integer_integer]
  Scaled Time To Docking [Scaled_Tm_To_Dock_2_time_sec]
  Data Quality Indicator for Scaled Tm To Dock [Data_Quality_Scaled_Tm_To_Dock]
  I/O Of Plane Operative Mode [I_O_Pl_Oper_Mode]
  Data Quality Indicator for I/O Pl Oper Mode [Data_Quality_I_O_Pl_Oper_Mode]
  SAS First Run [SAS_1st_Run]
  Data Quality Indicator for SAS 1st Run [Data_Quality_SAS_1st_Run]
  SAS In Line 2 Closed Sent [SAS_InLn2_Closed_Sent]
  Data Quality Indicator for SAS InLn2 Closed Sent [Data_Quality_SAS_InLn2_Closed_Sent]
  SAS In Line 2 Open Sent [SAS_InLn2_Open_Sent]
  Data Quality Indicator for SAS InLn2 Open Sent [Data_Quality_SAS_InLn2_Open_Sent]
  TULC In Line 2 Closed Sent [TUCL_InLn2_Closed_Sent]
  Data Quality Indicator for TUCL InLn2 Closed Sent [Data_Quality_TUCL_InLn2_Closed_Sent]
  Unknown Byte [Unknown]
  Data Quality Indicator for Unknown [Data_Quality_Unknown]

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TSS-1R_M1_SHHB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  On Board Time [Onboard_Time_1_telemetry_unitless]
  On Board Time [Onboard_Time_2_time_sec]
  Data Quality Indicator for Onboard Time [Data_Quality_Onboard_Time]
  Battery 1 / Battery 2 Current Integral [Bat1_Bat2_Int_Cur_1_telemetry_unitless]
  Battery 1 / Battery 2 Current Integral [Bat1_Bat2_Int_Cur_2_Tot_I_amps_hr]
  Data Quality Indicator for Bat1/Bat2 Int Cur [Data_Quality_Bat1_Bat2_Int_Cur]
  Battery 3 / Battery 4 Current Integral [Bat3_Bat4_Int_Cur_1_telemetry_unitless]
  Battery 3 / Battery 4 Current Integral [Bat3_Bat4_Int_Cur_2_Tot_I_amps_hr]
  Data Quality Indicator for Bat3/Bat4 Int Cur [Data_Quality_Bat3_Bat4_Int_Cur]
  Energy Consumption - Satelite [Sat_Ener_Consump_1_telemetry_unitless]
  Energy Consumption - Satelite [Sat_Ener_Consump_2_Tot_Pwr_watts_hr]
  Data Quality Indicator for Sat Ener Consump [Data_Quality_Sat_Ener_Consump]
  Payload Energy Consumption [P_L_Ener_Consump_1_telemetry_unitless]
  Payload Energy Consumption [P_L_Ener_Consump_2_Tot_Pwr_watts_hr]
  Data Quality Indicator for P/L Ener Consump [Data_Quality_P_L_Ener_Consump]

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TSS-1R_M1_SHHC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Elapsed Time [Elapsed_Time_1_telemetry_unitless]
  Elapsed Time [Elapsed_Time_2_time_sec]
  Data Quality Indicator for Elapsed Time [Data_Quality_Elapsed_Time]
  Crew Sleeping Time [Crew_Sleeping_Time_1_telemetry_unitless]
  Crew Sleeping Time [Crew_Sleeping_Time_2_time_sec]
  Data Quality Indicator for Crew Sleeping Time [Data_Quality_Crew_Sleeping_Time]
  Long TULC Timeout [Long_TULC_Timeout_1_telemetry_unitless]
  Long TULC Timeout [Long_TULC_Timeout_2_time_sec]
  Data Quality Indicator for Long TULC Timeout [Data_Quality_Long_TULC_Timeout]
  Time To Docking [Time_To_Docking_1_telemetry_unitless]
  Time To Docking [Time_To_Docking_2_time_sec]
  Data Quality Indicator for Time To Docking [Data_Quality_Time_To_Docking]
  Time To Deployment [Time_To_Dplyment_1_telemetry_unitless]
  Time To Deployment [Time_To_Dplyment_2_time_sec]
  Data Quality Indicator for Time To Dplyment [Data_Quality_Time_To_Dplyment]
  Time To Retrieval [Time_To_Retrieval_1_telemetry_unitless]
  Time To Retrieval [Time_To_Retrieval_2_time_sec]
  Data Quality Indicator for Time To Retrieval [Data_Quality_Time_To_Retrieval]

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TSS-1R_M1_SHHD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Command Mode [Cmd_Mode]
  Data Quality Indicator for Cmd Mode [Data_Quality_Cmd_Mode]
  First Data Word [Ist_Data_Word]
  Data Quality Indicator for 1st Data Word [Data_Quality_1st_Data_Word]
  Second Data Word [Ind_Data_Word]
  Data Quality Indicator for 2nd Data Word [Data_Quality_2nd_Data_Word]
  Third Data Word [Ird_Data_Word]
  Data Quality Indicator for 3rd Data Word [Data_Quality_3rd_Data_Word]
  Updating Procedure Run [Updating_Proced_Run]
  Data Quality Indicator for Updating Proced Run [Data_Quality_Updating_Proced_Run]
  Nshot [Nshot]
  Data Quality Indicator for Nshot [Data_Quality_Nshot]
  Fire POS/NEG [Fire_Pos_Neg]
  Data Quality Indicator for Fire Pos/Neg [Data_Quality_Fire_Pos_Neg]
  Unknown Byte 1 [Unknown_Byte_1]
  Data Quality Indicator for Unknown Byte 1 [Data_Quality_Unknown_Byte_1]
  Unknown Byte 2 [Unknown_Byte_2]
  Data Quality Indicator for Unknown Byte 2 [Data_Quality_Unknown_Byte_2]
  Unknown Byte 3 [Unknown_Byte_3]
  Data Quality Indicator for Unknown Byte 3 [Data_Quality_Unknown_Byte_3]

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TSS-1R_M1_SHHE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  I/O Of Plane Selected Value [I_O_Pl_Sel_Valve]
  Data Quality Indicator for I/O Pl Sel Valve [Data_Quality_I_O_Pl_Sel_Valve]
  Phase ID Number [Phase_Id__]
  Data Quality Indicator for Phase Id # [Data_Quality_Phase_Id__]

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TSS-1R_M1_SHHF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  RX Coherent AGC [RX_Coherent_AGC_1_telemetry_unitless]
  RX Coherent AGC [RX_Coherent_AGC_2_Power_DbM]
  Data Quality Indicator for RX Coherent AGC [Data_Quality_RX_Coherent_AGC]
  Loop Stress [Loop_Stress_1_telemetry_unitless]
  Loop Stress [Loop_Stress_2_angle_degrees]
  Data Quality Indicator for Loop Stress [Data_Quality_Loop_Stress]
  Status Indicator RX Temperature Range [MODE0_RX_Temperature_Range]

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TSS-1R_M1_SHMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Onboard Data Handling Test CH RSMN 1 RTUP [OBDH_RSMN_1_RTUP]
  Data Quality Indicator for OBDH RSMN:1 RTUP [Data_Quality_OBDH_RSMN_1_RTUP]
  Onboard Data Handling Test CH RSMN 2 RTUP [OBDH_RSMN_2_RTUP]
  Data Quality Indicator for OBDH RSMN:2 RTUP [Data_Quality_OBDH_RSMN_2_RTUP]
  Onboard Data Handling Test CH RSMN 3 RTUP [OBDH_RSMN_3_RTUP]
  Data Quality Indicator for OBDH RSMN:3 RTUP [Data_Quality_OBDH_RSMN_3_RTUP]
  Onboard Data Handling Test CH RSMN 4 RTUP [OBDH_RSMN_4_RTUP]
  Data Quality Indicator for OBDH RSMN:4 RTUP [Data_Quality_OBDH_RSMN_4_RTUP]
  Onboard Data Handling Test CH RSMN 5 RTUP [OBDH_RSMN_5_RTUP]
  Data Quality Indicator for OBDH RSMN:5 RTUP [Data_Quality_OBDH_RSMN_5_RTUP]
  Onboard Data Handling Test CH RSMN 6 RTUP [OBDH_RSMN_6_RTUP]
  Data Quality Indicator for OBDH RSMN:6 RTUP [Data_Quality_OBDH_RSMN_6_RTUP]
  Onboard Data Handling Test CH RSMN 7 RTUP [OBDH_RSMN_7_RTUP]
  Data Quality Indicator for OBDH RSMN:7 RTUP [Data_Quality_OBDH_RSMN_7_RTUP]
  Onboard Data Handling Test CH RSMN 8 RTUP [OBDH_RSMN_8_RTUP]
  Data Quality Indicator for OBDH RSMN:8 RTUP [Data_Quality_OBDH_RSMN_8_RTUP]

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TSS-1R_M1_SHMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Onboard Data Handling ASMN CH Test 1 [OBDH_ASMIN_CH_T1_1_telemetry_unitless]
  Onboard Data Handling ASMN CH Test 1 [OBDH_ASMIN_CH_T1_2_Voltage_volts]
  Data Quality Indicator for OBDH ASMIN CH T1 [Data_Quality_OBDH_ASMIN_CH_T1]
  Onboard Data Handling ASMN CH Test 2 [OBDH_ASMIN_CH_T2_1_telemetry_unitless]
  Onboard Data Handling ASMN CH Test 2 [OBDH_ASMIN_CH_T2_2_Voltage_volts]
  Data Quality Indicator for OBDH ASMIN CH T2 [Data_Quality_OBDH_ASMIN_CH_T2]
  Onboard Data Handling ASMN CH Test 1 RTUP [OBDH_ASMIN_CH_T1_RTUP_1_telemetry_unitless]
  Onboard Data Handling ASMN CH Test 1 RTUP [OBDH_ASMIN_CH_T1_RTUP_2_Voltage_volts]
  Data Quality Indicator for OBDH ASMIN CH T1 RTUP [Data_Quality_OBDH_ASMIN_CH_T1_RTUP]
  Onboard Data Handling ASMN CH Test 2 RTUP [OBDH_ASMIN_CH_T2_RTUP_1_telemetry_unitless]
  Onboard Data Handling ASMN CH Test 2 RTUP [OBDH_ASMIN_CH_T2_RTUP_2_Voltage_volts]
  Data Quality Indicator for OBDH ASMIN CH T2 RTUP [Data_Quality_OBDH_ASMIN_CH_T2_RTUP]

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TSS-1R_M1_SHMC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DH UP Memory Dump Start Address [DH_UP_MDmp_St_Add]
  Data Quality Indicator for DH UP MDmp St Add [Data_Quality_DH_UP_MDmp_St_Add]
  DH UP Memory Dump 1st Datum (bits 0-15) [DH_UP_MDmp_D1_b0_15]
  Data Quality Indicator for DH UP MDmp D1 b(0-15) [Data_Quality_DH_UP_MDmp_D1_b0_15]
  DH UP Memory Dump 1st Datum (bits 16-31) [DH_UP_MDmp_D1_b16_31]
  Data Quality Indicator for DH UP MDmp D1 b(16-31) [Data_Quality_DH_UP_MDmp_D1_b16_31]
  DH UP Memory Dump 1st Datum (bits 32-47) [DH_UP_MDmp_D1_b32_47]
  Data Quality Indicator for DH UP MDmp D1 b(32-47) [Data_Quality_DH_UP_MDmp_D1_b32_47]
  DH UP Memory Dump 1st Datum (bits 48-63) [DH_UP_MDmp_D1_b48_63]
  Data Quality Indicator for DH UP MDmp D1 b(48-63) [Data_Quality_DH_UP_MDmp_D1_b48_63]
  DH UP Memory Dump 2nd Datum (bits 0-15) [DH_UP_MDmp_D2_b0_15]
  Data Quality Indicator for DH UP MDmp D2 b(0-15) [Data_Quality_DH_UP_MDmp_D2_b0_15]
  DH UP Memory Dump 2nd Datum (bits 16-31) [DH_UP_MDmp_D2_b16_31]
  Data Quality Indicator for DH UP MDmp D2 b(16-31) [Data_Quality_DH_UP_MDmp_D2_b16_31]
  DH UP Memory Dump 2nd Datum (bits 32-47) [DH_UP_MDmp_D2_b32_47]
  Data Quality Indicator for DH UP MDmp D2 b(32-47) [Data_Quality_DH_UP_MDmp_D2_b32_47]
  DH UP Memory Dump 2nd Datum (bits 48-63) [DH_UP_MDmp_D2_b48_63]
  Data Quality Indicator for DH UP MDmp D2 b(48-63) [Data_Quality_DH_UP_MDmp_D2_b48_63]
  DH UP Memory Dump 3rd Datum [DH_UP_MDmp_D3]
  Data Quality Indicator for DH UP MDmp D3 [Data_Quality_DH_UP_MDmp_D3]
  AMCS UP Memory Dump Start Address [AMCS_UP_MDmp_St_Add]
  Data Quality Indicator for AMCS UP MDmp St Add [Data_Quality_AMCS_UP_MDmp_St_Add]
  AMCS UP Memory Dump 1st Datum (bits 0-15) [AMCS_UP_MDmp_D1_b0_15]
  Data Quality Indicator for AMCS UP MDmp D1 b(0-15) [Data_Quality_AMCS_UP_MDmp_D1_b0_15]
  AMCS UP Memory Dump 1st Datum (bits 16-31) [AMCS_UP_MDmp_D1_b16_31]
  Data Quality Indicator for AMCS UP MDmp D1 b(16-31) [Data_Quality_AMCS_UP_MDmp_D1_b16_31]
  AMCS UP Memory Dump 1st Datum (bits 32-47) [AMCS_UP_MDmp_D1_b32_47]
  Data Quality Indicator for AMCS UP MDmp D1 b(32-47) [Data_Quality_AMCS_UP_MDmp_D1_b32_47]
  AMCS UP Memory Dump 1st Datum (bits 48-63) [AMCS_UP_MDmp_D1_b48_63]
  Data Quality Indicator for AMCS UP MDmp D1 b(48-63) [Data_Quality_AMCS_UP_MDmp_D1_b48_63]
  AMCS UP Memory Dump 2nd Datum (bits 0-15) [AMCS_UP_MDmp_D2_b0_15]
  Data Quality Indicator for AMCS UP MDmp D2 b(0-15) [Data_Quality_AMCS_UP_MDmp_D2_b0_15]
  AMCS UP Memory Dump 2nd Datum (bits 16-31) [AMCS_UP_MDmp_D2_b16_31]
  Data Quality Indicator for AMCS UP MDmp D2 b(16-31) [Data_Quality_AMCS_UP_MDmp_D2_b16_31]
  AMCS UP Memory Dump 2nd Datum (bits 32-47) [AMCS_UP_MDmp_D2_b32_47]
  Data Quality Indicator for AMCS UP MDmp D2 b(32-47) [Data_Quality_AMCS_UP_MDmp_D2_b32_47]
  AMCS UP Memory Dump 2nd Datum (bits 48-63) [AMCS_UP_MDmp_D2_b48_63]
  Data Quality Indicator for AMCS UP MDmp D2 b(48-63) [Data_Quality_AMCS_UP_MDmp_D2_b48_63]
  AMCS UP Memory Dump 3rd Datum [AMCS_UP_MDmp_D3]
  Data Quality Indicator for AMCS UP MDmp D3 [Data_Quality_AMCS_UP_MDmp_D3]
  TLC Counter [TLC_Cntr]
  Data Quality Indicator for TLC Cntr [Data_Quality_TLC_Cntr]
  TLC Buffer 1 Message Number [TLC_Buf1_Msg_]
  Data Quality Indicator for TLC Buf1 Msg# [Data_Quality_TLC_Buf1_Msg_]
  TLC Buffer 2 Message Number [TLC_Buf2_Msg_]
  Data Quality Indicator for TLC Buf2 Msg# [Data_Quality_TLC_Buf2_Msg_]
  TLC Buffer 1 Expected Checksum [TLC_Buf1_Exp_Chksm]
  Data Quality Indicator for TLC Buf1 Exp Chksm [Data_Quality_TLC_Buf1_Exp_Chksm]
  TLC Buffer 2 Expected Checksum [TLC_Buf2_Exp_Chksm]
  Data Quality Indicator for TLC Buf2 Exp Chksm [Data_Quality_TLC_Buf2_Exp_Chksm]
  TLC Buffer 1 Computed Checksum [TLC_Buf1_Comp_Chksm]
  Data Quality Indicator for TLC Buf1 Comp Chksm [Data_Quality_TLC_Buf1_Comp_Chksm]
  TLC Buffer 2 Computed Checksum [TLC_Buf2_Comp_Chksm]
  Data Quality Indicator for TLC Buf2 Comp Chksm [Data_Quality_TLC_Buf2_Comp_Chksm]
  Format Counter [Fmt_Cntr]
  Data Quality Indicator for Fmt Cntr [Data_Quality_Fmt_Cntr]
  Format Number [Fmt_Num]
  Data Quality Indicator for Fmt Num [Data_Quality_Fmt_Num]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SHMD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Onboard Data Handling RAM Status [OBDH_RAM_Status]
  Data Quality Indicator for OBDH RAM Status [Data_Quality_OBDH_RAM_Status]
  Onboard Data Handling PROM Status [OBDH_PROM_Status]
  Data Quality Indicator for OBDH PROM Status [Data_Quality_OBDH_PROM_Status]
  Onboard Data Handling Global Ram Status [OBDH_G_RAM_Status]
  Data Quality Indicator for OBDH G-RAM Status [Data_Quality_OBDH_G_RAM_Status]
  Onboard Data Handling FGP Overrun [OBDH_FGP_Ovrrun]
  Data Quality Indicator for OBDH FGP Ovrrun [Data_Quality_OBDH_FGP_Ovrrun]
  Onboard Data Handling BGP Overrun [OBDH_BGP_Ovrrun]
  Data Quality Indicator for OBDH BGP Ovrrun [Data_Quality_OBDH_BGP_Ovrrun]
  Onboard Data Handling Subroutine Call Error [OBDH_Subr_Err]
  Data Quality Indicator for OBDH Subr Err [Data_Quality_OBDH_Subr_Err]
  Onboard Data Handling Stack Overflow [OBDH_Stck_Ovrflow]
  Data Quality Indicator for OBDH Stck Ovrflow [Data_Quality_OBDH_Stck_Ovrflow]
  Onboard Data Handling Self Check Status [OBDH_Self_Chk]
  Data Quality Indicator for OBDH Self Chk [Data_Quality_OBDH_Self_Chk]
  AMCS Up Status [AMCS_Up_Status]
  Data Quality Indicator for AMCS Up Status [Data_Quality_AMCS_Up_Status]
  AMCS RAM Status [AMCS_PROM_Status]
  Data Quality Indicator for AMCS PROM Status [Data_Quality_AMCS_PROM_Status]
  AMCS PROM Status [AMCS_G_RAM_Status]
  Data Quality Indicator for AMCS G-RAM Status [Data_Quality_AMCS_G_RAM_Status]
  AMCS Global RAM Status [AMCS_FGP_Ovrrun]
  Data Quality Indicator for AMCS FGP Ovrrun [Data_Quality_AMCS_FGP_Ovrrun]
  AMCS FGP Overrun [AMCS_BGP_Ovrrun]
  Data Quality Indicator for AMCS BGP Ovrrun [Data_Quality_AMCS_BGP_Ovrrun]
  AMCS BGP Overrun [AMCS_Subr_Err]
  Data Quality Indicator for AMCS Subr Err [Data_Quality_AMCS_Subr_Err]
  AMCS Subroutine Call Error [AMCS_Stck_Ovrflow]
  Data Quality Indicator for AMCS Stck Ovrflow [Data_Quality_AMCS_Stck_Ovrflow]
  AMCS Stack Overflow [AMCS_Self_Chk]
  Data Quality Indicator for AMCS Self Chk [Data_Quality_AMCS_Self_Chk]
  AMCS GR Access Failed [AMCS_GR_Acc_Fail]
  Data Quality Indicator for AMCS GR Acc Fail [Data_Quality_AMCS_GR_Acc_Fail]
  Bus Arbiter Failure [BUS_Arbtr_Fail]
  Data Quality Indicator for BUS Arbtr Fail [Data_Quality_BUS_Arbtr_Fail]
  RTUS Status [RTUS_Arbtr_Fail]
  Data Quality Indicator for RTUS Arbtr Fail [Data_Quality_RTUS_Arbtr_Fail]
  GR Access Failed [GR_Access_Fail]
  Data Quality Indicator for GR Access Fail [Data_Quality_GR_Access_Fail]
  More Than 2 Blocks Of TLCS [I_2_Blks_TLCS]
  Data Quality Indicator for > 2 Blks TLCS [Data_Quality___2_Blks_TLCS]
  CTU-RTUS Link Status [CTU_RTUS_Link]
  Data Quality Indicator for CTU-RTUS Link [Data_Quality_CTU_RTUS_Link]
  CTU-RTUP Link Status [CTU_RTUP_Link]
  Data Quality Indicator for CTU-RTUP Link [Data_Quality_CTU_RTUP_Link]
  Unknown Bit [Unknown_Bit]
  Data Quality Indicator for Unknown Bit [Data_Quality_Unknown_Bit]

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TSS-1R_M1_SHME

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Onboard Data Handling FGP Number Overrun [OBDH_FGP___Ovrrun]
  Data Quality Indicator for OBDH FGP # Ovrrun [Data_Quality_OBDH_FGP___Ovrrun]
  Onboard Data Handling BGP Number Overrun [OBDH_BGP___Ovrrun]
  Data Quality Indicator for OBDH BGP # Ovrrun [Data_Quality_OBDH_BGP___Ovrrun]
  AMCS FGP Number Overrun [AMCS_FGP___Ovrrun]
  Data Quality Indicator for AMCS FGP # Ovrrun [Data_Quality_AMCS_FGP___Ovrrun]
  AMCS BGP Number Overrun [AMCS_BGP___Ovrrun]
  Data Quality Indicator for AMCS BGP # Ovrrun [Data_Quality_AMCS_BGP___Ovrrun]
  AMCS Operative Mode [AMCS_Oper__Mode]
  Data Quality Indicator for AMCS Oper. Mode [Data_Quality_AMCS_Oper__Mode]

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TSS-1R_M1_SHPA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Battery 1 / Battery 2 Current [Bat1_Bat2_I_1_telemetry_unitless]
  Battery 1 / Battery 2 Current [Bat1_Bat2_I_2_current_amps]
  Data Quality Indicator for Bat1/Bat2 I [Data_Quality_Bat1_Bat2_I]
  Battery 3 / Battery 4 Current [Bat4_Bat4_I_1_telemetry_unitless]
  Battery 3 / Battery 4 Current [Bat4_Bat4_I_2_current_amps]
  Data Quality Indicator for Bat4/Bat4 I [Data_Quality_Bat4_Bat4_I]
  Main Bus Current [Main_Bus_I_1_telemetry_unitless]
  Main Bus Current [Main_Bus_I_2_current_amps]
  Data Quality Indicator for Main Bus I [Data_Quality_Main_Bus_I]
  Onboard Data Handling Bus Current [OBDH_Bus_I_1_telemetry_unitless]
  Onboard Data Handling Bus Current [OBDH_Bus_I_2_current_amps]
  Data Quality Indicator for OBDH Bus I [Data_Quality_OBDH_Bus_I]
  TT&C Bus Current [TT_C_Bus_I_1_telemetry_unitless]
  TT&C Bus Current [TT_C_Bus_I_2_current_amps]
  Data Quality Indicator for TT&C Bus I [Data_Quality_TT_C_Bus_I]
  PPDA Bus Current [PPDA_Bus_I_1_telemetry_unitless]
  PPDA Bus Current [PPDA_Bus_I_2_current_amps]
  Data Quality Indicator for PPDA Bus I [Data_Quality_PPDA_Bus_I]
  AMCS Bus Current [AMCS_Bus_I_1_telemetry_unitless]
  AMCS Bus Current [AMCS_Bus_I_2_current_amps]
  Data Quality Indicator for AMCS Bus I [Data_Quality_AMCS_Bus_I]
  PM Heater Bus Current [PM_Heater_Bus_I_1_telemetry_unitless]
  PM Heater Bus Current [PM_Heater_Bus_I_2_current_amps]
  Data Quality Indicator for PM Heater Bus I [Data_Quality_PM_Heater_Bus_I]
  D&J Bus Current [D_J_Heater_Bus_I_1_telemetry_unitless]
  D&J Bus Current [D_J_Heater_Bus_I_2_current_amps]
  Data Quality Indicator for D&J Heater Bus I [Data_Quality_D_J_Heater_Bus_I]
  I/O Of Plane Section Bus Current [I_O_Pl_Sec_Bus_I_1_telemetry_unitless]
  I/O Of Plane Section Bus Current [I_O_Pl_Sec_Bus_I_2_current_amps]
  Data Quality Indicator for I/O Pl Sec Bus I [Data_Quality_I_O_Pl_Sec_Bus_I]
  APS Heater Bus Current [APS_Bus_I_1_telemetry_unitless]
  APS Heater Bus Current [APS_Bus_I_2_current_amps]
  Data Quality Indicator for APS Bus I [Data_Quality_APS_Bus_I]
  Yaw Section Bus Current [Yaw_Bus_I_1_telemetry_unitless]
  Yaw Section Bus Current [Yaw_Bus_I_2_current_amps]
  Data Quality Indicator for Yaw Bus I [Data_Quality_Yaw_Bus_I]
  Rel/L. Valve Bus Current [Rel_L_Valve_Bus_I_1_telemetry_unitless]
  Rel/L. Valve Bus Current [Rel_L_Valve_Bus_I_2_current_amps]
  Data Quality Indicator for Rel/L Valve Bus I [Data_Quality_Rel_L_Valve_Bus_I]
  Battery 2 Voltage [Bat_2_V_1_telemetry_unitless]
  Battery 2 Voltage [Bat_2_V_2_voltage_volts]
  Data Quality Indicator for Bat 2 V [Data_Quality_Bat_2_V]
  Battery 4 Voltage [Bat_4_V_1_telemetry_unitless]
  Battery 4 Voltage [Bat_4_V_2_voltage_volts]
  Data Quality Indicator for Bat 4 V [Data_Quality_Bat_4_V]
  Battery 1 / Battery 2 Voltage [Bat1_Bat2_V_1_telemetry_unitless]
  Battery 1 / Battery 2 Voltage [Bat1_Bat2_V_2_voltage_volts]
  Data Quality Indicator for Bat1/Bat2 V [Data_Quality_Bat1_Bat2_V]
  Battery 3 / Battery 4 Voltage [Bat3_Bat4_V_1_telemetry_unitless]
  Battery 3 / Battery 4 Voltage [Bat3_Bat4_V_2_voltage_volts]
  Data Quality Indicator for Bat3/Bat4 V [Data_Quality_Bat3_Bat4_V]
  Main Bus Voltage [Main_Bus_V_1_telemetry_unitless]
  Main Bus Voltage [Main_Bus_V_2_voltage_volts]
  Data Quality Indicator for Main Bus V [Data_Quality_Main_Bus_V]
  TX Regulated Voltage [TX_Reg_V_1_telemetry_unitless]
  TX Regulated Voltage [TX_Reg_V_2_voltage_volts]
  Data Quality Indicator for TX Reg V [Data_Quality_TX_Reg_V]
  RX Regulated Voltage [RX_Reg_V_1_telemetry_unitless]
  RX Regulated Voltage [RX_Reg_V_2_voltage_volts]
  Data Quality Indicator for RX Reg V [Data_Quality_RX_Reg_V]
  TX RF Output Power [TX_RF_Output_Pwr_1_telemetry_unitless]
  TX RF Output Power [TX_RF_Output_Pwr_2_power_DbM]
  Data Quality Indicator for TX RF Output Pwr [Data_Quality_TX_RF_Output_Pwr]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SHSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Gyro Status [Gyro_Status]
  Data Quality Indicator for Gyro Status [Data_Quality_Gyro_Status]
  Gyro X Warm-up Status [X_Gyro_Warmup]
  Data Quality Indicator for X Gyro Warmup [Data_Quality_X_Gyro_Warmup]
  Gyro Y Warm-up Status [Y_Gyro_Warmup]
  Data Quality Indicator for Y Gyro Warmup [Data_Quality_Y_Gyro_Warmup]
  Gyro Z Warm-up Status [Z_Gyro_Warmup]
  Data Quality Indicator for Z Gyro Warmup [Data_Quality_Z_Gyro_Warmup]
  Gyro Skew Warm-up Status [S_Gyro_Warmup]
  Data Quality Indicator for S Gyro Warmup [Data_Quality_S_Gyro_Warmup]
  Gyro X Check-out Status [X_Gyro_Chkout]
  Data Quality Indicator for X Gyro Chkout [Data_Quality_X_Gyro_Chkout]
  Gyro Y Check-out Status [Y_Gyro_Chkout]
  Data Quality Indicator for Y Gyro Chkout [Data_Quality_Y_Gyro_Chkout]
  Gyro Z Check-out Status [Z_Gyro_Chkout]
  Data Quality Indicator for Z Gyro Chkout [Data_Quality_Z_Gyro_Chkout]
  Gyro Skew Check-out Status [S_Gyro_Chkout]
  Data Quality Indicator for S Gyro Chkout [Data_Quality_S_Gyro_Chkout]
  Gyro Temperature Status [Gyro_Temp]
  Data Quality Indicator for Gyro Temp [Data_Quality_Gyro_Temp]
  Gyro Package 1 Temperature X Status [Gyro_Pkg_1_X_Temp]
  Data Quality Indicator for Gyro Pkg 1 X Temp [Data_Quality_Gyro_Pkg_1_X_Temp]
  Gyro Package 1 Temperature Z Status [Gyro_Pkg_1_Z_Temp]
  Data Quality Indicator for Gyro Pkg 1 Z Temp [Data_Quality_Gyro_Pkg_1_Z_Temp]
  Gyro Package 2 Temperature Y Status [Gyro_Pkg_2_Y_Temp]
  Data Quality Indicator for Gyro Pkg 2 Y Temp [Data_Quality_Gyro_Pkg_2_Y_Temp]
  Gyro Package 2 Temperature Skew Status [Gyro_Pkg_2_S_Temp]
  Data Quality Indicator for Gyro Pkg 2 S Temp [Data_Quality_Gyro_Pkg_2_S_Temp]
  Gyro X Command [X_Gyro_Cmd]
  Data Quality Indicator for X Gyro Cmd [Data_Quality_X_Gyro_Cmd]
  Gyro Y Command [Y_Gyro_Cmd]
  Data Quality Indicator for Y Gyro Cmd [Data_Quality_Y_Gyro_Cmd]
  Gyro Z Command [Z_Gyro_Cmd]
  Data Quality Indicator for Z Gyro Cmd [Data_Quality_Z_Gyro_Cmd]
  Gyro Skew Command [S_Gyro_Cmd]
  Data Quality Indicator for S Gyro Cmd [Data_Quality_S_Gyro_Cmd]
  Earth Sensor Status [Earth_Sen]
  Data Quality Indicator for Earth Sen [Data_Quality_Earth_Sen]
  Sun Sensor Status [Sun_Sen]
  Data Quality Indicator for Sun Sen [Data_Quality_Sun_Sen]
  EL 1 OK [EL_1_OK]
  Data Quality Indicator for EL/1 OK [Data_Quality_EL_1_OK]
  EL 2 OK [EL_2_OK]
  Data Quality Indicator for EL/2 OK [Data_Quality_EL_2_OK]
  ES 1 Served [ES_1_Served]
  Data Quality Indicator for ES/1 Served [Data_Quality_ES_1_Served]
  ES 2 Served [ES_2_Served]
  Data Quality Indicator for ES/2 Served [Data_Quality_ES_2_Served]
  ES 1 Status OK [ES_1_OK]
  Data Quality Indicator for ES/1 OK [Data_Quality_ES_1_OK]
  ES 2 Status OK [ES_2_OK]
  Data Quality Indicator for ES/2 OK [Data_Quality_ES_2_OK]
  ES 1 Head Flag [ES_1_Hd_Flg]
  Data Quality Indicator for ES/1 Hd Flg [Data_Quality_ES_1_Hd_Flg]
  ES 2 Head Flag [ES_2_Hd_Flg]
  Data Quality Indicator for ES/2 Hd Flg [Data_Quality_ES_2_Hd_Flg]
  ES 1 Internal Temperature Status [ES_1_Int_Temp]
  Data Quality Indicator for ES/1 Int Temp [Data_Quality_ES_1_Int_Temp]
  ES 2 Internal Temperature Status [ES_2_Int_Temp]
  Data Quality Indicator for ES/2 Int Temp [Data_Quality_ES_2_Int_Temp]
  Yaw 1 Command Flag [Yaw_1_Cmd_Flag]
  Data Quality Indicator for Yaw 1 Cmd Flag [Data_Quality_Yaw_1_Cmd_Flag]
  Yaw 2 Command Flag [Yaw_2_Cmd_Flag]
  Data Quality Indicator for Yaw 2 Cmd Flag [Data_Quality_Yaw_2_Cmd_Flag]
  Yaw 1 Flag [Yaw_1_Flag]
  Data Quality Indicator for Yaw 1 Flag [Data_Quality_Yaw_1_Flag]
  Yaw 2 Flag [Yaw_2_Flag]
  Data Quality Indicator for Yaw 2 Flag [Data_Quality_Yaw_2_Flag]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SHSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  X Converter Status [X_Gyro_Convtr]
  Data Quality Indicator for X Gyro Convtr [Data_Quality_X_Gyro_Convtr]
  Y Converter Status [Y_Gyro_Convtr]
  Data Quality Indicator for Y Gyro Convtr [Data_Quality_Y_Gyro_Convtr]
  Z Converter Status [Z_Gyro_Convtr]
  Data Quality Indicator for Z Gyro Convtr [Data_Quality_Z_Gyro_Convtr]
  Skew Converter Status [S_Gyro_Convtr]
  Data Quality Indicator for S Gyro Convtr [Data_Quality_S_Gyro_Convtr]
  X Heating Status [X_Gyro_Heating]
  Data Quality Indicator for X Gyro Heating [Data_Quality_X_Gyro_Heating]
  Y Heating Status [Y_Gyro_Heating]
  Data Quality Indicator for Y Gyro Heating [Data_Quality_Y_Gyro_Heating]
  Z Heating Status [Z_Gyro_Heating]
  Data Quality Indicator for Z Gyro Heating [Data_Quality_Z_Gyro_Heating]
  Skew Heating Status [S_Gyro_Heating]
  Data Quality Indicator for S Gyro Heating [Data_Quality_S_Gyro_Heating]
  X Wheel Status [X_Gyro_Wheel]
  Data Quality Indicator for X Gyro Wheel [Data_Quality_X_Gyro_Wheel]
  Y Wheel Status [Y_Gyro_Wheel]
  Data Quality Indicator for Y Gyro Wheel [Data_Quality_Y_Gyro_Wheel]
  Z Wheel Status [Z_Gyro_Wheel]
  Data Quality Indicator for Z Gyro Wheel [Data_Quality_Z_Gyro_Wheel]
  Skew Wheel Status [S_Gyro_Wheel]
  Data Quality Indicator for S Gyro Wheel [Data_Quality_S_Gyro_Wheel]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SHSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FDS3/FDS4 Status [FDS3_FDS4_Status]
  Data Quality Indicator for FDS3/FDS4 Status [Data_Quality_FDS3_FDS4_Status]
  FDS3/FDS4 Sun Presence [FDS3_FDS4_Sun]
  Data Quality Indicator for FDS3/FDS4 Sun [Data_Quality_FDS3_FDS4_Sun]

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TSS-1R_M1_SHSD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  ICOUT Program Status [GYMODE_Prgm_Stat]
  Data Quality Indicator for GYMODE Prgm Stat [Data_Quality_GYMODE_Prgm_Stat]
  GYOPS Program Status [GYOPS_Prgm_Stat]
  Data Quality Indicator for GYOPS Prgm Stat [Data_Quality_GYOPS_Prgm_Stat]
  GYCO Program Status [GYCO_Prgm_Stat]
  Data Quality Indicator for GYCO Prgm Stat [Data_Quality_GYCO_Prgm_Stat]
  GYWU Program Status [GYWU_Prgm_Stat]
  Data Quality Indicator for GYWU Prgm Stat [Data_Quality_GYWU_Prgm_Stat]
  GYRO Program Status [GYRO_Prgm_Stat]
  Data Quality Indicator for GYRO Prgm Stat [Data_Quality_GYRO_Prgm_Stat]
  ACQGYR Program Status [ACQGYR_Prgm_Stat]
  Data Quality Indicator for ACQGYR Prgm Stat [Data_Quality_ACQGYR_Prgm_Stat]
  ATTITUDE Program Status [ATTITUDE_Prgm_Stat]
  Data Quality Indicator for ATTITUDE Prgm Stat [Data_Quality_ATTITUDE_Prgm_Stat]
  PASSIVE Program Status [PASSIVE_Prgm_Stat]
  Data Quality Indicator for PASSIVE Prgm Stat [Data_Quality_PASSIVE_Prgm_Stat]
  SPIN Program Status [SPIN_Prgm_Stat]
  Data Quality Indicator for SPIN Prgm Stat [Data_Quality_SPIN_Prgm_Stat]
  HOLD Program Status [HOLD_Prgm_Stat]
  Data Quality Indicator for HOLD Prgm Stat [Data_Quality_HOLD_Prgm_Stat]
  RETR Program Status [RETR_Prgm_Stat]
  Data Quality Indicator for RETR Prgm Stat [Data_Quality_RETR_Prgm_Stat]
  ONST Program Status [ONST_Prgm_Stat]
  Data Quality Indicator for ONST Prgm Stat [Data_Quality_ONST_Prgm_Stat]
  DEPL Program Status [DEPL_Prgm_Stat]
  Data Quality Indicator for DEPL Prgm Stat [Data_Quality_DEPL_Prgm_Stat]
  VRPH1 Program Status [VRPH1_Prgm_Stat]
  Data Quality Indicator for VRPH1 Prgm Stat [Data_Quality_VRPH1_Prgm_Stat]
  VRPH2 Program Status [VRPH2_Prgm_Stat]
  Data Quality Indicator for VRPH2 Prgm Stat [Data_Quality_VRPH2_Prgm_Stat]
  RTUPQ Program Status [RTUPQ_Prgm_Stat]
  Data Quality Indicator for RTUPQ Prgm Stat [Data_Quality_RTUPQ_Prgm_Stat]
  RTUSQ Program Status [RTUSQ_Prgm_Stat]
  Data Quality Indicator for RTUSQ Prgm Stat [Data_Quality_RTUSQ_Prgm_Stat]
  TIMSLEEP Program Status [TIMSLEEP_Prgm_Stat]
  Data Quality Indicator for TIMSLEEP Prgm Stat [Data_Quality_TIMSLEEP_Prgm_Stat]
  TIMCOUNT Program Status [TIMCOUNT_Prgm_Stat]
  Data Quality Indicator for TIMCOUNT Prgm Stat [Data_Quality_TIMCOUNT_Prgm_Stat]
  Start Program Status [Start_Prgm_Stat]
  Data Quality Indicator for Start Prgm Stat [Data_Quality_Start_Prgm_Stat]
  IOFIRE Program Status [IOFIRE_Prgm_Stat]
  Data Quality Indicator for IOFIRE Prgm Stat [Data_Quality_IOFIRE_Prgm_Stat]
  CA Program Status [CA_Prgm_Stat]
  Data Quality Indicator for CA Prgm Stat [Data_Quality_CA_Prgm_Stat]
  TFGEN Program Status [TFGEN_Prgm_Stat]
  Data Quality Indicator for TFGEN Prgm Stat [Data_Quality_TFGEN_Prgm_Stat]
  PMQ Program Status [PMQ_Prgm_Stat]
  Data Quality Indicator for PMQ Prgm Stat [Data_Quality_PMQ_Prgm_Stat]
  ICOUT Program Status [ICOUT_Prgm_Stat]
  Data Quality Indicator for ICOUT Prgm Stat [Data_Quality_ICOUT_Prgm_Stat]
  LM Program Status [LM_Prgm_Stat]
  Data Quality Indicator for LM Prgm Stat [Data_Quality_LM_Prgm_Stat]
  SRM Program Status [SRM_Prgm_Stat]
  Data Quality Indicator for SRM Prgm Stat [Data_Quality_SRM_Prgm_Stat]
  RERE Program Status [RERE_Prgm_Stat]
  Data Quality Indicator for RERE Prgm Stat [Data_Quality_RERE_Prgm_Stat]
  ROMQ Program Status [ROMQ_Prgm_Stat]
  Data Quality Indicator for ROMQ Prgm Stat [Data_Quality_ROMQ_Prgm_Stat]
  PRPO Program Status [PRPO_Prgm_Stat]
  Data Quality Indicator for PRPO Prgm Stat [Data_Quality_PRPO_Prgm_Stat]
  TTOUT Program Status [TTOUT_Prgm_Stat]
  Data Quality Indicator for TTOUT Prgm Stat [Data_Quality_TTOUT_Prgm_Stat]
  SAS Program Status [SAS_Prgm_Stat]
  Data Quality Indicator for SAS Prgm Stat [Data_Quality_SAS_Prgm_Stat]
  TULC Program Status [TULC_Prgm_Stat]
  Data Quality Indicator for TULC Prgm Stat [Data_Quality_TULC_Prgm_Stat]
  PMTC Program Status [PMTC_Prgm_Stat]
  Data Quality Indicator for PMTC Prgm Stat [Data_Quality_PMTC_Prgm_Stat]
  PEPC Program Status [PEPC_Prgm_Stat]
  Data Quality Indicator for PEPC Prgm Stat [Data_Quality_PEPC_Prgm_Stat]
  PWRB Program Status [PWRB_Prgm_Stat]
  Data Quality Indicator for PWRB Prgm Stat [Data_Quality_PWRB_Prgm_Stat]
  DPPH Program Status [DPPH_Prgm_Stat]
  Data Quality Indicator for DPPH Prgm Stat [Data_Quality_DPPH_Prgm_Stat]
  SWITCH Program Status [SWITCH_Prgm_Stat]
  Data Quality Indicator for SWITCH Prgm Stat [Data_Quality_SWITCH_Prgm_Stat]
  AQTEST Program Status [AQTEST_Prgm_Stat]
  Data Quality Indicator for AQTEST Prgm Stat [Data_Quality_AQTEST_Prgm_Stat]
  CONTROL Program Status [CONTROL_Prgm_Stat]
  Data Quality Indicator for CONTROL Prgm Stat [Data_Quality_CONTROL_Prgm_Stat]
  ATFGEN Program Status [AFTGEN_Prgm_Stat]
  Data Quality Indicator for AFTGEN Prgm Stat [Data_Quality_AFTGEN_Prgm_Stat]
  ACA Program Status [ACA_Prgm_Stat]
  Data Quality Indicator for ACA Prgm Stat [Data_Quality_ACA_Prgm_Stat]
  AICOUT Program Status [AICOUT_Prgm_Stat]
  Data Quality Indicator for AICOUT Prgm Stat [Data_Quality_AICOUT_Prgm_Stat]
  SVISOR Program Status [SVISOR_Prgm_Stat]
  Data Quality Indicator for SVISOR Prgm Stat [Data_Quality_SVISOR_Prgm_Stat]
  AMSAS Program Status [AMSAS_Prgm_Stat]
  Data Quality Indicator for AMSAS Prgm Stat [Data_Quality_AMSAS_Prgm_Stat]
  UPDAT Program Status [UPDAT_Prgm_Stat]
  Data Quality Indicator for UPDAT Prgm Stat [Data_Quality_UPDAT_Prgm_Stat]
  AROMQ Program Status [AROMQ_Prgm_Stat]
  Data Quality Indicator for AROMQ Prgm Stat [Data_Quality_AROMQ_Prgm_Stat]
  YAWTH Program Status [YAWTH_Prgm_Stat]
  Data Quality Indicator for YAWTH Prgm Stat [Data_Quality_YAWTH_Prgm_Stat]
  APCO Program Status [APCO_Prgm_Stat]
  Data Quality Indicator for APCO Prgm Stat [Data_Quality_APCO_Prgm_Stat]
  ESCO Program Status [ESCO_Prgm_Stat]
  Data Quality Indicator for ESCO Prgm Stat [Data_Quality_ESCO_Prgm_Stat]
  SSTC Program Status [SSTC_Prgm_Stat]
  Data Quality Indicator for SSTC Prgm Stat [Data_Quality_SSTC_Prgm_Stat]
  ESUP Program Status [ESUP_Prgm_Stat]
  Data Quality Indicator for ESUP Prgm Stat [Data_Quality_ESUP_Prgm_Stat]
  Unknown Bit 1 [Unknown_Bit_1]
  Data Quality Indicator for Unknown Bit 1 [Data_Quality_Unknown_Bit_1]
  Unknown Bit 2 [Unknown_Bit_2]
  Data Quality Indicator for Unknown Bit 2 [Data_Quality_Unknown_Bit_2]

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TSS-1R_M1_SHSE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  PayLoad 01 ROPE Power Status [P_L_01__ROPE_Pwr]
  Data Quality Indicator for P/L 01: ROPE Pwr [Data_Quality_P_L_01__ROPE_Pwr]
  PayLoad 09 ROPE Power Status [P_L_09__ROPE_Pwr]
  Data Quality Indicator for P/L 09: ROPE Pwr [Data_Quality_P_L_09__ROPE_Pwr]
  PayLoad 02 ROPE Heater Power Status [P_L_02__ROPE_Htr_Pwr]
  Data Quality Indicator for P/L 02: ROPE Htr Pwr [Data_Quality_P_L_02__ROPE_Htr_Pwr]
  PayLoad 03 TEMAG Power Status [P_L_03__TEMAG_Pwr]
  Data Quality Indicator for P/L 03: TEMAG Pwr [Data_Quality_P_L_03__TEMAG_Pwr]
  PayLoad 04 TEMAG Heater Power Status [P_L_04__TEMAG_Htr_Pwr]
  Data Quality Indicator for P/L 04: TEMAG Htr Pwr [Data_Quality_P_L_04__TEMAG_Htr_Pwr]
  PayLoad 07 RETE Power Status [P_L_07__RETE_Pwr]
  Data Quality Indicator for P/L 07: RETE Pwr [Data_Quality_P_L_07__RETE_Pwr]
  PayLoad 07 RETE Heater Power Status [P_L_08__RETE_Htr_Pwr]
  Data Quality Indicator for P/L 08: RETE Htr Pwr [Data_Quality_P_L_08__RETE_Htr_Pwr]
  PayLoad 06 Power Status [P_L_06__Pwr]
  Data Quality Indicator for P/L 06: Pwr [Data_Quality_P_L_06__Pwr]
  PayLoad 12 Power Status [P_L_12__Pwr]
  Data Quality Indicator for P/L 12: Pwr [Data_Quality_P_L_12__Pwr]
  GPS Power Status [GPS_Pwr]
  Data Quality Indicator for GPS Pwr [Data_Quality_GPS_Pwr]
  Main Isolation Valve Status [Main_Iso_Valve]
  Data Quality Indicator for Main Iso Valve [Data_Quality_Main_Iso_Valve]
  In Line 1 Valve Status [In_Line_1_Valve]
  Data Quality Indicator for In Line 1 Valve [Data_Quality_In_Line_1_Valve]
  RX Lock Status [RX_Lock]
  Data Quality Indicator for RX Lock [Data_Quality_RX_Lock]
  Temperature 3 Warning [Temp_3_Warning]
  Data Quality Indicator for Temp 3 Warning [Data_Quality_Temp_3_Warning]
  Temperature 4 Warning [Temp_4_Warning]
  Data Quality Indicator for Temp 4 Warning [Data_Quality_Temp_4_Warning]

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TSS-1R_M1_SHSF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Battery 1 / Battery 2 Current Sign [Bat1_Bat2_Cur_Sign]
  Data Quality Indicator for Bat1/Bat2 Cur Sign [Data_Quality_Bat1_Bat2_Cur_Sign]
  Battery 3 / Battery 4 Current Sign [Bat3_Bat4_Cur_Sign]
  Data Quality Indicator for Bat3/Bat4 Cur Sign [Data_Quality_Bat3_Bat4_Cur_Sign]
  Temperature 1 Warning [Temp1_Warning]
  Data Quality Indicator for Temp1 Warning [Data_Quality_Temp1_Warning]
  Temperature 2 Warning [Temp2_Warning]
  Data Quality Indicator for Temp2 Warning [Data_Quality_Temp2_Warning]
  In Plane Rear Valve Status [InPl_Rear_Valve]
  Data Quality Indicator for InPl Rear Valve [Data_Quality_InPl_Rear_Valve]
  In Plane Front Valve Status [InPl_Front_Valve]
  Data Quality Indicator for InPl Front Valve [Data_Quality_InPl_Front_Valve]
  Out Of Plane Right Valve Status [OutPl_Right_Valve]
  Data Quality Indicator for OutPl Right Valve [Data_Quality_OutPl_Right_Valve]
  Out Of Plane Left Valve Status [OutPl_Left_Valve]
  Data Quality Indicator for OutPl Left Valve [Data_Quality_OutPl_Left_Valve]
  ES2 Power Status [ES1_Pwr]
  Data Quality Indicator for ES1 Pwr [Data_Quality_ES1_Pwr]
  ES1 Status [ES1_Status]
  Data Quality Indicator for ES1 Status [Data_Quality_ES1_Status]
  ES2 Status [ES2_Status]
  Data Quality Indicator for ES2 Status [Data_Quality_ES2_Status]
  Ranging Status [Ranging_Status]
  Data Quality Indicator for Ranging Status [Data_Quality_Ranging_Status]
  Squelch Status [Squelch_Status]
  Data Quality Indicator for Squelch Status [Data_Quality_Squelch_Status]
  Frame Valid [Frame_Valid]
  Data Quality Indicator for Frame Valid [Data_Quality_Frame_Valid]
  ASW Found [ASW_Found]
  Data Quality Indicator for ASW Found [Data_Quality_ASW_Found]

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TSS-1R_M1_SHSG

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Test Bit Sign [Test_Bit_Sign]
  Data Quality Indicator for Test Bit Sign [Data_Quality_Test_Bit_Sign]
  Payload Energy Consumption Status [P_L_Energy_Consump]
  Data Quality Indicator for P/L Energy Consump [Data_Quality_P_L_Energy_Consump]
  Uplink Status [Uplink_Status]
  Data Quality Indicator for Uplink Status [Data_Quality_Uplink_Status]
  Valve 1 NOGO [Valve1_NOGO]
  Data Quality Indicator for Valve1 NOGO [Data_Quality_Valve1_NOGO]
  Valve 2 NOGO [Valve2_NOGO]
  Data Quality Indicator for Valve2 NOGO [Data_Quality_Valve2_NOGO]
  Power Off Command Sent [Pwr_Off_Cmd_Sent]
  Data Quality Indicator for Pwr Off Cmd Sent [Data_Quality_Pwr_Off_Cmd_Sent]
  Power Drop Occurrence [Pwr_Drop_Occur]
  Data Quality Indicator for Pwr Drop Occur [Data_Quality_Pwr_Drop_Occur]
  APS Status [APS_Status]
  Data Quality Indicator for APS Status [Data_Quality_APS_Status]
  Critical Function Relay Status [Crit_Fn_Rly_Status]
  Data Quality Indicator for Crit Fn Rly Status [Data_Quality_Crit_Fn_Rly_Status]
  Flag 1 Squelch Status [Flg1_Squelch]
  Data Quality Indicator for Flg1 Squelch [Data_Quality_Flg1_Squelch]
  Flag 1 RX Coherent AGC Status [Flg1_RX_Coher_AGC]
  Data Quality Indicator for Flg1 RX Coher AGC [Data_Quality_Flg1_RX_Coher_AGC]
  Flag 1 Lock Status [Flg1_Lock_Status]
  Data Quality Indicator for Flg1 Lock Status [Data_Quality_Flg1_Lock_Status]
  Updating Enabled [Updating_Enabled]
  Data Quality Indicator for Updating Enabled [Data_Quality_Updating_Enabled]
  APS Pressures Status [APS_Pressure]
  Data Quality Indicator for APS Pressure [Data_Quality_APS_Pressure]
  Regulated Pressure Status [Reg_Pressure]
  Data Quality Indicator for Reg Pressure [Data_Quality_Reg_Pressure]
  Tank Pressure Status [Tank_Pressure]
  Data Quality Indicator for Tank Pressure [Data_Quality_Tank_Pressure]
  Flag 5 PM Section 1 Temperature 1 Status [Flg5_PM_Sec1_T1]
  Data Quality Indicator for Flg5 PM Sec1/T1 [Data_Quality_Flg5_PM_Sec1_T1]
  Flag 5 PM Section 2 Temperature 2 Status [Flg5_PM_Sec2_T2]
  Data Quality Indicator for Flg5 PM Sec2/T2 [Data_Quality_Flg5_PM_Sec2_T2]
  Flag 5 PM Section 3 Temperature 1 Status [Flg5_PM_Sec3_T1]
  Data Quality Indicator for Flg5 PM Sec3/T1 [Data_Quality_Flg5_PM_Sec3_T1]
  Flag 6 PM Section 1 Temperature 1 Status [Flg6_PM_Sec1_T1]
  Data Quality Indicator for Flg6 PM Sec1/T1 [Data_Quality_Flg6_PM_Sec1_T1]
  Flag 6 PM Section 2 Temperature 2 Status [Flg6_PM_Sec2_T2]
  Data Quality Indicator for Flg6 PM Sec2/T2 [Data_Quality_Flg6_PM_Sec2_T2]
  Flag 6 PM Section 3 Temperature 1 Status [Flg6_PM_Sec3_T1]
  Data Quality Indicator for Flg6 PM Sec3/T1 [Data_Quality_Flg6_PM_Sec3_T1]
  Battery 1 Temperature Status [Bat1_Temp_Status]
  Data Quality Indicator for Bat1 Temp Status [Data_Quality_Bat1_Temp_Status]
  Battery 2 Temperature Status [Bat2_Temp_Status]
  Data Quality Indicator for Bat2 Temp Status [Data_Quality_Bat2_Temp_Status]
  Battery 3 Temperature Status [Bat3_Temp_Status]
  Data Quality Indicator for Bat3 Temp Status [Data_Quality_Bat3_Temp_Status]
  Battery 4 Temperature Status [Bat4_Temp_Status]
  Data Quality Indicator for Bat4 Temp Status [Data_Quality_Bat4_Temp_Status]
  Battery Temperature Status [Bat_Temp_Status]
  Data Quality Indicator for Bat Temp Status [Data_Quality_Bat_Temp_Status]
  APS Pressure Regulated Temperature Status [APS_Pres_Reg_Temp]
  Data Quality Indicator for APS Pres Reg Temp [Data_Quality_APS_Pres_Reg_Temp]
  Battery Verification Status [Bat_Verification]
  Data Quality Indicator for Bat Verification [Data_Quality_Bat_Verification]

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TSS-1R_M1_SHSH

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  In Line 2 Valve Status [InLine_2_Valve]
  Data Quality Indicator for InLine 2 Valve [Data_Quality_InLine_2_Valve]
  I/O of Plane Isolation Valve Status [I_O_OfPl_Iso_Valve]
  Data Quality Indicator for I/O OfPl Iso Valve [Data_Quality_I_O_OfPl_Iso_Valve]
  Yaw 1 Valve Status [Yaw_1_Valve]
  Data Quality Indicator for Yaw 1 Valve [Data_Quality_Yaw_1_Valve]
  Yaw 2 Valve Status [Yaw_2_Valve]
  Data Quality Indicator for Yaw 2 Valve [Data_Quality_Yaw_2_Valve]
  ES1 Power Status [ES1_Pwr]
  Data Quality Indicator for ES1 Pwr [Data_Quality_ES1_Pwr]
  Tx Power Status [TX_Pwr]
  Data Quality Indicator for TX Pwr [Data_Quality_TX_Pwr]

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TSS-1R_M1_SHSI

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Battery 1 / Battery 2 Status [Bat1_Bat2_Status]
  Data Quality Indicator for Bat1/Bat2 Status [Data_Quality_Bat1_Bat2_Status]
  Battery 3 / Battery 4 Status [Bat3_Bat4_Status]
  Data Quality Indicator for Bat3/Bat4 Status [Data_Quality_Bat3_Bat4_Status]
  TT&C Power Status [TT_C_Pwr]
  Data Quality Indicator for TT&C Pwr [Data_Quality_TT_C_Pwr]
  PPDA Power Status [PPDA_Pwr]
  Data Quality Indicator for PPDA Pwr [Data_Quality_PPDA_Pwr]
  AMCS Power Status [AMCS_Pwr]
  Data Quality Indicator for AMCS Pwr [Data_Quality_AMCS_Pwr]
  APS Heater Power Status [APS_Pwr]
  Data Quality Indicator for APS Pwr [Data_Quality_APS_Pwr]
  PM Heater Power Status [PM_Pwr]
  Data Quality Indicator for PM Pwr [Data_Quality_PM_Pwr]
  I/O of Plane Section Power Status [I_O_Pl_Sec_Pwr]
  Data Quality Indicator for I/O Pl Sec Pwr [Data_Quality_I_O_Pl_Sec_Pwr]
  Yaw Section Power Status [Yaw_Sec_Pwr]
  Data Quality Indicator for Yaw Sec Pwr [Data_Quality_Yaw_Sec_Pwr]
  TX Power Enable Status [TX_Pwr_Enable]
  Data Quality Indicator for TX Pwr Enable [Data_Quality_TX_Pwr_Enable]

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TSS-1R_M1_SHSJ

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Alpha 1/2 Selected Optical Head [Alpha_1_2_Selected]
  Data Quality Indicator for Alpha 1/2 Selected [Data_Quality_Alpha_1_2_Selected]
  Alpha 3/4 Selected Optical Head [Alpha_3_4_Selected]
  Data Quality Indicator for Alpha 3/4 Selected [Data_Quality_Alpha_3_4_Selected]
  Beta 1/2 Selected Optical Head [Beta_1_2_Selected]
  Data Quality Indicator for Beta 1/2 Selected [Data_Quality_Beta_1_2_Selected]
  Beta 3/4 Selected Optical Head [Beta_3_4_Selected]
  Data Quality Indicator for Beta 3/4 Selected [Data_Quality_Beta_3_4_Selected]
  Alpha 1/2 Data Valid [Alpha_1_2_Data_Valid]
  Data Quality Indicator for Alpha 1/2 Data Valid [Data_Quality_Alpha_1_2_Data_Valid]
  Alpha 3/4 Data Valid [Alpha_3_4_Data_Valid]
  Data Quality Indicator for Alpha 3/4 Data Valid [Data_Quality_Alpha_3_4_Data_Valid]
  Beta 1/2 Data Valid [Beta_1_2_Data_Valid]
  Data Quality Indicator for Beta 1/2 Data Valid [Data_Quality_Beta_1_2_Data_Valid]
  Beta 3/4 Data Valid [Beta_3_4_Data_Valid]
  Data Quality Indicator for Beta 3/4 Data Valid [Data_Quality_Beta_3_4_Data_Valid]
  FDS1/FDS2 Status [FDS1_FDS2_Status]
  Data Quality Indicator for FDS1/FDS2 Status [Data_Quality_FDS1_FDS2_Status]
  FDS1/FDS2 Sun Presence [FDS1_FDS2_Sun]
  Data Quality Indicator for FDS1/FDS2 Sun [Data_Quality_FDS1_FDS2_Sun]

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TSS-1R_M1_SHSK

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Yaw 1 Valve Status [Yaw_V1]
  Data Quality Indicator for Yaw/V1 [Data_Quality_Yaw_V1]
  Yaw 2 Valve Status [Yaw_V2]
  Data Quality Indicator for Yaw/V2 [Data_Quality_Yaw_V2]
  In Plane Rear Valve Status [InPl_Rear]
  Data Quality Indicator for InPl/Rear [Data_Quality_InPl_Rear]
  In Plane Front Valve Status [InPl_Frnt]
  Data Quality Indicator for InPl/Frnt [Data_Quality_InPl_Frnt]
  Out Of Plane Right Valve Status [OutPl_Right]
  Data Quality Indicator for OutPl/Right [Data_Quality_OutPl_Right]
  Out Of Plane Left Valve Status [OutPl_Left]
  Data Quality Indicator for OutPl/Left [Data_Quality_OutPl_Left]
  In Line 1 Valve Status [InLn_V1]
  Data Quality Indicator for InLn/V1 [Data_Quality_InLn_V1]
  In Line 2 Valve Status [InLn_V2]
  Data Quality Indicator for InLn/V2 [Data_Quality_InLn_V2]

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TSS-1R_M1_SHTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Gyro Package 1 Temperature X [Gyro_Pkg_1_Temp_X_1_telemetry_unitless]
  Gyro Package 1 Temperature X [Gyro_Pkg_1_Temp_X_2_T_degC]
  Data Quality Indicator for Gyro Pkg 1 Temp X [Data_Quality_Gyro_Pkg_1_Temp_X]
  Gyro Package 1 Temperature Z [Gyro_Pkg_1_Temp_Z_1_telemetry_unitless]
  Gyro Package 1 Temperature Z [Gyro_Pkg_1_Temp_Z_2_T_degC]
  Data Quality Indicator for Gyro Pkg 1 Temp Z [Data_Quality_Gyro_Pkg_1_Temp_Z]
  Gyro Package 2 Temperature Y [Gyro_Pkg_2_Temp_Y_1_telemetry_unitless]
  Gyro Package 2 Temperature Y [Gyro_Pkg_2_Temp_Y_2_T_degC]
  Data Quality Indicator for Gyro Pkg 2 Temp Y [Data_Quality_Gyro_Pkg_2_Temp_Y]
  Gyro Package 2 Temperature Skew [Gyro_Pkg_1_Temp_S_1_telemetry_unitless]
  Gyro Package 2 Temperature Skew [Gyro_Pkg_1_Temp_S_2_T_degC]
  Data Quality Indicator for Gyro Pkg 1 Temp S [Data_Quality_Gyro_Pkg_1_Temp_S]
  ES1 Internal Temperature [ES1_Int_Temp_1_telemetry_unitless]
  ES1 Internal Temperature [ES1_Int_Temp_2_T_degC]
  Data Quality Indicator for ES1 Int Temp [Data_Quality_ES1_Int_Temp]
  ES2 Internal Temperature [ES2_Int_Temp_1_telemetry_unitless]
  ES2 Internal Temperature [ES2_Int_Temp_2_T_degC]
  Data Quality Indicator for ES2 Int Temp [Data_Quality_ES2_Int_Temp]

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TSS-1R_M1_SHTB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  PM Section 1 Temperature 1 [PM_Sec1_T1_1_telemetry_unitless]
  PM Section 1 Temperature 1 [PM_Sec1_T1_2_T_degC]
  Data Quality Indicator for PM Sec1 T1 [Data_Quality_PM_Sec1_T1]
  PM Section 1 Temperature 2 [PM_Sec1_T2_1_telemetry_unitless]
  PM Section 1 Temperature 2 [PM_Sec1_T2_2_T_degC]
  Data Quality Indicator for PM Sec1 T2 [Data_Quality_PM_Sec1_T2]
  PM Section 2 Temperature 1 [PM_Sec2_T1_1_telemetry_unitless]
  PM Section 2 Temperature 1 [PM_Sec2_T1_2_T_degC]
  Data Quality Indicator for PM Sec2 T1 [Data_Quality_PM_Sec2_T1]
  PM Section 2 Temperature 2 [PM_Sec2_T2_1_telemetry_unitless]
  PM Section 2 Temperature 2 [PM_Sec2_T2_2_T_degC]
  Data Quality Indicator for PM Sec2 T2 [Data_Quality_PM_Sec2_T2]
  PM Section 3 Temperature 1 [PM_Sec3_T1_1_telemetry_unitless]
  PM Section 3 Temperature 1 [PM_Sec3_T1_2_T_degC]
  Data Quality Indicator for PM Sec3 T1 [Data_Quality_PM_Sec3_T1]
  PM Section 3 Temperature 2 [PM_Sec3_T2_1_telemetry_unitless]
  PM Section 3 Temperature 2 [PM_Sec3_T2_2_T_degC]
  Data Quality Indicator for PM Sec3 T2 [Data_Quality_PM_Sec3_T2]
  PM Section 4 Temperature 1 [PM_Sec4_T1_1_telemetry_unitless]
  PM Section 4 Temperature 1 [PM_Sec4_T1_2_T_degC]
  Data Quality Indicator for PM Sec4 T1 [Data_Quality_PM_Sec4_T1]
  PM Section 4 Temperature 2 [PM_Sec4_T2_1_telemetry_unitless]
  PM Section 4 Temperature 2 [PM_Sec4_T2_2_T_degC]
  Data Quality Indicator for PM Sec4 T2 [Data_Quality_PM_Sec4_T2]
  PM Section 1 Skin Temperature 1 [PM_Skin_Sec1_T1_1_telemetry_unitless]
  PM Section 1 Skin Temperature 1 [PM_Skin_Sec1_T1_2_T_degC]
  Data Quality Indicator for PM Skin Sec1 T1 [Data_Quality_PM_Skin_Sec1_T1]
  PM Section 1 Skin Temperature 2 [PM_Skin_Sec1_T2_1_telemetry_unitless]
  PM Section 1 Skin Temperature 2 [PM_Skin_Sec1_T2_2_T_degC]
  Data Quality Indicator for PM Skin Sec1 T2 [Data_Quality_PM_Skin_Sec1_T2]
  PM Section 2 Skin Temperature 1 [PM_Skin_Sec2_T1_1_telemetry_unitless]
  PM Section 2 Skin Temperature 1 [PM_Skin_Sec2_T1_2_T_degC]
  Data Quality Indicator for PM Skin Sec2 T1 [Data_Quality_PM_Skin_Sec2_T1]
  PM Section 2 Skin Temperature 2 [PM_Skin_Sec2_T2_1_telemetry_unitless]
  PM Section 2 Skin Temperature 2 [PM_Skin_Sec2_T2_2_T_degC]
  Data Quality Indicator for PM Skin Sec2 T2 [Data_Quality_PM_Skin_Sec2_T2]
  PM Section 3 Skin Temperature 1 [PM_Skin_Sec3_T1_1_telemetry_unitless]
  PM Section 3 Skin Temperature 1 [PM_Skin_Sec3_T1_2_T_degC]
  PM Section 3 Skin Temperature 1 [PM_Skin_Sec3_T1_3_CorTM_unitless]
  Data Quality Indicator for PM Skin Sec3 T1 [Data_Quality_PM_Skin_Sec3_T1]
  PM Section 3 Skin Temperature 2 [PM_Skin_Sec3_T2_1_telemetry_unitless]
  PM Section 3 Skin Temperature 2 [PM_Skin_Sec3_T2_2_T_degC]
  Data Quality Indicator for PM Skin Sec3 T2 [Data_Quality_PM_Skin_Sec3_T2]
  PM Section 4 Skin Temperature 1 [PM_Skin_Sec4_T1_1_telemetry_unitless]
  PM Section 4 Skin Temperature 1 [PM_Skin_Sec4_T1_2_T_degC]
  Data Quality Indicator for PM Skin Sec4 T1 [Data_Quality_PM_Skin_Sec4_T1]
  PM Section 4 Skin Temperature 2 [PM_Skin_Sec4_T2_1_telemetry_unitless]
  PM Section 4 Skin Temperature 2 [PM_Skin_Sec4_T2_2_T_degC]
  Data Quality Indicator for PM Skin Sec4 T2 [Data_Quality_PM_Skin_Sec4_T2]
  SM Env. Temperature 1 [SM_Env_T1_1_telemetry_unitless]
  SM Env. Temperature 1 [SM_Env_T1_2_T_degC]
  Data Quality Indicator for SM Env T1 [Data_Quality_SM_Env_T1]
  SM Env. Temperature 2 [SM_Env_T2_1_telemetry_unitless]
  SM Env. Temperature 2 [SM_Env_T2_2_T_degC]
  Data Quality Indicator for SM Env T2 [Data_Quality_SM_Env_T2]
  SM Env. Temperature 3 [SM_Env_T3_1_telemetry_unitless]
  SM Env. Temperature 3 [SM_Env_T3_2_T_degC]
  Data Quality Indicator for SM Env T3 [Data_Quality_SM_Env_T3]
  SM Env. Temperature 4 [SM_Env_T4_1_telemetry_unitless]
  SM Env. Temperature 4 [SM_Env_T4_2_T_degC]
  Data Quality Indicator for SM Env T4 [Data_Quality_SM_Env_T4]
  SM Env. Temperature 5 [SM_Env_T5_1_telemetry_unitless]
  SM Env. Temperature 5 [SM_Env_T5_2_T_degC]
  Data Quality Indicator for SM Env T5 [Data_Quality_SM_Env_T5]
  SM Env. Temperature 6 [SM_Env_T6_1_telemetry_unitless]
  SM Env. Temperature 6 [SM_Env_T6_2_T_degC]
  Data Quality Indicator for SM Env T6 [Data_Quality_SM_Env_T6]
  SM Env. Temperature 7 [SM_Env_T7_1_telemetry_unitless]
  SM Env. Temperature 7 [SM_Env_T7_2_T_degC]
  Data Quality Indicator for SM Env T7 [Data_Quality_SM_Env_T7]
  SM Env. Temperature 8 [SM_Env_T8_1_telemetry_unitless]
  SM Env. Temperature 8 [SM_Env_T8_2_T_degC]
  Data Quality Indicator for SM Env T8 [Data_Quality_SM_Env_T8]
  SM Env. Temperature 9 [SM_Env_T9_1_telemetry_unitless]
  SM Env. Temperature 9 [SM_Env_T9_2_T_degC]
  Data Quality Indicator for SM Env T9 [Data_Quality_SM_Env_T9]
  SM Env. Temperature 10 [SM_Env_T10_1_telemetry_unitless]
  SM Env. Temperature 10 [SM_Env_T10_2_T_degC]
  Data Quality Indicator for SM Env T10 [Data_Quality_SM_Env_T10]
  SM Env. Temperature 11 [SM_Env_T11_1_telemetry_unitless]
  SM Env. Temperature 11 [SM_Env_T11_2_T_degC]
  Data Quality Indicator for SM Env T11 [Data_Quality_SM_Env_T11]
  SM Env. Temperature 12 [SM_Env_T12_1_telemetry_unitless]
  SM Env. Temperature 12 [SM_Env_T12_2_T_degC]
  Data Quality Indicator for SM Env T12 [Data_Quality_SM_Env_T12]
  SM Env. Temperature 13 [SM_Env_T13_1_telemetry_unitless]
  SM Env. Temperature 13 [SM_Env_T13_2_T_degC]
  Data Quality Indicator for SM Env T13 [Data_Quality_SM_Env_T13]
  SM Env. Temperature 14 [SM_Env_T14_1_telemetry_unitless]
  SM Env. Temperature 14 [SM_Env_T14_2_T_degC]
  Data Quality Indicator for SM Env T14 [Data_Quality_SM_Env_T14]
  SM Env. Temperature 15 [SM_Env_T15_1_telemetry_unitless]
  SM Env. Temperature 15 [SM_Env_T15_2_T_degC]
  Data Quality Indicator for SM Env T15 [Data_Quality_SM_Env_T15]
  SM Env. Temperature 16 [SM_Env_T16_1_telemetry_unitless]
  SM Env. Temperature 16 [SM_Env_T16_2_T_degC]
  Data Quality Indicator for SM Env T16 [Data_Quality_SM_Env_T16]
  SM Skin Temperature 1 [SM_Skin_T1_1_telemetry_unitless]
  SM Skin Temperature 1 [SM_Skin_T1_2_T_degC]
  Data Quality Indicator for SM Skin T1 [Data_Quality_SM_Skin_T1]
  SM Skin Temperature 2 [SM_Skin_T2_1_telemetry_unitless]
  SM Skin Temperature 2 [SM_Skin_T2_2_T_degC]
  Data Quality Indicator for SM Skin T2 [Data_Quality_SM_Skin_T2]
  SM Skin Temperature 3 [SM_Skin_T3_1_telemetry_unitless]
  SM Skin Temperature 3 [SM_Skin_T3_2_T_degC]
  Data Quality Indicator for SM Skin T3 [Data_Quality_SM_Skin_T3]
  SM Skin Temperature 4 [SM_Skin_T4_1_telemetry_unitless]
  SM Skin Temperature 4 [SM_Skin_T4_2_T_degC]
  Data Quality Indicator for SM Skin T4 [Data_Quality_SM_Skin_T4]
  SM Skin Temperature 5 [SM_Skin_T5_1_telemetry_unitless]
  SM Skin Temperature 5 [SM_Skin_T5_2_T_degC]
  Data Quality Indicator for SM Skin T5 [Data_Quality_SM_Skin_T5]
  SM Skin Temperature 6 [SM_Skin_T6_1_telemetry_unitless]
  SM Skin Temperature 6 [SM_Skin_T6_2_T_degC]
  Data Quality Indicator for SM Skin T6 [Data_Quality_SM_Skin_T6]
  SM Skin Temperature 7 [SM_Skin_T7_1_telemetry_unitless]
  SM Skin Temperature 7 [SM_Skin_T7_2_T_degC]
  Data Quality Indicator for SM Skin T7 [Data_Quality_SM_Skin_T7]
  SM Skin Temperature 8 [SM_Skin_T8_1_telemetry_unitless]
  SM Skin Temperature 8 [SM_Skin_T8_2_T_degC]
  Data Quality Indicator for SM Skin T8 [Data_Quality_SM_Skin_T8]

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TSS-1R_M1_SHTC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Tank Pressure [Tank_Pres_1_telemetry_unitless]
  Tank Pressure [Tank_Pres_2_Pressure_pascals]
  Data Quality Indicator for Tank Pres [Data_Quality_Tank_Pres]
  Regulated Pressure [Regulated_Pres_1_telemetry_unitless]
  Regulated Pressure [Regulated_Pres_2_Pressure_pascals]
  Data Quality Indicator for Regulated Pres [Data_Quality_Regulated_Pres]
  Battery 1 Temperature [Battery_1_Temp_1_telemetry_unitless]
  Battery 1 Temperature [Battery_1_Temp_2_Temp_degC]
  Data Quality Indicator for Battery 1 Temp [Data_Quality_Battery_1_Temp]
  Battery 2 Temperature [Battery_2_Temp_1_telemetry_unitless]
  Battery 2 Temperature [Battery_2_Temp_2_Temp_degC]
  Data Quality Indicator for Battery 2 Temp [Data_Quality_Battery_2_Temp]
  Battery 3 Temperature [Battery_3_Temp_1_telemetry_unitless]
  Battery 3 Temperature [Battery_3_Temp_2_Temp_degC]
  Data Quality Indicator for Battery 3 Temp [Data_Quality_Battery_3_Temp]
  Battery 4 Temperature [Battery_4_Temp_1_telemetry_unitless]
  Battery 4 Temperature [Battery_4_Temp_2_Temp_degC]
  Data Quality Indicator for Battery 4 Temp [Data_Quality_Battery_4_Temp]
  APS Pressure Regulated Temperature [APS_Pres_Reg_Temp_1_telemetry_unitless]
  APS Pressure Regulated Temperature [APS_Pres_Reg_Temp_2_Temp_degC]
  Data Quality Indicator for APS Pres Reg Temp [Data_Quality_APS_Pres_Reg_Temp]
  APS Tank Surface Temperature [APS_Tank_Sur_Temp_1_telemetry_unitless]
  APS Tank Surface Temperature [APS_Tank_Sur_Temp_2_Temp_degC]
  Data Quality Indicator for APS Tank Sur Temp [Data_Quality_APS_Tank_Sur_Temp]
  APS Outlet Tank Temperature [APS_Out_Tank_Temp_1_telemetry_unitless]
  APS Outlet Tank Temperature [APS_Out_Tank_Temp_2_Temp_degC]
  Data Quality Indicator for APS Out Tank Temp [Data_Quality_APS_Out_Tank_Temp]
  APS AHT 1 Temperature [APS_ATH_1_Temp_1_telemetry_unitless]
  APS AHT 1 Temperature [APS_ATH_1_Temp_2_Temp_degC]
  Data Quality Indicator for APS ATH 1 Temp [Data_Quality_APS_ATH_1_Temp]
  APS AHT 3 Temperature [APS_ATH_3_Temp_1_telemetry_unitless]
  APS AHT 3 Temperature [APS_ATH_3_Temp_2_Temp_degC]
  Data Quality Indicator for APS ATH 3 Temp [Data_Quality_APS_ATH_3_Temp]
  APS In Line 1 Temperature [APS_InLine_1_Temp_1_telemetry_unitless]
  APS In Line 1 Temperature [APS_InLine_1_Temp_2_Temp_degC]
  Data Quality Indicator for APS InLine 1 Temp [Data_Quality_APS_InLine_1_Temp]
  APS In Line 2 Temperature [APS_InLine_2_Temp_1_telemetry_unitless]
  APS In Line 2 Temperature [APS_InLine_2_Temp_2_Temp_degC]
  Data Quality Indicator for APS InLine 2 Temp [Data_Quality_APS_InLine_2_Temp]
  APS In Plane Rear Valve Temperature [APS_InPl_Rear_Valve_T_1_telemetry_unitless]
  APS In Plane Rear Valve Temperature [APS_InPl_Rear_Valve_T_2_Temp_degC]
  Data Quality Indicator for APS InPl Rear Valve T [Data_Quality_APS_InPl_Rear_Valve_T]
  APS In Plane Front Valve Temperature [APS_InPl_Frnt_Valve_T_1_telemetry_unitless]
  APS In Plane Front Valve Temperature [APS_InPl_Frnt_Valve_T_2_Temp_degC]
  Data Quality Indicator for APS InPl Frnt Valve T [Data_Quality_APS_InPl_Frnt_Valve_T]
  APS Out Of Plane Valve Temperature [APS_OutPl_Valve_Temp_1_telemetry_unitless]
  APS Out Of Plane Valve Temperature [APS_OutPl_Valve_Temp_2_Temp_degC]
  Data Quality Indicator for APS OutPl Valve Temp [Data_Quality_APS_OutPl_Valve_Temp]
  APS I/O Of Plane Isolation Valve Temperature [APS_I_OutPl_Iso_Valve_T_1_telemetry_unitless]
  APS I/O Of Plane Isolation Valve Temperature [APS_I_OutPl_Iso_Valve_T_2_Temp_degC]
  Data Quality Indicator for APS I/OutPl Iso Valve T [Data_Quality_APS_I_OutPl_Iso_Valve_T]
  APS Yaw 1/2 Valve Temperature [APS_Yaw_1_2_Valve_Temp_1_telemetry_unitless]
  APS Yaw 1/2 Valve Temperature [APS_Yaw_1_2_Valve_Temp_2_Temp_degC]
  Data Quality Indicator for APS Yaw 1/2 Valve Temp [Data_Quality_APS_Yaw_1_2_Valve_Temp]
  TX Final Stage Temperature [TX_Final_Stge_Temp_1_telemetry_unitless]
  TX Final Stage Temperature [TX_Final_Stge_Temp_2_Temp_degC]
  Data Quality Indicator for TX Final Stge Temp [Data_Quality_TX_Final_Stge_Temp]
  RX Temperature [RX_Temp_1_telemetry_unitless]
  RX Temperature [RX_Temp_2_Temp_degC]
  Data Quality Indicator for RX Temp [Data_Quality_RX_Temp]

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TSS-1R_M1_SPBA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Space Beam Mod. Energy Level #1 [Space_Beam_Mod_EL1_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #1 [Space_Beam_Mod_EL1_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL1 [Data_Quality_Space_Beam_Mod_EL1]
  Space Beam Mod. Energy Level #2 [Space_Beam_Mod_EL2_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #2 [Space_Beam_Mod_EL2_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL2 [Data_Quality_Space_Beam_Mod_EL2]
  Space Beam Mod. Energy Level #3 [Space_Beam_Mod_EL3_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #3 [Space_Beam_Mod_EL3_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL3 [Data_Quality_Space_Beam_Mod_EL3]
  Space Beam Mod. Energy Level #4 [Space_Beam_Mod_EL4_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #4 [Space_Beam_Mod_EL4_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL4 [Data_Quality_Space_Beam_Mod_EL4]
  Space Beam Mod. Energy Level #5 [Space_Beam_Mod_EL5_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #5 [Space_Beam_Mod_EL5_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL5 [Data_Quality_Space_Beam_Mod_EL5]
  Space Beam Mod. Energy Level #6 [Space_Beam_Mod_EL6_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #6 [Space_Beam_Mod_EL6_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL6 [Data_Quality_Space_Beam_Mod_EL6]
  Space Beam Mod. Energy Level #7 [Space_Beam_Mod_EL7_1_Telemetry_Unitless]
  Space Beam Mod. Energy Level #7 [Space_Beam_Mod_EL7_2_EL_Unitless]
  Data Quality Indicator for Space Beam Mod EL7 [Data_Quality_Space_Beam_Mod_EL7]
  Space Beam Channel Number #1 [Space_Beam_Ch1_1_Telemetry_Unitless]
  Space Beam Channel Number #1 [Space_Beam_Ch1_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch1 [Data_Quality_Space_Beam_Ch1]
  Space Beam Channel Number #2 [Space_Beam_Ch2_1_Telemetry_Unitless]
  Space Beam Channel Number #2 [Space_Beam_Ch2_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch2 [Data_Quality_Space_Beam_Ch2]
  Space Beam Channel Number #3 [Space_Beam_Ch3_1_Telemetry_Unitless]
  Space Beam Channel Number #3 [Space_Beam_Ch3_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch3 [Data_Quality_Space_Beam_Ch3]
  Space Beam Channel Number #4 [Space_Beam_Ch4_1_Telemetry_Unitless]
  Space Beam Channel Number #4 [Space_Beam_Ch4_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch4 [Data_Quality_Space_Beam_Ch4]
  Space Beam Channel Number #5 [Space_Beam_Ch5_1_Telemetry_Unitless]
  Space Beam Channel Number #5 [Space_Beam_Ch5_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch5 [Data_Quality_Space_Beam_Ch5]
  Space Beam Channel Number #6 [Space_Beam_Ch6_1_Telemetry_Unitless]
  Space Beam Channel Number #6 [Space_Beam_Ch6_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch6 [Data_Quality_Space_Beam_Ch6]
  Space Beam Channel Number #7 [Space_Beam_Ch7_1_Telemetry_Unitless]
  Space Beam Channel Number #7 [Space_Beam_Ch7_2_Ch_Unitless]
  Data Quality Indicator for Space Beam Ch7 [Data_Quality_Space_Beam_Ch7]
  Space Beam Mod. Significance #1 [Space_Beam_Mod_Sig1_1_Telemetry_Unitless]
  Space Beam Mod. Significance #1 [Space_Beam_Mod_Sig1_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig1 [Data_Quality_Space_Beam_Mod_Sig1]
  Space Beam Mod. Significance #2 [Space_Beam_Mod_Sig2_1_Telemetry_Unitless]
  Space Beam Mod. Significance #2 [Space_Beam_Mod_Sig2_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig2 [Data_Quality_Space_Beam_Mod_Sig2]
  Space Beam Mod. Significance #3 [Space_Beam_Mod_Sig3_1_Telemetry_Unitless]
  Space Beam Mod. Significance #3 [Space_Beam_Mod_Sig3_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig3 [Data_Quality_Space_Beam_Mod_Sig3]
  Space Beam Mod. Significance #4 [Space_Beam_Mod_Sig4_1_Telemetry_Unitless]
  Space Beam Mod. Significance #4 [Space_Beam_Mod_Sig4_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig4 [Data_Quality_Space_Beam_Mod_Sig4]
  Space Beam Mod. Significance #5 [Space_Beam_Mod_Sig5_1_Telemetry_Unitless]
  Space Beam Mod. Significance #5 [Space_Beam_Mod_Sig5_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig5 [Data_Quality_Space_Beam_Mod_Sig5]
  Space Beam Mod. Significance #6 [Space_Beam_Mod_Sig6_1_Telemetry_Unitless]
  Space Beam Mod. Significance #6 [Space_Beam_Mod_Sig6_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig6 [Data_Quality_Space_Beam_Mod_Sig6]
  Space Beam Mod. Significance #7 [Space_Beam_Mod_Sig7_1_Telemetry_Unitless]
  Space Beam Mod. Significance #7 [Space_Beam_Mod_Sig7_2_Confidence_Unitless]
  Data Quality Indicator for Space Beam Mod Sig7 [Data_Quality_Space_Beam_Mod_Sig7]

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TSS-1R_M1_SPEA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Selected_Electron_Spectra_Head_A_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Selected_Electron_Spectra_Head_A_2_counts_acc_c_per_acc]
  Data Quality Indicator for Electrons/A Z0 [Data_Quality_Electrons_A_Z0]
  Data Quality Indicator for Electrons/A Z1 [Data_Quality_Electrons_A_Z1]
  Data Quality Indicator for Electrons/A Z2 [Data_Quality_Electrons_A_Z2]
  Data Quality Indicator for Electrons/A Z3 [Data_Quality_Electrons_A_Z3]
  Data Quality Indicator for Electrons/A Z4 [Data_Quality_Electrons_A_Z4]
  Data Quality Indicator for Electrons/A Z5 [Data_Quality_Electrons_A_Z5]
  Data Quality Indicator for Electrons/A Z6 [Data_Quality_Electrons_A_Z6]
  Data Quality Indicator for Electrons/A Z7 [Data_Quality_Electrons_A_Z7]
  Data Quality Indicator for Electrons/A Z8 [Data_Quality_Electrons_A_Z8]
  Data Quality Indicator for Electrons/A Z9 [Data_Quality_Electrons_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPEB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Selected_Electron_Spectra_Head_B_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Selected_Electron_Spectra_Head_B_2_counts_acc_c_per_acc]
  Data Quality Indicator for Electrons/B Z0 [Data_Quality_Electrons_B_Z0]
  Data Quality Indicator for Electrons/B Z1 [Data_Quality_Electrons_B_Z1]
  Data Quality Indicator for Electrons/B Z2 [Data_Quality_Electrons_B_Z2]
  Data Quality Indicator for Electrons/B Z3 [Data_Quality_Electrons_B_Z3]
  Data Quality Indicator for Electrons/B Z4 [Data_Quality_Electrons_B_Z4]
  Data Quality Indicator for Electrons/B Z5 [Data_Quality_Electrons_B_Z5]
  Data Quality Indicator for Electrons/B Z6 [Data_Quality_Electrons_B_Z6]
  Data Quality Indicator for Electrons/B Z7 [Data_Quality_Electrons_B_Z7]
  Data Quality Indicator for Electrons/B Z8 [Data_Quality_Electrons_B_Z8]
  Data Quality Indicator for Electrons/B Z9 [Data_Quality_Electrons_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPEC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Electron_Spectra_Head_A_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Electron_Spectra_Head_A_2_counts_acc_c_per_acc]
  Data Quality Indicator for Electrons/A Z0 [Data_Quality_Electrons_A_Z0]
  Data Quality Indicator for Electrons/A Z1 [Data_Quality_Electrons_A_Z1]
  Data Quality Indicator for Electrons/A Z2 [Data_Quality_Electrons_A_Z2]
  Data Quality Indicator for Electrons/A Z3 [Data_Quality_Electrons_A_Z3]
  Data Quality Indicator for Electrons/A Z4 [Data_Quality_Electrons_A_Z4]
  Data Quality Indicator for Electrons/A Z5 [Data_Quality_Electrons_A_Z5]
  Data Quality Indicator for Electrons/A Z6 [Data_Quality_Electrons_A_Z6]
  Data Quality Indicator for Electrons/A Z7 [Data_Quality_Electrons_A_Z7]
  Data Quality Indicator for Electrons/A Z8 [Data_Quality_Electrons_A_Z8]
  Data Quality Indicator for Electrons/A Z9 [Data_Quality_Electrons_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPED

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Electron_Spectra_Head_B_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Electron_Spectra_Head_B_2_counts_acc_c_per_acc]
  Data Quality Indicator for Electrons/B Z0 [Data_Quality_Electrons_B_Z0]
  Data Quality Indicator for Electrons/B Z1 [Data_Quality_Electrons_B_Z1]
  Data Quality Indicator for Electrons/B Z2 [Data_Quality_Electrons_B_Z2]
  Data Quality Indicator for Electrons/B Z3 [Data_Quality_Electrons_B_Z3]
  Data Quality Indicator for Electrons/B Z4 [Data_Quality_Electrons_B_Z4]
  Data Quality Indicator for Electrons/B Z5 [Data_Quality_Electrons_B_Z5]
  Data Quality Indicator for Electrons/B Z6 [Data_Quality_Electrons_B_Z6]
  Data Quality Indicator for Electrons/B Z7 [Data_Quality_Electrons_B_Z7]
  Data Quality Indicator for Electrons/B Z8 [Data_Quality_Electrons_B_Z8]
  Data Quality Indicator for Electrons/B Z9 [Data_Quality_Electrons_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPFA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_A_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_A_Z0_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z0 [Data_Quality_e__AutoCor_A_Z0]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_A_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_A_Z1_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z1 [Data_Quality_e__AutoCor_A_Z1]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_A_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_A_Z2_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z2 [Data_Quality_e__AutoCor_A_Z2]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_A_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_A_Z3_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z3 [Data_Quality_e__AutoCor_A_Z3]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_A_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_A_Z4_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z4 [Data_Quality_e__AutoCor_A_Z4]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_A_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_A_Z5_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z5 [Data_Quality_e__AutoCor_A_Z5]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_A_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_A_Z6_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z6 [Data_Quality_e__AutoCor_A_Z6]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_A_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_A_Z7_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z7 [Data_Quality_e__AutoCor_A_Z7]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_A_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_A_Z8_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z8 [Data_Quality_e__AutoCor_A_Z8]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_A_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_A_Z9_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor A-Z9 [Data_Quality_e__AutoCor_A_Z9]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_A_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_A_Z0_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z0 [Data_Quality_e__ACor_Sig_A_Z0]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_A_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_A_Z1_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z1 [Data_Quality_e__ACor_Sig_A_Z1]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_A_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_A_Z2_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z2 [Data_Quality_e__ACor_Sig_A_Z2]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_A_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_A_Z3_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z3 [Data_Quality_e__ACor_Sig_A_Z3]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_A_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_A_Z4_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z4 [Data_Quality_e__ACor_Sig_A_Z4]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_A_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_A_Z5_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z5 [Data_Quality_e__ACor_Sig_A_Z5]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_A_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_A_Z6_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z6 [Data_Quality_e__ACor_Sig_A_Z6]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_A_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_A_Z7_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z7 [Data_Quality_e__ACor_Sig_A_Z7]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_A_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_A_Z8_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z8 [Data_Quality_e__ACor_Sig_A_Z8]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_A_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_A_Z9_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z9 [Data_Quality_e__ACor_Sig_A_Z9]
  Electron Auto-correlation Neurons, Zone 0 [e__ACor_Neu_A_Z0]
  Data Quality Indicator for e- ACor Neu A-Z0 [Data_Quality_e__ACor_Neu_A_Z0]
  Electron Auto-correlation Neurons, Zone 1 [e__ACor_Neu_A_Z1]
  Data Quality Indicator for e- ACor Neu A-Z1 [Data_Quality_e__ACor_Neu_A_Z1]
  Electron Auto-correlation Neurons, Zone 2 [e__ACor_Neu_A_Z2]
  Data Quality Indicator for e- ACor Neu A-Z2 [Data_Quality_e__ACor_Neu_A_Z2]
  Electron Auto-correlation Neurons, Zone 3 [e__ACor_Neu_A_Z3]
  Data Quality Indicator for e- ACor Neu A-Z3 [Data_Quality_e__ACor_Neu_A_Z3]
  Electron Auto-correlation Neurons, Zone 4 [e__ACor_Neu_A_Z4]
  Data Quality Indicator for e- ACor Neu A-Z4 [Data_Quality_e__ACor_Neu_A_Z4]
  Electron Auto-correlation Neurons, Zone 5 [e__ACor_Neu_A_Z5]
  Data Quality Indicator for e- ACor Neu A-Z5 [Data_Quality_e__ACor_Neu_A_Z5]
  Electron Auto-correlation Neurons, Zone 6 [e__ACor_Neu_A_Z6]
  Data Quality Indicator for e- ACor Neu A-Z6 [Data_Quality_e__ACor_Neu_A_Z6]
  Electron Auto-correlation Neurons, Zone 7 [e__ACor_Neu_A_Z7]
  Data Quality Indicator for e- ACor Neu A-Z7 [Data_Quality_e__ACor_Neu_A_Z7]
  Electron Auto-correlation Neurons, Zone 8 [e__ACor_Neu_A_Z8]
  Data Quality Indicator for e- ACor Neu A-Z8 [Data_Quality_e__ACor_Neu_A_Z8]
  Electron Auto-correlation Neurons, Zone 9 [e__ACor_Neu_A_Z9]
  Data Quality Indicator for e- ACor Neu A-Z9 [Data_Quality_e__ACor_Neu_A_Z9]
  Electron Radar Returns, Zone 0 [e__Radar_Ret_A_Z0]
  Data Quality Indicator for e- Radar Ret A-Z0 [Data_Quality_e__Radar_Ret_A_Z0]
  Electron Radar Returns, Zone 1 [e__Radar_Ret_A_Z1]
  Data Quality Indicator for e- Radar Ret A-Z1 [Data_Quality_e__Radar_Ret_A_Z1]
  Electron Radar Returns, Zone 2 [e__Radar_Ret_A_Z2]
  Data Quality Indicator for e- Radar Ret A-Z2 [Data_Quality_e__Radar_Ret_A_Z2]
  Electron Radar Returns, Zone 3 [e__Radar_Ret_A_Z3]
  Data Quality Indicator for e- Radar Ret A-Z3 [Data_Quality_e__Radar_Ret_A_Z3]
  Electron Radar Returns, Zone 4 [e__Radar_Ret_A_Z4]
  Data Quality Indicator for e- Radar Ret A-Z4 [Data_Quality_e__Radar_Ret_A_Z4]
  Electron Radar Returns, Zone 5 [e__Radar_Ret_A_Z5]
  Data Quality Indicator for e- Radar Ret A-Z5 [Data_Quality_e__Radar_Ret_A_Z5]
  Electron Radar Returns, Zone 6 [e__Radar_Ret_A_Z6]
  Data Quality Indicator for e- Radar Ret A-Z6 [Data_Quality_e__Radar_Ret_A_Z6]
  Electron Radar Returns, Zone 7 [e__Radar_Ret_A_Z7]
  Data Quality Indicator for e- Radar Ret A-Z7 [Data_Quality_e__Radar_Ret_A_Z7]
  Electron Radar Returns, Zone 8 [e__Radar_Ret_A_Z8]
  Data Quality Indicator for e- Radar Ret A-Z8 [Data_Quality_e__Radar_Ret_A_Z8]
  Electron Radar Returns, Zone 9 [e__Radar_Ret_A_Z9]
  Data Quality Indicator for e- Radar Ret A-Z9 [Data_Quality_e__Radar_Ret_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

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TSS-1R_M1_SPFB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_B_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_B_Z0_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z0 [Data_Quality_e__AutoCor_B_Z0]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_B_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_B_Z1_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z1 [Data_Quality_e__AutoCor_B_Z1]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_B_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_B_Z2_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z2 [Data_Quality_e__AutoCor_B_Z2]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_B_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_B_Z3_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z3 [Data_Quality_e__AutoCor_B_Z3]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_B_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_B_Z4_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z4 [Data_Quality_e__AutoCor_B_Z4]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_B_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_B_Z5_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z5 [Data_Quality_e__AutoCor_B_Z5]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_B_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_B_Z6_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z6 [Data_Quality_e__AutoCor_B_Z6]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_B_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_B_Z7_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z7 [Data_Quality_e__AutoCor_B_Z7]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_B_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_B_Z8_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z8 [Data_Quality_e__AutoCor_B_Z8]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_B_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_B_Z9_2_Frequency_MHz]
  Data Quality Indicator for e- AutoCor B-Z9 [Data_Quality_e__AutoCor_B_Z9]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_B_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_B_Z0_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z0 [Data_Quality_e__ACor_Sig_B_Z0]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_B_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_B_Z1_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z1 [Data_Quality_e__ACor_Sig_B_Z1]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_B_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_B_Z2_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z2 [Data_Quality_e__ACor_Sig_B_Z2]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_B_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_B_Z3_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z3 [Data_Quality_e__ACor_Sig_B_Z3]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_B_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_B_Z4_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z4 [Data_Quality_e__ACor_Sig_B_Z4]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_B_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_B_Z5_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z5 [Data_Quality_e__ACor_Sig_B_Z5]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_B_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_B_Z6_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z6 [Data_Quality_e__ACor_Sig_B_Z6]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_B_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_B_Z7_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z7 [Data_Quality_e__ACor_Sig_B_Z7]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_B_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_B_Z8_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z8 [Data_Quality_e__ACor_Sig_B_Z8]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_B_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_B_Z9_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z9 [Data_Quality_e__ACor_Sig_B_Z9]
  Electron Auto-correlation Neurons, Zone 0 [e__ACor_Neu_B_Z0]
  Data Quality Indicator for e- ACor Neu B-Z0 [Data_Quality_e__ACor_Neu_B_Z0]
  Electron Auto-correlation Neurons, Zone 1 [e__ACor_Neu_B_Z1]
  Data Quality Indicator for e- ACor Neu B-Z1 [Data_Quality_e__ACor_Neu_B_Z1]
  Electron Auto-correlation Neurons, Zone 2 [e__ACor_Neu_B_Z2]
  Data Quality Indicator for e- ACor Neu B-Z2 [Data_Quality_e__ACor_Neu_B_Z2]
  Electron Auto-correlation Neurons, Zone 3 [e__ACor_Neu_B_Z3]
  Data Quality Indicator for e- ACor Neu B-Z3 [Data_Quality_e__ACor_Neu_B_Z3]
  Electron Auto-correlation Neurons, Zone 4 [e__ACor_Neu_B_Z4]
  Data Quality Indicator for e- ACor Neu B-Z4 [Data_Quality_e__ACor_Neu_B_Z4]
  Electron Auto-correlation Neurons, Zone 5 [e__ACor_Neu_B_Z5]
  Data Quality Indicator for e- ACor Neu B-Z5 [Data_Quality_e__ACor_Neu_B_Z5]
  Electron Auto-correlation Neurons, Zone 6 [e__ACor_Neu_B_Z6]
  Data Quality Indicator for e- ACor Neu B-Z6 [Data_Quality_e__ACor_Neu_B_Z6]
  Electron Auto-correlation Neurons, Zone 7 [e__ACor_Neu_B_Z7]
  Data Quality Indicator for e- ACor Neu B-Z7 [Data_Quality_e__ACor_Neu_B_Z7]
  Electron Auto-correlation Neurons, Zone 8 [e__ACor_Neu_B_Z8]
  Data Quality Indicator for e- ACor Neu B-Z8 [Data_Quality_e__ACor_Neu_B_Z8]
  Electron Auto-correlation Neurons, Zone 9 [e__ACor_Neu_B_Z9]
  Data Quality Indicator for e- ACor Neu B-Z9 [Data_Quality_e__ACor_Neu_B_Z9]
  Electron Radar Returns, Zone 0 [e__Radar_Ret_B_Z0]
  Data Quality Indicator for e- Radar Ret B-Z0 [Data_Quality_e__Radar_Ret_B_Z0]
  Electron Radar Returns, Zone 1 [e__Radar_Ret_B_Z1]
  Data Quality Indicator for e- Radar Ret B-Z1 [Data_Quality_e__Radar_Ret_B_Z1]
  Electron Radar Returns, Zone 2 [e__Radar_Ret_B_Z2]
  Data Quality Indicator for e- Radar Ret B-Z2 [Data_Quality_e__Radar_Ret_B_Z2]
  Electron Radar Returns, Zone 3 [e__Radar_Ret_B_Z3]
  Data Quality Indicator for e- Radar Ret B-Z3 [Data_Quality_e__Radar_Ret_B_Z3]
  Electron Radar Returns, Zone 4 [e__Radar_Ret_B_Z4]
  Data Quality Indicator for e- Radar Ret B-Z4 [Data_Quality_e__Radar_Ret_B_Z4]
  Electron Radar Returns, Zone 5 [e__Radar_Ret_B_Z5]
  Data Quality Indicator for e- Radar Ret B-Z5 [Data_Quality_e__Radar_Ret_B_Z5]
  Electron Radar Returns, Zone 6 [e__Radar_Ret_B_Z6]
  Data Quality Indicator for e- Radar Ret B-Z6 [Data_Quality_e__Radar_Ret_B_Z6]
  Electron Radar Returns, Zone 7 [e__Radar_Ret_B_Z7]
  Data Quality Indicator for e- Radar Ret B-Z7 [Data_Quality_e__Radar_Ret_B_Z7]
  Electron Radar Returns, Zone 8 [e__Radar_Ret_B_Z8]
  Data Quality Indicator for e- Radar Ret B-Z8 [Data_Quality_e__Radar_Ret_B_Z8]
  Electron Radar Returns, Zone 9 [e__Radar_Ret_B_Z9]
  Data Quality Indicator for e- Radar Ret B-Z9 [Data_Quality_e__Radar_Ret_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

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TSS-1R_M1_SPHA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DPU Base Plate Temperature [DPU_Base_Plate_T_1_Telemetry_Unitless]
  DPU Base Plate Temperature [DPU_Base_Plate_T_2_T_degrees_C]
  Data Quality Indicator for DPU Base Plate T [Data_Quality_DPU_Base_Plate_T]
  DPU Base Power Supply Temperature [DPU_Pwr_Supply_T_1_Telemetry_Unitless]
  DPU Base Power Supply Temperature [DPU_Pwr_Supply_T_2_T_degrees_C]
  Data Quality Indicator for DPU Pwr Supply T [Data_Quality_DPU_Pwr_Supply_T]
  DPU Monitored FDR1 Casing Temperature [DPU_FDR1_Casing_T_1_Telemetry_Unitless]
  DPU Monitored FDR1 Casing Temperature [DPU_FDR1_Casing_T_2_T_degrees_C]
  Data Quality Indicator for DPU FDR1 Casing T [Data_Quality_DPU_FDR1_Casing_T]
  DPU Monitored FDR2 Casing Temperature [DPU_FDR2_Casing_T_1_Telemetry_Unitless]
  DPU Monitored FDR2 Casing Temperature [DPU_FDR2_Casing_T_2_T_degrees_C]
  Data Quality Indicator for DPU FDR2 Casing T [Data_Quality_DPU_FDR2_Casing_T]
  High Voltage A Temperature [HV_A_Temp_1_Telemetry_Unitless]
  High Voltage A Temperature [HV_A_Temp_2_T_degrees_C]
  Data Quality Indicator for HV A Temp [Data_Quality_HV_A_Temp]
  High Voltage B Temperature [HV_B_Temp_1_Telemetry_Unitless]
  High Voltage B Temperature [HV_B_Temp_2_T_degrees_C]
  Data Quality Indicator for HV B Temp [Data_Quality_HV_B_Temp]
  MCP A Temperature [MCP_A_Temp_1_Telemetry_Unitless]
  MCP A Temperature [MCP_A_Temp_2_T_degrees_C]
  Data Quality Indicator for MCP A Temp [Data_Quality_MCP_A_Temp]
  MCP B Temperature [MCP_B_Temp_1_Telemetry_Unitless]
  MCP B Temperature [MCP_B_Temp_2_T_degrees_C]
  Data Quality Indicator for MCP B Temp [Data_Quality_MCP_B_Temp]
  RTMD A Motor Temperature [RTMD_A_Motor_T_1_Telemetry_Unitless]
  RTMD A Motor Temperature [RTMD_A_Motor_T_2_T_degrees_C]
  Data Quality Indicator for RTMD A Motor T [Data_Quality_RTMD_A_Motor_T]
  RTMD B Motor Temperature [RTMD_B_Motor_T_1_Telemetry_Unitless]
  RTMD B Motor Temperature [RTMD_B_Motor_T_2_T_degrees_C]
  Data Quality Indicator for RTMD B Motor T [Data_Quality_RTMD_B_Motor_T]
  MCP A Voltage [MCP_A_V_1_Telemetry_Unitless]
  MCP A Voltage [MCP_A_V_2_T_degrees_C]
  Data Quality Indicator for MCP A V [Data_Quality_MCP_A_V]
  MCP B Voltage [MCP_B_V_1_Telemetry_Unitless]
  MCP B Voltage [MCP_B_V_2_T_degrees_C]
  Data Quality Indicator for MCP B V [Data_Quality_MCP_B_V]
  +5 Volt Line Monitor [Positive_5V_Line_V_1_Telemetry_Unitless]
  +5 Volt Line Monitor [Positive_5V_Line_V_2_Voltage_volts]
  Data Quality Indicator for Positive 5V Line V [Data_Quality_Positive_5V_Line_V]
  +12 Volt Line Monitor [Positive_12V_Line_V_1_Telemetry_Unitless]
  +12 Volt Line Monitor [Positive_12V_Line_V_2_Voltage_volts]
  Data Quality Indicator for Positive 12V Line V [Data_Quality_Positive_12V_Line_V]
  Deflection Plate A Voltage [Dif_Plate_A_V_1_Telemetry_Unitless]
  Deflection Plate A Voltage [Dif_Plate_A_V_2_Voltage_volts]
  Data Quality Indicator for Dif Plate A V [Data_Quality_Dif_Plate_A_V]
  Deflection Plate B Voltage [Dif_Plate_B_V_1_Telemetry_Unitless]
  Deflection Plate B Voltage [Dif_Plate_B_V_2_Voltage_volts]
  Data Quality Indicator for Dif Plate B V [Data_Quality_Dif_Plate_B_V]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPHB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FDR1 Tape Transport Temperature [FDR1_Tape_Xsport_T_1_Telemetry_Unitless]
  FDR1 Tape Transport Temperature [FDR1_Tape_Xsport_T_2_T_degrees_C]
  Data Quality Indicator for FDR1 Tape Xsport T [Data_Quality_FDR1_Tape_Xsport_T]
  FDR1 Casing Temperature [FDR1_Casing_T_1_Telemetry_Unitless]
  FDR1 Casing Temperature [FDR1_Casing_T_2_T_degrees_C]
  Data Quality Indicator for FDR1 Casing T [Data_Quality_FDR1_Casing_T]
  FDR1 Pressure [FDR1_Pressure_1_Telemetry_Unitless]
  FDR1 Pressure [FDR1_Pressure_2_Pressure_psi]
  Data Quality Indicator for FDR1 Pressure [Data_Quality_FDR1_Pressure]
  FDR1 Read Write Error Count [FDR1_Rd_Wr_Err_Cnt]
  Data Quality Indicator for FDR1 Rd/Wr Err Cnt [Data_Quality_FDR1_Rd_Wr_Err_Cnt]
  FDR2 Tape Transport Temperature [FDR2_Tape_Xsport_T_1_Telemetry_Unitless]
  FDR2 Tape Transport Temperature [FDR2_Tape_Xsport_T_2_T_degrees_C]
  Data Quality Indicator for FDR2 Tape Xsport T [Data_Quality_FDR2_Tape_Xsport_T]
  FDR2 Casing Temperature [FDR2_Casing_T_1_Telemetry_Unitless]
  FDR2 Casing Temperature [FDR2_Casing_T_2_T_degrees_C]
  Data Quality Indicator for FDR2 Casing T [Data_Quality_FDR2_Casing_T]
  FDR2 Pressure [FDR2_Pressure_1_Telemetry_Unitless]
  FDR2 Pressure [FDR2_Pressure_2_Pressure_psi]
  Data Quality Indicator for FDR2 Pressure [Data_Quality_FDR2_Pressure]
  FDR2 Read Write Error Count [FDR2_Rd_Wr_Err_Cnt]
  Data Quality Indicator for FDR2 Rd/Wr Err Cnt [Data_Quality_FDR2_Rd_Wr_Err_Cnt]

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TSS-1R_M1_SPHC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FDR1 Tape Counter [FDR1_Tape_Cntr]
  Data Quality Indicator for FDR1 Tape Cntr [Data_Quality_FDR1_Tape_Cntr]
  FDR2 Tape Counter [FDR2_Tape_Cntr]
  Data Quality Indicator for FDR2 Tape Cntr [Data_Quality_FDR2_Tape_Cntr]

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TSS-1R_M1_SPHD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Space Frame Count [Space_Frm_Cnt]
  Data Quality Indicator for Space Frm Cnt [Data_Quality_Space_Frm_Cnt]
  Space Frame Size [Space_Frm_Size_1_Telemetry_Unitless]
  Space Frame Size [Space_Frm_Size_2_Bytes_unitless]
  Data Quality Indicator for Space Frm Size [Data_Quality_Space_Frm_Size]
  Space Rotation Number [Space_Rot_Num]
  Data Quality Indicator for Space Rot Num [Data_Quality_Space_Rot_Num]
  Energy Sweep Number [Energy_Swp_Num]
  Data Quality Indicator for Energy Swp Num [Data_Quality_Energy_Swp_Num]

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TSS-1R_M1_SPHE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Uplink Command Echo [Uplink_Cmd_Echo]
  Data Quality Indicator for Uplink Cmd Echo [Data_Quality_Uplink_Cmd_Echo]

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TSS-1R_M1_SPIA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Zone Summed Ion Spectra [SumIons_A_1_Telemetry_Dimensionless]
  Zone Summed Ion Spectra [SumIons_A_2_counts_acc_c_acc]
  Data Quality Indicator for SumIons/A [Data_Quality_SumIons_A]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPIB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Zone Summed Ion Spectra [SumIons_B_1_Telemetry_Dimensionless]
  Zone Summed Ion Spectra [SumIons_B_2_counts_acc_c_acc]
  Data Quality Indicator for SumIons/B [Data_Quality_SumIons_B]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPIC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Selected_Ion_Spectra_Head_A_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Selected_Ion_Spectra_Head_A_2_counts_acc_c_per_acc]
  Data Quality Indicator for Ions/A Z0 [Data_Quality_Ions_A_Z0]
  Data Quality Indicator for Ions/A Z1 [Data_Quality_Ions_A_Z1]
  Data Quality Indicator for Ions/A Z2 [Data_Quality_Ions_A_Z2]
  Data Quality Indicator for Ions/A Z3 [Data_Quality_Ions_A_Z3]
  Data Quality Indicator for Ions/A Z4 [Data_Quality_Ions_A_Z4]
  Data Quality Indicator for Ions/A Z5 [Data_Quality_Ions_A_Z5]
  Data Quality Indicator for Ions/A Z6 [Data_Quality_Ions_A_Z6]
  Data Quality Indicator for Ions/A Z7 [Data_Quality_Ions_A_Z7]
  Data Quality Indicator for Ions/A Z8 [Data_Quality_Ions_A_Z8]
  Data Quality Indicator for Ions/A Z9 [Data_Quality_Ions_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPID

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Selected_Ion_Spectra_Head_B_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Selected_Ion_Spectra_Head_B_2_counts_acc_c_per_acc]
  Data Quality Indicator for Ions/B Z0 [Data_Quality_Ions_B_Z0]
  Data Quality Indicator for Ions/B Z1 [Data_Quality_Ions_B_Z1]
  Data Quality Indicator for Ions/B Z2 [Data_Quality_Ions_B_Z2]
  Data Quality Indicator for Ions/B Z3 [Data_Quality_Ions_B_Z3]
  Data Quality Indicator for Ions/B Z4 [Data_Quality_Ions_B_Z4]
  Data Quality Indicator for Ions/B Z5 [Data_Quality_Ions_B_Z5]
  Data Quality Indicator for Ions/B Z6 [Data_Quality_Ions_B_Z6]
  Data Quality Indicator for Ions/B Z7 [Data_Quality_Ions_B_Z7]
  Data Quality Indicator for Ions/B Z8 [Data_Quality_Ions_B_Z8]
  Data Quality Indicator for Ions/B Z9 [Data_Quality_Ions_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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TSS-1R_M1_SPIE

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Ion_Spectra_Head_A_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Ion_Spectra_Head_A_2_counts_acc_c_per_acc]
  Data Quality Indicator for Ions/A Z0 [Data_Quality_Ions_A_Z0]
  Data Quality Indicator for Ions/A Z1 [Data_Quality_Ions_A_Z1]
  Data Quality Indicator for Ions/A Z2 [Data_Quality_Ions_A_Z2]
  Data Quality Indicator for Ions/A Z3 [Data_Quality_Ions_A_Z3]
  Data Quality Indicator for Ions/A Z4 [Data_Quality_Ions_A_Z4]
  Data Quality Indicator for Ions/A Z5 [Data_Quality_Ions_A_Z5]
  Data Quality Indicator for Ions/A Z6 [Data_Quality_Ions_A_Z6]
  Data Quality Indicator for Ions/A Z7 [Data_Quality_Ions_A_Z7]
  Data Quality Indicator for Ions/A Z8 [Data_Quality_Ions_A_Z8]
  Data Quality Indicator for Ions/A Z9 [Data_Quality_Ions_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPIF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Science data in units of Telemetry (Dimensionless) [Ion_Spectra_Head_B_1_Telemetry_Dimensionless]
  Science data in units of counts/acc (c/acc) [Ion_Spectra_Head_B_2_counts_acc_c_per_acc]
  Data Quality Indicator for Ions/B Z0 [Data_Quality_Ions_B_Z0]
  Data Quality Indicator for Ions/B Z1 [Data_Quality_Ions_B_Z1]
  Data Quality Indicator for Ions/B Z2 [Data_Quality_Ions_B_Z2]
  Data Quality Indicator for Ions/B Z3 [Data_Quality_Ions_B_Z3]
  Data Quality Indicator for Ions/B Z4 [Data_Quality_Ions_B_Z4]
  Data Quality Indicator for Ions/B Z5 [Data_Quality_Ions_B_Z5]
  Data Quality Indicator for Ions/B Z6 [Data_Quality_Ions_B_Z6]
  Data Quality Indicator for Ions/B Z7 [Data_Quality_Ions_B_Z7]
  Data Quality Indicator for Ions/B Z8 [Data_Quality_Ions_B_Z8]
  Data Quality Indicator for Ions/B Z9 [Data_Quality_Ions_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPLA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ion Auto-correlation Spectra, Zone 0 [p__AutoCor_A_Z0_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 0 [p__AutoCor_A_Z0_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z0 [Data_Quality_p__AutoCor_A_Z0]
  Ion Auto-correlation Spectra, Zone 1 [p__AutoCor_A_Z1_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 1 [p__AutoCor_A_Z1_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z1 [Data_Quality_p__AutoCor_A_Z1]
  Ion Auto-correlation Spectra, Zone 2 [p__AutoCor_A_Z2_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 2 [p__AutoCor_A_Z2_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z2 [Data_Quality_p__AutoCor_A_Z2]
  Ion Auto-correlation Spectra, Zone 3 [p__AutoCor_A_Z3_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 3 [p__AutoCor_A_Z3_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z3 [Data_Quality_p__AutoCor_A_Z3]
  Ion Auto-correlation Spectra, Zone 4 [p__AutoCor_A_Z4_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 4 [p__AutoCor_A_Z4_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z4 [Data_Quality_p__AutoCor_A_Z4]
  Ion Auto-correlation Spectra, Zone 5 [p__AutoCor_A_Z5_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 5 [p__AutoCor_A_Z5_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z5 [Data_Quality_p__AutoCor_A_Z5]
  Ion Auto-correlation Spectra, Zone 6 [p__AutoCor_A_Z6_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 6 [p__AutoCor_A_Z6_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z6 [Data_Quality_p__AutoCor_A_Z6]
  Ion Auto-correlation Spectra, Zone 7 [p__AutoCor_A_Z7_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 7 [p__AutoCor_A_Z7_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z7 [Data_Quality_p__AutoCor_A_Z7]
  Ion Auto-correlation Spectra, Zone 8 [p__AutoCor_A_Z8_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 8 [p__AutoCor_A_Z8_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z8 [Data_Quality_p__AutoCor_A_Z8]
  Ion Auto-correlation Spectra, Zone 9 [p__AutoCor_A_Z9_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 9 [p__AutoCor_A_Z9_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor A-Z9 [Data_Quality_p__AutoCor_A_Z9]
  Ion Auto-correlation Significance, Zone 0 [p__ACor_Sig_A_Z0_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 0 [p__ACor_Sig_A_Z0_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z0 [Data_Quality_p__ACor_Sig_A_Z0]
  Ion Auto-correlation Significance, Zone 1 [p__ACor_Sig_A_Z1_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 1 [p__ACor_Sig_A_Z1_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z1 [Data_Quality_p__ACor_Sig_A_Z1]
  Ion Auto-correlation Significance, Zone 2 [p__ACor_Sig_A_Z2_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 2 [p__ACor_Sig_A_Z2_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z2 [Data_Quality_p__ACor_Sig_A_Z2]
  Ion Auto-correlation Significance, Zone 3 [p__ACor_Sig_A_Z3_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 3 [p__ACor_Sig_A_Z3_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z3 [Data_Quality_p__ACor_Sig_A_Z3]
  Ion Auto-correlation Significance, Zone 4 [p__ACor_Sig_A_Z4_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 4 [p__ACor_Sig_A_Z4_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z4 [Data_Quality_p__ACor_Sig_A_Z4]
  Ion Auto-correlation Significance, Zone 5 [p__ACor_Sig_A_Z5_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 5 [p__ACor_Sig_A_Z5_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z5 [Data_Quality_p__ACor_Sig_A_Z5]
  Ion Auto-correlation Significance, Zone 6 [p__ACor_Sig_A_Z6_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 6 [p__ACor_Sig_A_Z6_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z6 [Data_Quality_p__ACor_Sig_A_Z6]
  Ion Auto-correlation Significance, Zone 7 [p__ACor_Sig_A_Z7_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 7 [p__ACor_Sig_A_Z7_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z7 [Data_Quality_p__ACor_Sig_A_Z7]
  Ion Auto-correlation Significance, Zone 8 [p__ACor_Sig_A_Z8_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 8 [p__ACor_Sig_A_Z8_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z8 [Data_Quality_p__ACor_Sig_A_Z8]
  Ion Auto-correlation Significance, Zone 9 [p__ACor_Sig_A_Z9_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 9 [p__ACor_Sig_A_Z9_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig A-Z9 [Data_Quality_p__ACor_Sig_A_Z9]
  Ion Auto-correlation Neurons, Zone 0 [p__ACor_Neu_A_Z0]
  Data Quality Indicator for p+ ACor Neu A-Z0 [Data_Quality_p__ACor_Neu_A_Z0]
  Ion Auto-correlation Neurons, Zone 1 [p__ACor_Neu_A_Z1]
  Data Quality Indicator for p+ ACor Neu A-Z1 [Data_Quality_p__ACor_Neu_A_Z1]
  Ion Auto-correlation Neurons, Zone 2 [p__ACor_Neu_A_Z2]
  Data Quality Indicator for p+ ACor Neu A-Z2 [Data_Quality_p__ACor_Neu_A_Z2]
  Ion Auto-correlation Neurons, Zone 3 [p__ACor_Neu_A_Z3]
  Data Quality Indicator for p+ ACor Neu A-Z3 [Data_Quality_p__ACor_Neu_A_Z3]
  Ion Auto-correlation Neurons, Zone 4 [p__ACor_Neu_A_Z4]
  Data Quality Indicator for p+ ACor Neu A-Z4 [Data_Quality_p__ACor_Neu_A_Z4]
  Ion Auto-correlation Neurons, Zone 5 [p__ACor_Neu_A_Z5]
  Data Quality Indicator for p+ ACor Neu A-Z5 [Data_Quality_p__ACor_Neu_A_Z5]
  Ion Auto-correlation Neurons, Zone 6 [p__ACor_Neu_A_Z6]
  Data Quality Indicator for p+ ACor Neu A-Z6 [Data_Quality_p__ACor_Neu_A_Z6]
  Ion Auto-correlation Neurons, Zone 7 [p__ACor_Neu_A_Z7]
  Data Quality Indicator for p+ ACor Neu A-Z7 [Data_Quality_p__ACor_Neu_A_Z7]
  Ion Auto-correlation Neurons, Zone 8 [p__ACor_Neu_A_Z8]
  Data Quality Indicator for p+ ACor Neu A-Z8 [Data_Quality_p__ACor_Neu_A_Z8]
  Ion Auto-correlation Neurons, Zone 9 [p__ACor_Neu_A_Z9]
  Data Quality Indicator for p+ ACor Neu A-Z9 [Data_Quality_p__ACor_Neu_A_Z9]
  Ion Radar Returns, Zone 0 [p__Radar_Ret_A_Z0]
  Data Quality Indicator for p+ Radar Ret A-Z0 [Data_Quality_p__Radar_Ret_A_Z0]
  Ion Radar Returns, Zone 1 [p__Radar_Ret_A_Z1]
  Data Quality Indicator for p+ Radar Ret A-Z1 [Data_Quality_p__Radar_Ret_A_Z1]
  Ion Radar Returns, Zone 2 [p__Radar_Ret_A_Z2]
  Data Quality Indicator for p+ Radar Ret A-Z2 [Data_Quality_p__Radar_Ret_A_Z2]
  Ion Radar Returns, Zone 3 [p__Radar_Ret_A_Z3]
  Data Quality Indicator for p+ Radar Ret A-Z3 [Data_Quality_p__Radar_Ret_A_Z3]
  Ion Radar Returns, Zone 4 [p__Radar_Ret_A_Z4]
  Data Quality Indicator for p+ Radar Ret A-Z4 [Data_Quality_p__Radar_Ret_A_Z4]
  Ion Radar Returns, Zone 5 [p__Radar_Ret_A_Z5]
  Data Quality Indicator for p+ Radar Ret A-Z5 [Data_Quality_p__Radar_Ret_A_Z5]
  Ion Radar Returns, Zone 6 [p__Radar_Ret_A_Z6]
  Data Quality Indicator for p+ Radar Ret A-Z6 [Data_Quality_p__Radar_Ret_A_Z6]
  Ion Radar Returns, Zone 7 [p__Radar_Ret_A_Z7]
  Data Quality Indicator for p+ Radar Ret A-Z7 [Data_Quality_p__Radar_Ret_A_Z7]
  Ion Radar Returns, Zone 8 [p__Radar_Ret_A_Z8]
  Data Quality Indicator for p+ Radar Ret A-Z8 [Data_Quality_p__Radar_Ret_A_Z8]
  Ion Radar Returns, Zone 9 [p__Radar_Ret_A_Z9]
  Data Quality Indicator for p+ Radar Ret A-Z9 [Data_Quality_p__Radar_Ret_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPLB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_A_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_A_Z0_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z0 [Data_Quality_e__AutoCor_A_Z0]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_A_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_A_Z1_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z1 [Data_Quality_e__AutoCor_A_Z1]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_A_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_A_Z2_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z2 [Data_Quality_e__AutoCor_A_Z2]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_A_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_A_Z3_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z3 [Data_Quality_e__AutoCor_A_Z3]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_A_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_A_Z4_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z4 [Data_Quality_e__AutoCor_A_Z4]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_A_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_A_Z5_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z5 [Data_Quality_e__AutoCor_A_Z5]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_A_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_A_Z6_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z6 [Data_Quality_e__AutoCor_A_Z6]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_A_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_A_Z7_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z7 [Data_Quality_e__AutoCor_A_Z7]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_A_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_A_Z8_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z8 [Data_Quality_e__AutoCor_A_Z8]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_A_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_A_Z9_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor A-Z9 [Data_Quality_e__AutoCor_A_Z9]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_A_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_A_Z0_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z0 [Data_Quality_e__ACor_Sig_A_Z0]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_A_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_A_Z1_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z1 [Data_Quality_e__ACor_Sig_A_Z1]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_A_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_A_Z2_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z2 [Data_Quality_e__ACor_Sig_A_Z2]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_A_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_A_Z3_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z3 [Data_Quality_e__ACor_Sig_A_Z3]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_A_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_A_Z4_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z4 [Data_Quality_e__ACor_Sig_A_Z4]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_A_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_A_Z5_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z5 [Data_Quality_e__ACor_Sig_A_Z5]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_A_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_A_Z6_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z6 [Data_Quality_e__ACor_Sig_A_Z6]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_A_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_A_Z7_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z7 [Data_Quality_e__ACor_Sig_A_Z7]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_A_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_A_Z8_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z8 [Data_Quality_e__ACor_Sig_A_Z8]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_A_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_A_Z9_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig A-Z9 [Data_Quality_e__ACor_Sig_A_Z9]
  Electron Auto-correlation Neurons, Zone 0 [e__ACor_Neu_A_Z0]
  Data Quality Indicator for e- ACor Neu A-Z0 [Data_Quality_e__ACor_Neu_A_Z0]
  Electron Auto-correlation Neurons, Zone 1 [e__ACor_Neu_A_Z1]
  Data Quality Indicator for e- ACor Neu A-Z1 [Data_Quality_e__ACor_Neu_A_Z1]
  Electron Auto-correlation Neurons, Zone 2 [e__ACor_Neu_A_Z2]
  Data Quality Indicator for e- ACor Neu A-Z2 [Data_Quality_e__ACor_Neu_A_Z2]
  Electron Auto-correlation Neurons, Zone 3 [e__ACor_Neu_A_Z3]
  Data Quality Indicator for e- ACor Neu A-Z3 [Data_Quality_e__ACor_Neu_A_Z3]
  Electron Auto-correlation Neurons, Zone 4 [e__ACor_Neu_A_Z4]
  Data Quality Indicator for e- ACor Neu A-Z4 [Data_Quality_e__ACor_Neu_A_Z4]
  Electron Auto-correlation Neurons, Zone 5 [e__ACor_Neu_A_Z5]
  Data Quality Indicator for e- ACor Neu A-Z5 [Data_Quality_e__ACor_Neu_A_Z5]
  Electron Auto-correlation Neurons, Zone 6 [e__ACor_Neu_A_Z6]
  Data Quality Indicator for e- ACor Neu A-Z6 [Data_Quality_e__ACor_Neu_A_Z6]
  Electron Auto-correlation Neurons, Zone 7 [e__ACor_Neu_A_Z7]
  Data Quality Indicator for e- ACor Neu A-Z7 [Data_Quality_e__ACor_Neu_A_Z7]
  Electron Auto-correlation Neurons, Zone 8 [e__ACor_Neu_A_Z8]
  Data Quality Indicator for e- ACor Neu A-Z8 [Data_Quality_e__ACor_Neu_A_Z8]
  Electron Auto-correlation Neurons, Zone 9 [e__ACor_Neu_A_Z9]
  Data Quality Indicator for e- ACor Neu A-Z9 [Data_Quality_e__ACor_Neu_A_Z9]
  Electron Radar Returns, Zone 0 [e__Radar_Ret_A_Z0]
  Data Quality Indicator for e- Radar Ret A-Z0 [Data_Quality_e__Radar_Ret_A_Z0]
  Electron Radar Returns, Zone 1 [e__Radar_Ret_A_Z1]
  Data Quality Indicator for e- Radar Ret A-Z1 [Data_Quality_e__Radar_Ret_A_Z1]
  Electron Radar Returns, Zone 2 [e__Radar_Ret_A_Z2]
  Data Quality Indicator for e- Radar Ret A-Z2 [Data_Quality_e__Radar_Ret_A_Z2]
  Electron Radar Returns, Zone 3 [e__Radar_Ret_A_Z3]
  Data Quality Indicator for e- Radar Ret A-Z3 [Data_Quality_e__Radar_Ret_A_Z3]
  Electron Radar Returns, Zone 4 [e__Radar_Ret_A_Z4]
  Data Quality Indicator for e- Radar Ret A-Z4 [Data_Quality_e__Radar_Ret_A_Z4]
  Electron Radar Returns, Zone 5 [e__Radar_Ret_A_Z5]
  Data Quality Indicator for e- Radar Ret A-Z5 [Data_Quality_e__Radar_Ret_A_Z5]
  Electron Radar Returns, Zone 6 [e__Radar_Ret_A_Z6]
  Data Quality Indicator for e- Radar Ret A-Z6 [Data_Quality_e__Radar_Ret_A_Z6]
  Electron Radar Returns, Zone 7 [e__Radar_Ret_A_Z7]
  Data Quality Indicator for e- Radar Ret A-Z7 [Data_Quality_e__Radar_Ret_A_Z7]
  Electron Radar Returns, Zone 8 [e__Radar_Ret_A_Z8]
  Data Quality Indicator for e- Radar Ret A-Z8 [Data_Quality_e__Radar_Ret_A_Z8]
  Electron Radar Returns, Zone 9 [e__Radar_Ret_A_Z9]
  Data Quality Indicator for e- Radar Ret A-Z9 [Data_Quality_e__Radar_Ret_A_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPLC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Ion Auto-correlation Spectra, Zone 0 [p__AutoCor_B_Z0_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 0 [p__AutoCor_B_Z0_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z0 [Data_Quality_p__AutoCor_B_Z0]
  Ion Auto-correlation Spectra, Zone 1 [p__AutoCor_B_Z1_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 1 [p__AutoCor_B_Z1_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z1 [Data_Quality_p__AutoCor_B_Z1]
  Ion Auto-correlation Spectra, Zone 2 [p__AutoCor_B_Z2_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 2 [p__AutoCor_B_Z2_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z2 [Data_Quality_p__AutoCor_B_Z2]
  Ion Auto-correlation Spectra, Zone 3 [p__AutoCor_B_Z3_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 3 [p__AutoCor_B_Z3_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z3 [Data_Quality_p__AutoCor_B_Z3]
  Ion Auto-correlation Spectra, Zone 4 [p__AutoCor_B_Z4_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 4 [p__AutoCor_B_Z4_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z4 [Data_Quality_p__AutoCor_B_Z4]
  Ion Auto-correlation Spectra, Zone 5 [p__AutoCor_B_Z5_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 5 [p__AutoCor_B_Z5_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z5 [Data_Quality_p__AutoCor_B_Z5]
  Ion Auto-correlation Spectra, Zone 6 [p__AutoCor_B_Z6_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 6 [p__AutoCor_B_Z6_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z6 [Data_Quality_p__AutoCor_B_Z6]
  Ion Auto-correlation Spectra, Zone 7 [p__AutoCor_B_Z7_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 7 [p__AutoCor_B_Z7_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z7 [Data_Quality_p__AutoCor_B_Z7]
  Ion Auto-correlation Spectra, Zone 8 [p__AutoCor_B_Z8_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 8 [p__AutoCor_B_Z8_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z8 [Data_Quality_p__AutoCor_B_Z8]
  Ion Auto-correlation Spectra, Zone 9 [p__AutoCor_B_Z9_1_Telemetry_Unitless]
  Ion Auto-correlation Spectra, Zone 9 [p__AutoCor_B_Z9_2_Frequency_kHz]
  Data Quality Indicator for p+ AutoCor B-Z9 [Data_Quality_p__AutoCor_B_Z9]
  Ion Auto-correlation Significance, Zone 0 [p__ACor_Sig_B_Z0_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 0 [p__ACor_Sig_B_Z0_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z0 [Data_Quality_p__ACor_Sig_B_Z0]
  Ion Auto-correlation Significance, Zone 1 [p__ACor_Sig_B_Z1_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 1 [p__ACor_Sig_B_Z1_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z1 [Data_Quality_p__ACor_Sig_B_Z1]
  Ion Auto-correlation Significance, Zone 2 [p__ACor_Sig_B_Z2_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 2 [p__ACor_Sig_B_Z2_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z2 [Data_Quality_p__ACor_Sig_B_Z2]
  Ion Auto-correlation Significance, Zone 3 [p__ACor_Sig_B_Z3_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 3 [p__ACor_Sig_B_Z3_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z3 [Data_Quality_p__ACor_Sig_B_Z3]
  Ion Auto-correlation Significance, Zone 4 [p__ACor_Sig_B_Z4_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 4 [p__ACor_Sig_B_Z4_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z4 [Data_Quality_p__ACor_Sig_B_Z4]
  Ion Auto-correlation Significance, Zone 5 [p__ACor_Sig_B_Z5_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 5 [p__ACor_Sig_B_Z5_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z5 [Data_Quality_p__ACor_Sig_B_Z5]
  Ion Auto-correlation Significance, Zone 6 [p__ACor_Sig_B_Z6_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 6 [p__ACor_Sig_B_Z6_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z6 [Data_Quality_p__ACor_Sig_B_Z6]
  Ion Auto-correlation Significance, Zone 7 [p__ACor_Sig_B_Z7_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 7 [p__ACor_Sig_B_Z7_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z7 [Data_Quality_p__ACor_Sig_B_Z7]
  Ion Auto-correlation Significance, Zone 8 [p__ACor_Sig_B_Z8_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 8 [p__ACor_Sig_B_Z8_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z8 [Data_Quality_p__ACor_Sig_B_Z8]
  Ion Auto-correlation Significance, Zone 9 [p__ACor_Sig_B_Z9_1_Telemetry_Unitless]
  Ion Auto-correlation Significance, Zone 9 [p__ACor_Sig_B_Z9_2_Confidence_Unitless]
  Data Quality Indicator for p+ ACor Sig B-Z9 [Data_Quality_p__ACor_Sig_B_Z9]
  Ion Auto-correlation Neurons, Zone 0 [p__ACor_Neu_B_Z0]
  Data Quality Indicator for p+ ACor Neu B-Z0 [Data_Quality_p__ACor_Neu_B_Z0]
  Ion Auto-correlation Neurons, Zone 1 [p__ACor_Neu_B_Z1]
  Data Quality Indicator for p+ ACor Neu B-Z1 [Data_Quality_p__ACor_Neu_B_Z1]
  Ion Auto-correlation Neurons, Zone 2 [p__ACor_Neu_B_Z2]
  Data Quality Indicator for p+ ACor Neu B-Z2 [Data_Quality_p__ACor_Neu_B_Z2]
  Ion Auto-correlation Neurons, Zone 3 [p__ACor_Neu_B_Z3]
  Data Quality Indicator for p+ ACor Neu B-Z3 [Data_Quality_p__ACor_Neu_B_Z3]
  Ion Auto-correlation Neurons, Zone 4 [p__ACor_Neu_B_Z4]
  Data Quality Indicator for p+ ACor Neu B-Z4 [Data_Quality_p__ACor_Neu_B_Z4]
  Ion Auto-correlation Neurons, Zone 5 [p__ACor_Neu_B_Z5]
  Data Quality Indicator for p+ ACor Neu B-Z5 [Data_Quality_p__ACor_Neu_B_Z5]
  Ion Auto-correlation Neurons, Zone 6 [p__ACor_Neu_B_Z6]
  Data Quality Indicator for p+ ACor Neu B-Z6 [Data_Quality_p__ACor_Neu_B_Z6]
  Ion Auto-correlation Neurons, Zone 7 [p__ACor_Neu_B_Z7]
  Data Quality Indicator for p+ ACor Neu B-Z7 [Data_Quality_p__ACor_Neu_B_Z7]
  Ion Auto-correlation Neurons, Zone 8 [p__ACor_Neu_B_Z8]
  Data Quality Indicator for p+ ACor Neu B-Z8 [Data_Quality_p__ACor_Neu_B_Z8]
  Ion Auto-correlation Neurons, Zone 9 [p__ACor_Neu_B_Z9]
  Data Quality Indicator for p+ ACor Neu B-Z9 [Data_Quality_p__ACor_Neu_B_Z9]
  Ion Radar Returns, Zone 0 [p__Radar_Ret_B_Z0]
  Data Quality Indicator for p+ Radar Ret B-Z0 [Data_Quality_p__Radar_Ret_B_Z0]
  Ion Radar Returns, Zone 1 [p__Radar_Ret_B_Z1]
  Data Quality Indicator for p+ Radar Ret B-Z1 [Data_Quality_p__Radar_Ret_B_Z1]
  Ion Radar Returns, Zone 2 [p__Radar_Ret_B_Z2]
  Data Quality Indicator for p+ Radar Ret B-Z2 [Data_Quality_p__Radar_Ret_B_Z2]
  Ion Radar Returns, Zone 3 [p__Radar_Ret_B_Z3]
  Data Quality Indicator for p+ Radar Ret B-Z3 [Data_Quality_p__Radar_Ret_B_Z3]
  Ion Radar Returns, Zone 4 [p__Radar_Ret_B_Z4]
  Data Quality Indicator for p+ Radar Ret B-Z4 [Data_Quality_p__Radar_Ret_B_Z4]
  Ion Radar Returns, Zone 5 [p__Radar_Ret_B_Z5]
  Data Quality Indicator for p+ Radar Ret B-Z5 [Data_Quality_p__Radar_Ret_B_Z5]
  Ion Radar Returns, Zone 6 [p__Radar_Ret_B_Z6]
  Data Quality Indicator for p+ Radar Ret B-Z6 [Data_Quality_p__Radar_Ret_B_Z6]
  Ion Radar Returns, Zone 7 [p__Radar_Ret_B_Z7]
  Data Quality Indicator for p+ Radar Ret B-Z7 [Data_Quality_p__Radar_Ret_B_Z7]
  Ion Radar Returns, Zone 8 [p__Radar_Ret_B_Z8]
  Data Quality Indicator for p+ Radar Ret B-Z8 [Data_Quality_p__Radar_Ret_B_Z8]
  Ion Radar Returns, Zone 9 [p__Radar_Ret_B_Z9]
  Data Quality Indicator for p+ Radar Ret B-Z9 [Data_Quality_p__Radar_Ret_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPLD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_B_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 0 [e__AutoCor_B_Z0_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z0 [Data_Quality_e__AutoCor_B_Z0]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_B_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 1 [e__AutoCor_B_Z1_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z1 [Data_Quality_e__AutoCor_B_Z1]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_B_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 2 [e__AutoCor_B_Z2_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z2 [Data_Quality_e__AutoCor_B_Z2]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_B_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 3 [e__AutoCor_B_Z3_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z3 [Data_Quality_e__AutoCor_B_Z3]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_B_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 4 [e__AutoCor_B_Z4_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z4 [Data_Quality_e__AutoCor_B_Z4]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_B_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 5 [e__AutoCor_B_Z5_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z5 [Data_Quality_e__AutoCor_B_Z5]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_B_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 6 [e__AutoCor_B_Z6_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z6 [Data_Quality_e__AutoCor_B_Z6]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_B_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 7 [e__AutoCor_B_Z7_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z7 [Data_Quality_e__AutoCor_B_Z7]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_B_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 8 [e__AutoCor_B_Z8_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z8 [Data_Quality_e__AutoCor_B_Z8]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_B_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Spectra, Zone 9 [e__AutoCor_B_Z9_2_Frequency_kHz]
  Data Quality Indicator for e- AutoCor B-Z9 [Data_Quality_e__AutoCor_B_Z9]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_B_Z0_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 0 [e__ACor_Sig_B_Z0_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z0 [Data_Quality_e__ACor_Sig_B_Z0]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_B_Z1_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 1 [e__ACor_Sig_B_Z1_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z1 [Data_Quality_e__ACor_Sig_B_Z1]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_B_Z2_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 2 [e__ACor_Sig_B_Z2_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z2 [Data_Quality_e__ACor_Sig_B_Z2]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_B_Z3_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 3 [e__ACor_Sig_B_Z3_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z3 [Data_Quality_e__ACor_Sig_B_Z3]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_B_Z4_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 4 [e__ACor_Sig_B_Z4_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z4 [Data_Quality_e__ACor_Sig_B_Z4]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_B_Z5_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 5 [e__ACor_Sig_B_Z5_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z5 [Data_Quality_e__ACor_Sig_B_Z5]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_B_Z6_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 6 [e__ACor_Sig_B_Z6_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z6 [Data_Quality_e__ACor_Sig_B_Z6]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_B_Z7_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 7 [e__ACor_Sig_B_Z7_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z7 [Data_Quality_e__ACor_Sig_B_Z7]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_B_Z8_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 8 [e__ACor_Sig_B_Z8_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z8 [Data_Quality_e__ACor_Sig_B_Z8]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_B_Z9_1_Telemetry_Unitless]
  Electron Auto-correlation Significance, Zone 9 [e__ACor_Sig_B_Z9_2_Confidence_Unitless]
  Data Quality Indicator for e- ACor Sig B-Z9 [Data_Quality_e__ACor_Sig_B_Z9]
  Electron Auto-correlation Neurons, Zone 0 [e__ACor_Neu_B_Z0]
  Data Quality Indicator for e- ACor Neu B-Z0 [Data_Quality_e__ACor_Neu_B_Z0]
  Electron Auto-correlation Neurons, Zone 1 [e__ACor_Neu_B_Z1]
  Data Quality Indicator for e- ACor Neu B-Z1 [Data_Quality_e__ACor_Neu_B_Z1]
  Electron Auto-correlation Neurons, Zone 2 [e__ACor_Neu_B_Z2]
  Data Quality Indicator for e- ACor Neu B-Z2 [Data_Quality_e__ACor_Neu_B_Z2]
  Electron Auto-correlation Neurons, Zone 3 [e__ACor_Neu_B_Z3]
  Data Quality Indicator for e- ACor Neu B-Z3 [Data_Quality_e__ACor_Neu_B_Z3]
  Electron Auto-correlation Neurons, Zone 4 [e__ACor_Neu_B_Z4]
  Data Quality Indicator for e- ACor Neu B-Z4 [Data_Quality_e__ACor_Neu_B_Z4]
  Electron Auto-correlation Neurons, Zone 5 [e__ACor_Neu_B_Z5]
  Data Quality Indicator for e- ACor Neu B-Z5 [Data_Quality_e__ACor_Neu_B_Z5]
  Electron Auto-correlation Neurons, Zone 6 [e__ACor_Neu_B_Z6]
  Data Quality Indicator for e- ACor Neu B-Z6 [Data_Quality_e__ACor_Neu_B_Z6]
  Electron Auto-correlation Neurons, Zone 7 [e__ACor_Neu_B_Z7]
  Data Quality Indicator for e- ACor Neu B-Z7 [Data_Quality_e__ACor_Neu_B_Z7]
  Electron Auto-correlation Neurons, Zone 8 [e__ACor_Neu_B_Z8]
  Data Quality Indicator for e- ACor Neu B-Z8 [Data_Quality_e__ACor_Neu_B_Z8]
  Electron Auto-correlation Neurons, Zone 9 [e__ACor_Neu_B_Z9]
  Data Quality Indicator for e- ACor Neu B-Z9 [Data_Quality_e__ACor_Neu_B_Z9]
  Electron Radar Returns, Zone 0 [e__Radar_Ret_B_Z0]
  Data Quality Indicator for e- Radar Ret B-Z0 [Data_Quality_e__Radar_Ret_B_Z0]
  Electron Radar Returns, Zone 1 [e__Radar_Ret_B_Z1]
  Data Quality Indicator for e- Radar Ret B-Z1 [Data_Quality_e__Radar_Ret_B_Z1]
  Electron Radar Returns, Zone 2 [e__Radar_Ret_B_Z2]
  Data Quality Indicator for e- Radar Ret B-Z2 [Data_Quality_e__Radar_Ret_B_Z2]
  Electron Radar Returns, Zone 3 [e__Radar_Ret_B_Z3]
  Data Quality Indicator for e- Radar Ret B-Z3 [Data_Quality_e__Radar_Ret_B_Z3]
  Electron Radar Returns, Zone 4 [e__Radar_Ret_B_Z4]
  Data Quality Indicator for e- Radar Ret B-Z4 [Data_Quality_e__Radar_Ret_B_Z4]
  Electron Radar Returns, Zone 5 [e__Radar_Ret_B_Z5]
  Data Quality Indicator for e- Radar Ret B-Z5 [Data_Quality_e__Radar_Ret_B_Z5]
  Electron Radar Returns, Zone 6 [e__Radar_Ret_B_Z6]
  Data Quality Indicator for e- Radar Ret B-Z6 [Data_Quality_e__Radar_Ret_B_Z6]
  Electron Radar Returns, Zone 7 [e__Radar_Ret_B_Z7]
  Data Quality Indicator for e- Radar Ret B-Z7 [Data_Quality_e__Radar_Ret_B_Z7]
  Electron Radar Returns, Zone 8 [e__Radar_Ret_B_Z8]
  Data Quality Indicator for e- Radar Ret B-Z8 [Data_Quality_e__Radar_Ret_B_Z8]
  Electron Radar Returns, Zone 9 [e__Radar_Ret_B_Z9]
  Data Quality Indicator for e- Radar Ret B-Z9 [Data_Quality_e__Radar_Ret_B_Z9]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]
  Status Indicator Frequency Range [MODE3_Frequency_Range]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPMF

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Bx [Bx_1_Telemetry_Unitless]
  Bx [Bx_2_MF_nT]
  Bx [Bx_3_MF_gauss]
  Data Quality Indicator for Bx [Data_Quality_Bx]
  By [By_1_Telemetry_Unitless]
  By [By_2_MF_nT]
  By [By_3_MF_gauss]
  Data Quality Indicator for By [Data_Quality_By]
  Bz [Bz_1_Telemetry_Unitless]
  Bz [Bz_2_MF_nT]
  Bz [Bz_3_MF_gauss]
  Data Quality Indicator for Bz [Data_Quality_Bz]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPOP

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Orbiter Negative Potential Measurement [Orb_Pot_1_Telemetry_Unitless]
  Orbiter Negative Potential Measurement [Orb_Pot_2_Voltage_Volts]
  Data Quality Indicator for Orb Pot [Data_Quality_Orb_Pot]
  Potential Measurement Confinence Factor [Conf_Fac_1_Telemetry_Unitless]
  Potential Measurement Confinence Factor [Conf_Fac_2_percentage__]
  Data Quality Indicator for Conf Fac [Data_Quality_Conf_Fac]
  Peak Elevation Angle Indicator [Head_Giving_Pot]
  Data Quality Indicator for Head Giving Pot [Data_Quality_Head_Giving_Pot]
  Elevation Angle [Zone_Giving_Pot]
  Data Quality Indicator for Zone Giving Pot [Data_Quality_Zone_Giving_Pot]
  Upper Channel Adjacent to Peak Count [Ch_Above_Peak_1_Telemetry_Unitless]
  Upper Channel Adjacent to Peak Count [Ch_Above_Peak_2_cpa_cnts_accum]
  Data Quality Indicator for Ch Above Peak [Data_Quality_Ch_Above_Peak]
  Peak Channel Count [Peak_Channel_1_Telemetry_Unitless]
  Peak Channel Count [Peak_Channel_2_cpa_cnts_accum]
  Data Quality Indicator for Peak Channel [Data_Quality_Peak_Channel]
  Lower Channel Adjacent to Peak Count [Ch_Below_Peak_1_Telemetry_Unitless]
  Lower Channel Adjacent to Peak Count [Ch_Below_Peak_2_cpa_cnts_accum]
  Data Quality Indicator for Ch Below Peak [Data_Quality_Ch_Below_Peak]
  Status Indicator Power Status [MODE0_Power_Status]
  Status Indicator Rotation Status [MODE1_Rotation_Status]
  Status Indicator Sweep Rate [MODE2_Sweep_Rate]

Dataset in CDAWeb
Data Access Code Examples written in and IDL®.
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TSS-1R_M1_SPSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Low Frequency MMU 0 Status [Low_Freq_MMU_0]
  Data Quality Indicator for Low Freq MMU 0 [Data_Quality_Low_Freq_MMU_0]
  Low Frequency MMU 1 Status [Low_Freq_MMU_1]
  Data Quality Indicator for Low Freq MMU 1 [Data_Quality_Low_Freq_MMU_1]
  Low Frequency MMU 2 Status [Low_Freq_MMU_2]
  Data Quality Indicator for Low Freq MMU 2 [Data_Quality_Low_Freq_MMU_2]
  Low Frequency MMU 3 Status [Low_Freq_MMU_3]
  Data Quality Indicator for Low Freq MMU 3 [Data_Quality_Low_Freq_MMU_3]
  Low Frequency MMU 4 Status [Low_Freq_MMU_4]
  Data Quality Indicator for Low Freq MMU 4 [Data_Quality_Low_Freq_MMU_4]
  Low Frequency MMU 5 Status [Low_Freq_MMU_5]
  Data Quality Indicator for Low Freq MMU 5 [Data_Quality_Low_Freq_MMU_5]
  Low Frequency MMU 6 Status [Low_Freq_MMU_6]
  Data Quality Indicator for Low Freq MMU 6 [Data_Quality_Low_Freq_MMU_6]
  Low Frequency MMU 7 Status [Low_Freq_MMU_7]
  Data Quality Indicator for Low Freq MMU 7 [Data_Quality_Low_Freq_MMU_7]
  Low Frequency MMU 8 Status [Low_Freq_MMU_8]
  Data Quality Indicator for Low Freq MMU 8 [Data_Quality_Low_Freq_MMU_8]
  Low Frequency MMU 9 Status [Low_Freq_MMU_9]
  Data Quality Indicator for Low Freq MMU 9 [Data_Quality_Low_Freq_MMU_9]
  Low Frequency MMU 10 Status [Low_Freq_MMU_10]
  Data Quality Indicator for Low Freq MMU 10 [Data_Quality_Low_Freq_MMU_10]
  Low Frequency MMU 11 Status [Low_Freq_MMU_11]
  Data Quality Indicator for Low Freq MMU 11 [Data_Quality_Low_Freq_MMU_11]
  Space Processing Flow Monitor Bit 0 [Space_Proc_Flow_Mon_b0]
  Data Quality Indicator for Space Proc Flow Mon b0 [Data_Quality_Space_Proc_Flow_Mon_b0]
  Space Processing Flow Monitor Bit 1 [Space_Proc_Flow_Mon_b1]
  Data Quality Indicator for Space Proc Flow Mon b1 [Data_Quality_Space_Proc_Flow_Mon_b1]
  Space Processing Flow Monitor Bit 2 [Space_Proc_Flow_Mon_b2]
  Data Quality Indicator for Space Proc Flow Mon b2 [Data_Quality_Space_Proc_Flow_Mon_b2]
  Space Processing Flow Monitor Bit 3 [Space_Proc_Flow_Mon_b3]
  Data Quality Indicator for Space Proc Flow Mon b3 [Data_Quality_Space_Proc_Flow_Mon_b3]
  Space Processing Flow Monitor Bit 4 [Space_Proc_Flow_Mon_b4]
  Data Quality Indicator for Space Proc Flow Mon b4 [Data_Quality_Space_Proc_Flow_Mon_b4]
  Space Processing Flow Monitor Bit 5 [Space_Proc_Flow_Mon_b5]
  Data Quality Indicator for Space Proc Flow Mon b5 [Data_Quality_Space_Proc_Flow_Mon_b5]
  Space Processing Flow Monitor Bit 6 [Space_Proc_Flow_Mon_b6]
  Data Quality Indicator for Space Proc Flow Mon b6 [Data_Quality_Space_Proc_Flow_Mon_b6]
  Space Processing Flow Monitor Bit 7 [Space_Proc_Flow_Mon_b7]
  Data Quality Indicator for Space Proc Flow Mon b7 [Data_Quality_Space_Proc_Flow_Mon_b7]
  Space Processing Flow Monitor Bit 8 [Space_Proc_Flow_Mon_b8]
  Data Quality Indicator for Space Proc Flow Mon b8 [Data_Quality_Space_Proc_Flow_Mon_b8]
  Space Processing Flow Monitor Bit 9 [Space_Proc_Flow_Mon_b9]
  Data Quality Indicator for Space Proc Flow Mon b9 [Data_Quality_Space_Proc_Flow_Mon_b9]
  Space Processing Flow Monitor Bit 10 [Space_Proc_Flow_Mon_b10]
  Data Quality Indicator for Space Proc Flow Mon b10 [Data_Quality_Space_Proc_Flow_Mon_b10]
  Space Processing Flow Monitor Bit 11 [Space_Proc_Flow_Mon_b11]
  Data Quality Indicator for Space Proc Flow Mon b11 [Data_Quality_Space_Proc_Flow_Mon_b11]
  Space Processing Flow Monitor Bit 12 [Space_Proc_Flow_Mon_b12]
  Data Quality Indicator for Space Proc Flow Mon b12 [Data_Quality_Space_Proc_Flow_Mon_b12]
  Space Processing Flow Monitor Bit 13 [Space_Proc_Flow_Mon_b13]
  Data Quality Indicator for Space Proc Flow Mon b13 [Data_Quality_Space_Proc_Flow_Mon_b13]
  Space Processing Flow Monitor Bit 14 [Space_Proc_Flow_Mon_b14]
  Data Quality Indicator for Space Proc Flow Mon b14 [Data_Quality_Space_Proc_Flow_Mon_b14]
  Space Processing Flow Monitor Bit 15 [Space_Proc_Flow_Mon_b15]
  Data Quality Indicator for Space Proc Flow Mon b15 [Data_Quality_Space_Proc_Flow_Mon_b15]

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TSS-1R_M1_SPSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  HV Sweep Status [HV_Swp_Stat]
  Data Quality Indicator for HV Swp Stat [Data_Quality_HV_Swp_Stat]
  HV Status [HV_Status]
  Data Quality Indicator for HV Status [Data_Quality_HV_Status]
  Spectra Status [Spectra_Stat]
  Data Quality Indicator for Spectra Stat [Data_Quality_Spectra_Stat]
  Time Tagged Command Status [Time_Tag_Cmd]
  Data Quality Indicator for Time Tag Cmd [Data_Quality_Time_Tag_Cmd]
  RTMD A Sense Status [RTMD_A_Sense]
  Data Quality Indicator for RTMD A Sense [Data_Quality_RTMD_A_Sense]
  RTMD B Sense Status [RTMD_B_Sense]
  Data Quality Indicator for RTMD B Sense [Data_Quality_RTMD_B_Sense]
  FDR1 Status [FDR1_Status]
  Data Quality Indicator for FDR1 Status [Data_Quality_FDR1_Status]
  FDR2 Status [FDR2_Status]
  Data Quality Indicator for FDR2 Status [Data_Quality_FDR2_Status]

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TSS-1R_M1_SPSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FDR1 Filemark Status [FDR1_Filemark]
  Data Quality Indicator for FDR1 Filemark [Data_Quality_FDR1_Filemark]
  FDR1 Logical Beginning or EOT Status [FDR1_Begin_or_EOT]
  Data Quality Indicator for FDR1 Begin or EOT [Data_Quality_FDR1_Begin_or_EOT]
  FDR1 Cartridge Tape Subsystem (CTS) Status [FDR1_CTS]
  Data Quality Indicator for FDR1 CTS [Data_Quality_FDR1_CTS]
  FDR1 Power Failure/Recording Status [FDR1_Pwr_Fail_Rec]
  Data Quality Indicator for FDR1 Pwr Fail/Rec [Data_Quality_FDR1_Pwr_Fail_Rec]
  FDR1 Sence Key Status [FDR1_Sense_Key]
  Data Quality Indicator for FDR1 Sense Key [Data_Quality_FDR1_Sense_Key]
  FDR2 Filemark Status [FDR2_Filemark]
  Data Quality Indicator for FDR2 Filemark [Data_Quality_FDR2_Filemark]
  FDR2 Logical Beginning or EOT Status [FDR2_Begin_or_EOT]
  Data Quality Indicator for FDR2 Begin or EOT [Data_Quality_FDR2_Begin_or_EOT]
  FDR2 Cartridge Tape Subsystem (CTS) Status [FDR2_CTS]
  Data Quality Indicator for FDR2 CTS [Data_Quality_FDR2_CTS]
  FDR2 Power Failure/Recording Status [FDR2_Pwr_Fail_Rec]
  Data Quality Indicator for FDR2 Pwr Fail/Rec [Data_Quality_FDR2_Pwr_Fail_Rec]
  FDR2 Sence Key Status [FDR2_Sense_Key]
  Data Quality Indicator for FDR2 Sense Key [Data_Quality_FDR2_Sense_Key]

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TSS-1R_M1_SPSD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DCORE and SETS Gun Status [DCORE_SETS_Gun_Stat]
  Data Quality Indicator for DCORE/SETS Gun Stat [Data_Quality_DCORE_SETS_Gun_Stat]

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TSS-1R_M1_STAA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Bx [Bx_1_Telemetry_Dimensionless]
  Bx [Bx_2_MF_nT]
  Bx [Bx_3_MF_gauss]
  Data Quality Indicator for Bx [Data_Quality_Bx]
  By [By_1_Telemetry_Dimensionless]
  By [By_2_MF_nT]
  By [By_3_MF_gauss]
  Data Quality Indicator for By [Data_Quality_By]
  Bz [Bz_1_Telemetry_Dimensionless]
  Bz [Bz_2_MF_nT]
  Bz [Bz_3_MF_gauss]
  Data Quality Indicator for Bz [Data_Quality_Bz]

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TSS-1R_M1_STCA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Current Probe, Peak Monitor [Cur_Den_Peak_1_Telemetry_Dimensionless]
  Current Probe, Peak Monitor [Cur_Den_Peak_2_Iden_millimaps_m]
  Data Quality Indicator for Cur Den (Peak) [Data_Quality_Cur_Den_Peak]
  Charge Probe, Peak Monitor [Charge_Den_Peak_1_Telemetry_Dimensionless]
  Charge Probe, Peak Monitor [Charge_Den_Peak_2_Voltage_volts]
  Data Quality Indicator for Charge Den (Peak) [Data_Quality_Charge_Den_Peak]
  Status Indicator Current Gain Flag [MODE0_Current_Probe_Gain]
  Status Indicator Charge Gain Flag [MODE1_Charge__Probe_Gain]

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TSS-1R_M1_STCB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Current Probe, Direct Monitor [Cur_Den_Dir_1_Telemetry_Dimensionless]
  Current Probe, Direct Monitor [Cur_Den_Dir_2_Iden_millimaps_m]
  Data Quality Indicator for Cur Den (Dir) [Data_Quality_Cur_Den_Dir]
  Charge Probe, Direct Monitor [Charge_Den_Dir_1_Telemetry_Dimensionless]
  Charge Probe, Direct Monitor [Charge_Den_Dir_2_Voltage_volts]
  Data Quality Indicator for Charge Den (Dir) [Data_Quality_Charge_Den_Dir]
  Status Indicator Current Gain Flag [MODE0_Current_Probe_Gain]
  Status Indicator Charge Gain Flag [MODE1_Charge__Probe_Gain]

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TSS-1R_M1_STCC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  CCP Status Current Filter In [CCP_Cur_Filter_In]
  Data Quality Indicator for CCP Cur Filter In [Data_Quality_CCP_Cur_Filter_In]
  CCP Status Current Calibrate [CCP_Cur_Calib]
  Data Quality Indicator for CCP Cur Calib [Data_Quality_CCP_Cur_Calib]
  CCP Status Current Enabled [CCP_Cur_Enable]
  Data Quality Indicator for CCP Cur Enable [Data_Quality_CCP_Cur_Enable]
  CCP Status Charge Reset [CCP_Q_Reset]
  Data Quality Indicator for CCP Q Reset [Data_Quality_CCP_Q_Reset]
  CCP Status Charge Enabled [CCP_Q_Enable]
  Data Quality Indicator for CCP Q Enable [Data_Quality_CCP_Q_Enable]
  CCP Relay On [CCP_Relay]
  Data Quality Indicator for CCP Relay [Data_Quality_CCP_Relay]
  CCP Power Status [CCP_Pwr]
  Data Quality Indicator for CCP Pwr [Data_Quality_CCP_Pwr]

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TSS-1R_M1_STCD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  CCP Electronics Temperature [CCP_Elec_T_1_Telemetry_Dimensionless]
  CCP Electronics Temperature [CCP_Elec_T_2_T_degrees_C]
  Data Quality Indicator for CCP Elec T [Data_Quality_CCP_Elec_T]
  CCP Current Plate Temperature [CCP_Current_Plate_T_1_Telemetry_Dimensionless]
  CCP Current Plate Temperature [CCP_Current_Plate_T_2_T_degrees_C]
  Data Quality Indicator for CCP Current Plate T [Data_Quality_CCP_Current_Plate_T]
  Charge Probe Electronics Temperature [Q_Probe_Elec_T_1_Telemetry_Dimensionless]
  Charge Probe Electronics Temperature [Q_Probe_Elec_T_2_T_degrees_C]
  Data Quality Indicator for Q Probe Elec T [Data_Quality_Q_Probe_Elec_T]
  +15 Volt CCP Bus Voltage [CCP_Plus_15V_Bus_V_1_Telemetry_Dimensionless]
  +15 Volt CCP Bus Voltage [CCP_Plus_15V_Bus_V_2_Voltage_volts]
  Data Quality Indicator for CCP Plus 15V Bus V [Data_Quality_CCP_Plus_15V_Bus_V]
  -15 Volt CCP Bus Voltage [CCP_Neg_15V_Bus_V_1_Telemetry_Dimensionless]
  -15 Volt CCP Bus Voltage [CCP_Neg_15V_Bus_V_2_Voltage_volts]
  Data Quality Indicator for CCP Neg 15V Bus V [Data_Quality_CCP_Neg_15V_Bus_V]
  Charge Probe Offset Voltage [Q_Probe_Off_V_1_Telemetry_Dimensionless]
  Charge Probe Offset Voltage [Q_Probe_Off_V_2_Voltage_volts]
  Data Quality Indicator for Q Probe Off V [Data_Quality_Q_Probe_Off_V]
  Current Probe Offset Voltage [Cur_Probe_Off_V_1_Telemetry_Dimensionless]
  Current Probe Offset Voltage [Cur_Probe_Off_V_2_Voltage_volts]
  Data Quality Indicator for Cur Probe Off V [Data_Quality_Cur_Probe_Off_V]
  CCP Current [CCP_Current_1_Telemetry_Dimensionless]
  CCP Current [CCP_Current_2_Current_amps]
  Data Quality Indicator for CCP Current [Data_Quality_CCP_Current]
  Time Since CCP Relays Turned On [Time_CCP_Rlys_On]
  Data Quality Indicator for Time CCP Rlys On [Data_Quality_Time_CCP_Rlys_On]

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TSS-1R_M1_STDA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  DEP Minor Frame Current Count [DEP_MN_Frm_Cur_Cnt]
  Data Quality Indicator for DEP MN Frm Cur Cnt [Data_Quality_DEP_MN_Frm_Cur_Cnt]
  Fault Code 1 [Fault_Code1]
  Data Quality Indicator for Fault Code1 [Data_Quality_Fault_Code1]
  Fault Code 2 [Fault_Code2]
  Data Quality Indicator for Fault Code2 [Data_Quality_Fault_Code2]
  FLT1 Count Running Total [FLT1_Running_Tot]
  Data Quality Indicator for FLT1 Running Tot [Data_Quality_FLT1_Running_Tot]
  FLT2 Count Running Total [FLT2_Running_Tot]
  Data Quality Indicator for FLT2 Running Tot [Data_Quality_FLT2_Running_Tot]
  Operating Mode [Oper_Mode]
  Data Quality Indicator for Oper Mode [Data_Quality_Oper_Mode]
  Operating Cycle [Oper_Cycle]
  Data Quality Indicator for Oper Cycle [Data_Quality_Oper_Cycle]
  Step In Sub Operating Cycle [Oper_Step]
  Data Quality Indicator for Oper Step [Data_Quality_Oper_Step]
  DEP Message Status Word [DEP_Msg_Stat_Wd]
  Data Quality Indicator for DEP Msg Stat Wd [Data_Quality_DEP_Msg_Stat_Wd]
  DEP Current [DEP_I_1_Telemetry_Unitless]
  DEP Current [DEP_I_2_Current_amps]
  Data Quality Indicator for DEP I [Data_Quality_DEP_I]
  DEP Temperature 1 [DEP_T1_1_Telemetry_Unitless]
  DEP Temperature 1 [DEP_T1_2_T_degrees_C]
  Data Quality Indicator for DEP T1 [Data_Quality_DEP_T1]
  DEP Temperature 2 [DEP_T2_1_Telemetry_Unitless]
  DEP Temperature 2 [DEP_T2_2_T_degrees_C]
  Data Quality Indicator for DEP T2 [Data_Quality_DEP_T2]

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TSS-1R_M1_STDB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  OCI Time To Go [OCI_Time_To_Go]
  Data Quality Indicator for OCI Time To Go [Data_Quality_OCI_Time_To_Go]
  OMI Time To Go [OMI_Time_To_Go]
  Data Quality Indicator for OMI Time To Go [Data_Quality_OMI_Time_To_Go]
  Step Time To Go [Step_Time_To_Go]
  Data Quality Indicator for Step Time To Go [Data_Quality_Step_Time_To_Go]
  CPU Time at Minor Frame 0 Request [CPU_Tm_at_Mn_Frm_0_Req]
  Data Quality Indicator for CPU Tm at Mn Frm 0 Req [Data_Quality_CPU_Tm_at_Mn_Frm_0_Req]
  Telemetry Page Checksum [TM_Pg_Chksum]
  Data Quality Indicator for TM Pg Chksum [Data_Quality_TM_Pg_Chksum]

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TSS-1R_M1_STDC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  CPU Time Since Turn On [CPU_On_Time]
  Data Quality Indicator for CPU On Time [Data_Quality_CPU_On_Time]
  Multibus Time, Bytes 1-3 [Multibus_Tm_Bytes_1_3_1_Telemetry_Unitless]
  Multibus Time, Bytes 1-3 [Multibus_Tm_Bytes_1_3_2_Time_seconds]
  Data Quality Indicator for Multibus Tm Bytes 1-3 [Data_Quality_Multibus_Tm_Bytes_1_3]
  Multibus Time, Bytes 4-6 [Multibus_Tm_Bytes_4_6_1_Telemetry_Unitless]
  Multibus Time, Bytes 4-6 [Multibus_Tm_Bytes_4_6_2_Time_seconds]
  Data Quality Indicator for Multibus Tm Bytes 4-6 [Data_Quality_Multibus_Tm_Bytes_4_6]
  Minor Frame Count 0 Time [Mn_Frm_Cnt_0_Time]
  Data Quality Indicator for Mn Frm Cnt 0 Time [Data_Quality_Mn_Frm_Cnt_0_Time]
  GMT [GMT]
  Data Quality Indicator for GMT [Data_Quality_GMT]

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TSS-1R_M1_STFA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FPEG Current [FPEG_Current_1_Telemetry_Dimensionless]
  FPEG Current [FPEG_Current_2_Current_amps]
  Data Quality Indicator for FPEG Current [Data_Quality_FPEG_Current]
  Gun 1 Focus Current [Gun1_Focus_Cur_1_Telemetry_Dimensionless]
  Gun 1 Focus Current [Gun1_Focus_Cur_2_Current_amps]
  Data Quality Indicator for Gun1 Focus Cur [Data_Quality_Gun1_Focus_Cur]
  Gun 1 Anode Current [Gun1_Anode_Cur_1_Telemetry_Dimensionless]
  Gun 1 Anode Current [Gun1_Anode_Cur_2_Current_amps]
  Data Quality Indicator for Gun1 Anode Cur [Data_Quality_Gun1_Anode_Cur]
  Gun 1 HV Power Converter Current [Gun1_HV_Conv_Cur_1_Telemetry_Dimensionless]
  Gun 1 HV Power Converter Current [Gun1_HV_Conv_Cur_2_Current_amps]
  Data Quality Indicator for Gun1 HV Conv Cur [Data_Quality_Gun1_HV_Conv_Cur]
  Gun 2 Focus Current [Gun2_Focus_Cur_1_Telemetry_Dimensionless]
  Gun 2 Focus Current [Gun2_Focus_Cur_2_Current_amps]
  Data Quality Indicator for Gun2 Focus Cur [Data_Quality_Gun2_Focus_Cur]
  Gun 2 Anode Current [Gun2_Anode_Cur_1_Telemetry_Dimensionless]
  Gun 2 Anode Current [Gun2_Anode_Cur_2_Current_amps]
  Data Quality Indicator for Gun2 Anode Cur [Data_Quality_Gun2_Anode_Cur]
  Gun 2 HV Power Converter Current [Gun2_HV_Conv_Cur_1_Telemetry_Dimensionless]
  Gun 2 HV Power Converter Current [Gun2_HV_Conv_Cur_2_Current_amps]
  Data Quality Indicator for Gun2 HV Conv Cur [Data_Quality_Gun2_HV_Conv_Cur]
  Gun 1 Charge Output [Gun1_Charge_Out_1_Telemetry_Dimensionless]
  Gun 1 Charge Output [Gun1_Charge_Out_2_Charge_coulombs]
  Data Quality Indicator for Gun1 Charge Out [Data_Quality_Gun1_Charge_Out]
  Gun 2 Charge Output [Gun2_Charge_Out_1_Telemetry_Dimensionless]
  Gun 2 Charge Output [Gun2_Charge_Out_2_Charge_coulombs]
  Data Quality Indicator for Gun2 Charge Out [Data_Quality_Gun2_Charge_Out]
  Gun 1 +20 Pre-reg Voltage [Gun1_Pre_reg_Plus_20V_1_Telemetry_Dimensionless]
  Gun 1 +20 Pre-reg Voltage [Gun1_Pre_reg_Plus_20V_2_Voltage_volts]
  Data Quality Indicator for Gun1 Pre-reg Plus 20V [Data_Quality_Gun1_Pre_reg_Plus_20V]
  Gun 1 HV Supply Voltage [Gun1_HVPS_1_Telemetry_Dimensionless]
  Gun 1 HV Supply Voltage [Gun1_HVPS_2_Voltage_volts]
  Data Quality Indicator for Gun1 HVPS [Data_Quality_Gun1_HVPS]
  Gun 2 +20 Pre-reg Voltage [Gun2_Pre_reg_Plus_20V_1_Telemetry_Dimensionless]
  Gun 2 +20 Pre-reg Voltage [Gun2_Pre_reg_Plus_20V_2_Voltage_volts]
  Data Quality Indicator for Gun2 Pre-reg Plus 20V [Data_Quality_Gun2_Pre_reg_Plus_20V]
  Gun 2 HV Supply Voltage [Gun2_HVPS_1_Telemetry_Dimensionless]
  Gun 2 HV Supply Voltage [Gun2_HVPS_2_Voltage_volts]
  Data Quality Indicator for Gun2 HVPS [Data_Quality_Gun2_HVPS]
  Gun 1 Filament Converter Temperature [Gun1_Fila_Conv_T_1_Telemetry_Dimensionless]
  Gun 1 Filament Converter Temperature [Gun1_Fila_Conv_T_2_T_degrees_C]
  Data Quality Indicator for Gun1 Fila Conv T [Data_Quality_Gun1_Fila_Conv_T]
  Gun 2 Filament Converter Temperature [Gun2_Fila_Conv_T_1_Telemetry_Dimensionless]
  Gun 2 Filament Converter Temperature [Gun2_Fila_Conv_T_2_T_degrees_C]
  Data Quality Indicator for Gun2 Fila Conv T [Data_Quality_Gun2_Fila_Conv_T]
  Gun Electronics Temperature [Gun_Elec_T_1_Telemetry_Dimensionless]
  Gun Electronics Temperature [Gun_Elec_T_2_T_degrees_C]
  Data Quality Indicator for Gun Elec T [Data_Quality_Gun_Elec_T]
  FPEG +15V Bus Voltage [FPEG_Plus_15V_Bus_1_Telemetry_Dimensionless]
  FPEG +15V Bus Voltage [FPEG_Plus_15V_Bus_2_Voltage_volts]
  Data Quality Indicator for FPEG Plus 15V Bus [Data_Quality_FPEG_Plus_15V_Bus]
  FPEG +5V Bus Voltage [FPEG_Plus_5V_Bus_1_Telemetry_Dimensionless]
  FPEG +5V Bus Voltage [FPEG_Plus_5V_Bus_2_Voltage_volts]
  Data Quality Indicator for FPEG Plus 5V Bus [Data_Quality_FPEG_Plus_5V_Bus]
  FPEG -15V Bus Voltage [FPEG_Neg_15V_Bus_1_Telemetry_Dimensionless]
  FPEG -15V Bus Voltage [FPEG_Neg_15V_Bus_2_Voltage_volts]
  Data Quality Indicator for FPEG Neg 15V Bus [Data_Quality_FPEG_Neg_15V_Bus]
  FPEG Number Of Pulses [FPEG_Num_Pulses_1_Telemetry_Dimensionless]
  FPEG Number Of Pulses [FPEG_Num_Pulses_2_Pulses_integer]
  Data Quality Indicator for FPEG Num Pulses [Data_Quality_FPEG_Num_Pulses]
  FPEG Pulse Off Time [FPEG_Pulse_Off_Tm_1_Telemetry_Dimensionless]
  FPEG Pulse Off Time [FPEG_Pulse_Off_Tm_2_Time_sec]
  Data Quality Indicator for FPEG Pulse Off Tm [Data_Quality_FPEG_Pulse_Off_Tm]
  FPEG Pulse On Time [FPEG_Pulse_On_Tm_1_Telemetry_Dimensionless]
  FPEG Pulse On Time [FPEG_Pulse_On_Tm_2_Time_sec]
  Data Quality Indicator for FPEG Pulse On Tm [Data_Quality_FPEG_Pulse_On_Tm]
  Time Since FPEG Filament Turned On [Time_FPEG_Fila_On]
  Data Quality Indicator for Time FPEG Fila On [Data_Quality_Time_FPEG_Fila_On]
  FPEG Command Counter [FPEG_Cmd_Cntr]
  Data Quality Indicator for FPEG Cmd Cntr [Data_Quality_FPEG_Cmd_Cntr]

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TSS-1R_M1_STFB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  FPEG Power Status [FPEG_Pwr]
  Data Quality Indicator for FPEG Pwr [Data_Quality_FPEG_Pwr]
  Ega Sync 1 [EGA_Sync1]
  Data Quality Indicator for EGA Sync1 [Data_Quality_EGA_Sync1]
  Ega Sync 2 [EGA_Sync2]
  Data Quality Indicator for EGA Sync2 [Data_Quality_EGA_Sync2]
  FPEG Enable Command [FPEG_Enable_Cmd]
  Data Quality Indicator for FPEG Enable Cmd [Data_Quality_FPEG_Enable_Cmd]
  FPEG Enable Pulses Command [FPEG_Enable_Pulses_Cmd]
  Data Quality Indicator for FPEG Enable Pulses Cmd [Data_Quality_FPEG_Enable_Pulses_Cmd]
  FPEG Enable Off Time Command [FPEG_Enable_Off_Tm_Cmd]
  Data Quality Indicator for FPEG Enable Off Tm Cmd [Data_Quality_FPEG_Enable_Off_Tm_Cmd]
  FPEG Enable On Time Command [FPEG_Enable_On_Tm_Cmd]
  Data Quality Indicator for FPEG Enable On Tm Cmd [Data_Quality_FPEG_Enable_On_Tm_Cmd]
  FPEG Filament Command [FPEG_Fila_Cmd]
  Data Quality Indicator for FPEG Fila Cmd [Data_Quality_FPEG_Fila_Cmd]
  FPEG Filament Enable Variable [FPEG_Fila_Enable_Cmd]
  Data Quality Indicator for FPEG Fila Enable Cmd [Data_Quality_FPEG_Fila_Enable_Cmd]
  FPEG Filament On Timer Set [FPEG_Fila_On_Tmr_Set]
  Data Quality Indicator for FPEG Fila On Tmr Set [Data_Quality_FPEG_Fila_On_Tmr_Set]
  FPEG Filament On Discrete [FPEG_Fila_On_Disc]
  Data Quality Indicator for FPEG Fila On Disc [Data_Quality_FPEG_Fila_On_Disc]
  FPEG High Voltage Command [FPEG_HV_Cmd]
  Data Quality Indicator for FPEG HV Cmd [Data_Quality_FPEG_HV_Cmd]
  FPEG High Voltage Enable Variable [FPEG_HV_Enable_Var]
  Data Quality Indicator for FPEG HV Enable Var [Data_Quality_FPEG_HV_Enable_Var]
  FPEG Status HV Arm [FPEG_HV_Arm]
  Data Quality Indicator for FPEG HV Arm [Data_Quality_FPEG_HV_Arm]
  FPEG Status HV On [FPEG_HV_On]
  Data Quality Indicator for FPEG HV On [Data_Quality_FPEG_HV_On]
  FPEG Run Bar Command [FPEG_Run_Bar_Cmd]
  Data Quality Indicator for FPEG Run Bar Cmd [Data_Quality_FPEG_Run_Bar_Cmd]
  FPEG Status Gun 1 Select [FPEG_Gun1_Select]
  Data Quality Indicator for FPEG Gun1 Select [Data_Quality_FPEG_Gun1_Select]
  FPEG Status Gun 2 Select [FPEG_Gun2_Select]
  Data Quality Indicator for FPEG Gun2 Select [Data_Quality_FPEG_Gun2_Select]
  FPEG Status Run [FPEG_Run]
  Data Quality Indicator for FPEG Run [Data_Quality_FPEG_Run]
  FPEG Status Stop [FPEG_Stop]
  Data Quality Indicator for FPEG Stop [Data_Quality_FPEG_Stop]
  FPEG Stretched Gun Pulse [FPEG_Stret_Gun_Pulse]
  Data Quality Indicator for FPEG Stret Gun Pulse [Data_Quality_FPEG_Stret_Gun_Pulse]
  FPEG Go Command [FPEG_Go_Cmd]
  Data Quality Indicator for FPEG Go Cmd [Data_Quality_FPEG_Go_Cmd]
  FPEG Send Command [FPEG_Send_Cmd]
  Data Quality Indicator for FPEG Send Cmd [Data_Quality_FPEG_Send_Cmd]
  FPEG Ready Command [FPEG_Ready_Cmd]
  Data Quality Indicator for FPEG Ready Cmd [Data_Quality_FPEG_Ready_Cmd]
  FPEG Current Limit [FPEG_Cur_Limit]
  Data Quality Indicator for FPEG Cur Limit [Data_Quality_FPEG_Cur_Limit]
  FPEG Sequencer Enable [FPEG_Squel_Enable]
  Data Quality Indicator for FPEG Squel Enable [Data_Quality_FPEG_Squel_Enable]
  Gun Switched Pulse Monitor [Gun_Sw_Pulse_Mon]
  Data Quality Indicator for Gun Sw Pulse Mon [Data_Quality_Gun_Sw_Pulse_Mon]

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TSS-1R_M1_STMA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Heater Power Status [Heater_Pwr]
  Data Quality Indicator for Heater Pwr [Dqual_Heater_Pwr]
  SRPA Power Status [SRPA_Pwr]
  Data Quality Indicator for SRPA Pwr [Dqual_SRPA_Pwr]
  SPIB Power Status [SPIB_Pwr]
  Data Quality Indicator for SPIB Pwr [Dqual_SPIB_Pwr]
  AMAG Power Status [AMAG_Pwr]
  Data Quality Indicator for AMAG Pwr [Dqual_AMAG_Pwr]

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TSS-1R_M1_STMB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  AMAG Current [AMAG_Current_1_Telemetry_Dimensionless]
  AMAG Current [AMAG_Current_2_Current_amps]
  Data Quality Indicator for AMAG Current [Data_Quality_AMAG_Current]
  SPIB Current [SPIB_Current_1_Telemetry_Dimensionless]
  SPIB Current [SPIB_Current_2_Current_amps]
  Data Quality Indicator for SPIB Current [Data_Quality_SPIB_Current]
  SPIB Voltage [SPIB_Voltage_1_Telemetry_Dimensionless]
  SPIB Voltage [SPIB_Voltage_2_Voltage_volts]
  Data Quality Indicator for SPIB Voltage [Data_Quality_SPIB_Voltage]
  SPIB Temperature 1 [SPIB_T1_1_Telemetry_Dimensionless]
  SPIB Temperature 1 [SPIB_T1_2_T_degrees_C]
  Data Quality Indicator for SPIB T1 [Data_Quality_SPIB_T1]
  SPIB Temperature 2 [SPIB_T2_1_Telemetry_Dimensionless]
  SPIB Temperature 2 [SPIB_T2_2_T_degrees_C]
  Data Quality Indicator for SPIB T2 [Data_Quality_SPIB_T2]
  SPIB Temperature 2 [SPIB_T3_1_Telemetry_Dimensionless]
  SPIB Temperature 2 [SPIB_T3_2_T_degrees_C]
  Data Quality Indicator for SPIB T3 [Data_Quality_SPIB_T3]

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TSS-1R_M1_STSA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Langmuir Probe Current, Sweeping [LangP_Swping_1_Telemetry_Dimensionless]
  Langmuir Probe Current, Sweeping [LangP_Swping_2_Power_Db]
  Data Quality Indicator for LangP Swping [Data_Quality_LangP_Swping]
  LP Sweep Voltage for LangP Swping [Raw_Sweep_Voltage_Telemetry_LangP_Swping_CAL]
  Fitted Sweep Voltage Slope MSB for LangP Swping [Fitted_Sweep_Voltage_Slope_MSB_LangP_Swping_CAL]
  Fitted Sweep Voltage Slope LSB for LangP Swping [Fitted_Sweep_Voltage_Slope_LSB_LangP_Swping_CAL]
  Fitted Sweep Voltage Offset MSB for LangP Swping [Fitted_Sweep_Voltage_Offset_MSB_LangP_Swping_CAL]
  Fitted Sweep Voltage Offset LSB for LangP Swping [Fitted_Sweep_Voltage_Offset_LSB_LangP_Swping_CAL]
  Langmuir Probe Current, Flyback [LangP_Flybk_1_Telemetry_Dimensionless]
  Langmuir Probe Current, Flyback [LangP_Flybk_2_Power_Db]
  Data Quality Indicator for LangP Flybk [Data_Quality_LangP_Flybk]
  LP Sweep Voltage for LangP Flybk [Raw_Sweep_Voltage_Telemetry_LangP_Flybk_CAL]
  Fitted Sweep Voltage Slope MSB for LangP Flybk [Fitted_Sweep_Voltage_Slope_MSB_LangP_Flybk_CAL]
  Fitted Sweep Voltage Slope LSB for LangP Flybk [Fitted_Sweep_Voltage_Slope_LSB_LangP_Flybk_CAL]
  Fitted Sweep Voltage Offset MSB for LangP Flybk [Fitted_Sweep_Voltage_Offset_MSB_LangP_Flybk_CAL]
  Fitted Sweep Voltage Offset LSB for LangP Flybk [Fitted_Sweep_Voltage_Offset_LSB_LangP_Flybk_CAL]
  Langmuir Probe Current, Search Mode [LangP_Srch_Mode_1_Telemetry_Dimensionless]
  Langmuir Probe Current, Search Mode [LangP_Srch_Mode_2_Power_Db]
  Data Quality Indicator for LangP Srch Mode [Data_Quality_LangP_Srch_Mode]
  LP Sweep Voltage for LangP Srch Mode [Raw_Sweep_Voltage_Telemetry_LangP_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope MSB for LangP Srch Mode [Fitted_Sweep_Voltage_Slope_MSB_LangP_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope LSB for LangP Srch Mode [Fitted_Sweep_Voltage_Slope_LSB_LangP_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset MSB for LangP Srch Mode [Fitted_Sweep_Voltage_Offset_MSB_LangP_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset LSB for LangP Srch Mode [Fitted_Sweep_Voltage_Offset_LSB_LangP_Srch_Mode_CAL]
  Langmuir Probe Current, Short Sweep [LangP_Short_Swp_1_Telemetry_Dimensionless]
  Langmuir Probe Current, Short Sweep [LangP_Short_Swp_2_Power_Db]
  Data Quality Indicator for LangP Short Swp [Data_Quality_LangP_Short_Swp]
  LP Sweep Voltage for LangP Short Swp [Raw_Sweep_Voltage_Telemetry_LangP_Short_Swp_CAL]
  Fitted Sweep Voltage Slope MSB for LangP Short Swp [Fitted_Sweep_Voltage_Slope_MSB_LangP_Short_Swp_CAL]
  Fitted Sweep Voltage Slope LSB for LangP Short Swp [Fitted_Sweep_Voltage_Slope_LSB_LangP_Short_Swp_CAL]
  Fitted Sweep Voltage Offset MSB for LangP Short Swp [Fitted_Sweep_Voltage_Offset_MSB_LangP_Short_Swp_CAL]
  Fitted Sweep Voltage Offset LSB for LangP Short Swp [Fitted_Sweep_Voltage_Offset_LSB_LangP_Short_Swp_CAL]

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TSS-1R_M1_STSB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  High Sensitivity Channel, Sweeping [Hi_Sens_SRPA_Swping_1_Telemetry_Dimensionless]
  High Sensitivity Channel, Sweeping [Hi_Sens_SRPA_Swping_2_Power_Db]
  Data Quality Indicator for Hi Sens SRPA Swping [Data_Quality_Hi_Sens_SRPA_Swping]
  LP Sweep Voltage for Hi Sens SRPA Swping [Raw_Sweep_Voltage_Telemetry_Hi_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Slope MSB for Hi Sens SRPA Swping [Fitted_Sweep_Voltage_Slope_MSB_Hi_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Slope LSB for Hi Sens SRPA Swping [Fitted_Sweep_Voltage_Slope_LSB_Hi_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Offset MSB for Hi Sens SRPA Swping [Fitted_Sweep_Voltage_Offset_MSB_Hi_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Offset LSB for Hi Sens SRPA Swping [Fitted_Sweep_Voltage_Offset_LSB_Hi_Sens_SRPA_Swping_CAL]
  High Sensitivity Channel, Flyback [Hi_Sens_SRPA_Flybk_1_Telemetry_Dimensionless]
  High Sensitivity Channel, Flyback [Hi_Sens_SRPA_Flybk_2_Power_Db]
  Data Quality Indicator for Hi Sens SRPA Flybk [Data_Quality_Hi_Sens_SRPA_Flybk]
  LP Sweep Voltage for Hi Sens SRPA Flybk [Raw_Sweep_Voltage_Telemetry_Hi_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Slope MSB for Hi Sens SRPA Flybk [Fitted_Sweep_Voltage_Slope_MSB_Hi_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Slope LSB for Hi Sens SRPA Flybk [Fitted_Sweep_Voltage_Slope_LSB_Hi_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Offset MSB for Hi Sens SRPA Flybk [Fitted_Sweep_Voltage_Offset_MSB_Hi_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Offset LSB for Hi Sens SRPA Flybk [Fitted_Sweep_Voltage_Offset_LSB_Hi_Sens_SRPA_Flybk_CAL]
  High Sensitivity Channel, Search Mode [Hi_Sens_SRPA_Srch_Mode_1_Telemetry_Dimensionless]
  High Sensitivity Channel, Search Mode [Hi_Sens_SRPA_Srch_Mode_2_Power_Db]
  Data Quality Indicator for Hi Sens SRPA Srch Mode [Data_Quality_Hi_Sens_SRPA_Srch_Mode]
  LP Sweep Voltage for Hi Sens SRPA Srch Mode [Raw_Sweep_Voltage_Telemetry_Hi_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope MSB for Hi Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Slope_MSB_Hi_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope LSB for Hi Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Slope_LSB_Hi_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset MSB for Hi Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Offset_MSB_Hi_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset LSB for Hi Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Offset_LSB_Hi_Sens_SRPA_Srch_Mode_CAL]
  High Sensitivity Channel, Short Sweep [Hi_Sens_SRPA_Short_Swp_1_Telemetry_Dimensionless]
  High Sensitivity Channel, Short Sweep [Hi_Sens_SRPA_Short_Swp_2_Power_Db]
  Data Quality Indicator for Hi Sens SRPA Short Swp [Data_Quality_Hi_Sens_SRPA_Short_Swp]
  LP Sweep Voltage for Hi Sens SRPA Short Swp [Raw_Sweep_Voltage_Telemetry_Hi_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Slope MSB for Hi Sens SRPA Short Swp [Fitted_Sweep_Voltage_Slope_MSB_Hi_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Slope LSB for Hi Sens SRPA Short Swp [Fitted_Sweep_Voltage_Slope_LSB_Hi_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Offset MSB for Hi Sens SRPA Short Swp [Fitted_Sweep_Voltage_Offset_MSB_Hi_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Offset LSB for Hi Sens SRPA Short Swp [Fitted_Sweep_Voltage_Offset_LSB_Hi_Sens_SRPA_Short_Swp_CAL]
  Low Sensitivity Channel, Sweeping [Low_Sens_SRPA_Swping_1_Telemetry_Dimensionless]
  Low Sensitivity Channel, Sweeping [Low_Sens_SRPA_Swping_2_Power_Db]
  Data Quality Indicator for Low Sens SRPA Swping [Data_Quality_Low_Sens_SRPA_Swping]
  LP Sweep Voltage for Low Sens SRPA Swping [Raw_Sweep_Voltage_Telemetry_Low_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Slope MSB for Low Sens SRPA Swping [Fitted_Sweep_Voltage_Slope_MSB_Low_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Slope LSB for Low Sens SRPA Swping [Fitted_Sweep_Voltage_Slope_LSB_Low_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Offset MSB for Low Sens SRPA Swping [Fitted_Sweep_Voltage_Offset_MSB_Low_Sens_SRPA_Swping_CAL]
  Fitted Sweep Voltage Offset LSB for Low Sens SRPA Swping [Fitted_Sweep_Voltage_Offset_LSB_Low_Sens_SRPA_Swping_CAL]
  Low Sensitivity Channel, Flyback [Low_Sens_SRPA_Flybk_1_Telemetry_Dimensionless]
  Low Sensitivity Channel, Flyback [Low_Sens_SRPA_Flybk_2_Power_Db]
  Data Quality Indicator for Low Sens SRPA Flybk [Data_Quality_Low_Sens_SRPA_Flybk]
  LP Sweep Voltage for Low Sens SRPA Flybk [Raw_Sweep_Voltage_Telemetry_Low_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Slope MSB for Low Sens SRPA Flybk [Fitted_Sweep_Voltage_Slope_MSB_Low_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Slope LSB for Low Sens SRPA Flybk [Fitted_Sweep_Voltage_Slope_LSB_Low_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Offset MSB for Low Sens SRPA Flybk [Fitted_Sweep_Voltage_Offset_MSB_Low_Sens_SRPA_Flybk_CAL]
  Fitted Sweep Voltage Offset LSB for Low Sens SRPA Flybk [Fitted_Sweep_Voltage_Offset_LSB_Low_Sens_SRPA_Flybk_CAL]
  Low Sensitivity Channel, Search Mode [Low_Sens_SRPA_Srch_Mode_1_Telemetry_Dimensionless]
  Low Sensitivity Channel, Search Mode [Low_Sens_SRPA_Srch_Mode_2_Power_Db]
  Data Quality Indicator for Low Sens SRPA Srch Mode [Data_Quality_Low_Sens_SRPA_Srch_Mode]
  LP Sweep Voltage for Low Sens SRPA Srch Mode [Raw_Sweep_Voltage_Telemetry_Low_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope MSB for Low Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Slope_MSB_Low_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Slope LSB for Low Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Slope_LSB_Low_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset MSB for Low Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Offset_MSB_Low_Sens_SRPA_Srch_Mode_CAL]
  Fitted Sweep Voltage Offset LSB for Low Sens SRPA Srch Mode [Fitted_Sweep_Voltage_Offset_LSB_Low_Sens_SRPA_Srch_Mode_CAL]
  Low Sensitivity Channel, Short Sweep [Low_Sens_SRPA_Short_Swp_1_Telemetry_Dimensionless]
  Low Sensitivity Channel, Short Sweep [Low_Sens_SRPA_Short_Swp_2_Power_Db]
  Data Quality Indicator for Low Sens SRPA Short Swp [Data_Quality_Low_Sens_SRPA_Short_Swp]
  LP Sweep Voltage for Low Sens SRPA Short Swp [Raw_Sweep_Voltage_Telemetry_Low_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Slope MSB for Low Sens SRPA Short Swp [Fitted_Sweep_Voltage_Slope_MSB_Low_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Slope LSB for Low Sens SRPA Short Swp [Fitted_Sweep_Voltage_Slope_LSB_Low_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Offset MSB for Low Sens SRPA Short Swp [Fitted_Sweep_Voltage_Offset_MSB_Low_Sens_SRPA_Short_Swp_CAL]
  Fitted Sweep Voltage Offset LSB for Low Sens SRPA Short Swp [Fitted_Sweep_Voltage_Offset_LSB_Low_Sens_SRPA_Short_Swp_CAL]
  Status Indicator AC Level [MODE0_AC_Level]
  Status Indicator Sweep Mode Discrete [MODE1_Sweep_Mode_Discrete]
  Status Indicator LP 3.2 KHz Amplifer [MODE2_LP_3_2_KHz_Amp_]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_STSC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Heater Current [Htr_Cur_1_Telemetry_Dimensionless]
  Heater Current [Htr_Cur_2_Current_amps]
  Data Quality Indicator for Htr Cur [Data_Quality_Htr_Cur]
  SRPA Current [SRPA_Cur_1_Telemetry_Dimensionless]
  SRPA Current [SRPA_Cur_2_Current_amps]
  Data Quality Indicator for SRPA Cur [Data_Quality_SRPA_Cur]
  +6 V SRPA Bus Voltage [Plus_6V_SRPA_Bus_V_1_Telemetry_Dimensionless]
  +6 V SRPA Bus Voltage [Plus_6V_SRPA_Bus_V_2_Voltage_volts]
  Data Quality Indicator for Plus 6V SRPA Bus V [Data_Quality_Plus_6V_SRPA_Bus_V]
  -6 V SRPA Bus Voltage [Neg_6V_SRPA_Bus_V_1_Telemetry_Dimensionless]
  -6 V SRPA Bus Voltage [Neg_6V_SRPA_Bus_V_2_Voltage_volts]
  Data Quality Indicator for Neg 6V SRPA Bus V [Data_Quality_Neg_6V_SRPA_Bus_V]
  10.5 kHz Amplitude [I0_5_kHz_Ampl_1_Telemetry_Dimensionless]
  10.5 kHz Amplitude [I0_5_kHz_Ampl_2_Power_dB]
  Data Quality Indicator for 10.5 kHz Ampl [Data_Quality_10_5_kHz_Ampl]
  8.5 kHz Amplitude [I_5_kHz_Ampl_1_Telemetry_Dimensionless]
  8.5 kHz Amplitude [I_5_kHz_Ampl_2_Power_dB]
  Data Quality Indicator for 8.5 kHz Ampl [Data_Quality_8_5_kHz_Ampl]
  Langmuir Probe 3.2 kHz Amplitude [LP_3_2_kHz_Ampl_1_Telemetry_Dimensionless]
  Langmuir Probe 3.2 kHz Amplitude [LP_3_2_kHz_Ampl_2_Power_dB]
  Data Quality Indicator for LP 3.2 kHz Ampl [Data_Quality_LP_3_2_kHz_Ampl]
  Analyser Electronics Temperature [Analyzer_Elec_T_1_Telemetry_Dimensionless]
  Analyser Electronics Temperature [Analyzer_Elec_T_2_Tmp_degrees_C]
  Data Quality Indicator for Analyzer Elec T [Data_Quality_Analyzer_Elec_T]
  Preamplifier Temperature [Preamp_T_1_Telemetry_Dimensionless]
  Preamplifier Temperature [Preamp_T_2_Tmp_degrees_C]
  Data Quality Indicator for Preamp T [Data_Quality_Preamp_T]

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Data Access Code Examples written in and IDL®.
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TSS-1R_M1_STTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  TCVM Tether Current [Tether_I_1_Telemetry_Dimensionless]
  TCVM Tether Current [Tether_I_2_Current_amps]
  TCVM Tether Current [Tether_I_3_Current_milliamps]
  Data Quality Indicator for Tether I [Data_Quality_Tether_I]

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TSS-1R_M1_STTB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Tether Voltages [Tether_V_1_Telemetry_Dimensionless]
  Tether Voltages [Tether_V_2_Voltage_volts]
  Data Quality Indicator for Tether V [Data_Quality_Tether_V]
  Status Indicator Gain Flag [MODE0_Gain_Flag]
  Status Indicator Shift Flag [MODE1_Shift_Flag]
  Status Indicator Output Mode [MODE2_Output_Mode]

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TSS-1R_M1_STTC

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  TCVM Current [TCVM_Current_1_Telemetry_Dimensionless]
  TCVM Current [TCVM_Current_2_Current_amps]
  Data Quality Indicator for TCVM Current [Data_Quality_TCVM_Current]
  TCVM +15 V [TCVM_Plus_15V_1_Telemetry_Dimensionless]
  TCVM +15 V [TCVM_Plus_15V_2_Voltage_volts]
  Data Quality Indicator for TCVM Plus 15V [Data_Quality_TCVM_Plus_15V]
  TCVM +5 V [TCVM_Plus_5V_1_Telemetry_Dimensionless]
  TCVM +5 V [TCVM_Plus_5V_2_Voltage_volts]
  Data Quality Indicator for TCVM Plus 5V [Data_Quality_TCVM_Plus_5V]
  TCVM -15 V [TCVM_Neg_15V_1_Telemetry_Dimensionless]
  TCVM -15 V [TCVM_Neg_15V_2_Voltage_volts]
  Data Quality Indicator for TCVM Neg 15V [Data_Quality_TCVM_Neg_15V]
  TCVM +28 V Secondary [TCVM_Plus_28V_1_Telemetry_Dimensionless]
  TCVM +28 V Secondary [TCVM_Plus_28V_2_Voltage_volts]
  Data Quality Indicator for TCVM Plus 28V [Data_Quality_TCVM_Plus_28V]
  TCVM Base Plate Temperature [TCVM_Base_Plate_T_1_Telemetry_Dimensionless]
  TCVM Base Plate Temperature [TCVM_Base_Plate_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Base Plate T [Data_Quality_TCVM_Base_Plate_T]
  TCVM Power Supply Temperature [TCVM_Pwr_Sply_T_1_Telemetry_Dimensionless]
  TCVM Power Supply Temperature [TCVM_Pwr_Sply_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Pwr Sply T [Data_Quality_TCVM_Pwr_Sply_T]
  TCVM Load Resistor A Temperature [TCVM_Load_RisA_T_1_Telemetry_Dimensionless]
  TCVM Load Resistor A Temperature [TCVM_Load_RisA_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Load RisA T [Data_Quality_TCVM_Load_RisA_T]
  TCVM Load Resistor B Temperature [TCVM_Load_RisB_T_1_Telemetry_Dimensionless]
  TCVM Load Resistor B Temperature [TCVM_Load_RisB_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Load RisB T [Data_Quality_TCVM_Load_RisB_T]
  TCVM Load Resistor C Temperature [TCVM_Load_RisC_T_1_Telemetry_Dimensionless]
  TCVM Load Resistor C Temperature [TCVM_Load_RisC_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Load RisC T [Data_Quality_TCVM_Load_RisC_T]
  TCVM PROT Capacitor Temperature [TCVM_PROT_Cap_T_1_Telemetry_Dimensionless]
  TCVM PROT Capacitor Temperature [TCVM_PROT_Cap_T_2_T_degrees_C]
  Data Quality Indicator for TCVM PROT Cap T [Data_Quality_TCVM_PROT_Cap_T]
  TCVM Electronics Temperature [TCVM_Elec_T_1_Telemetry_Dimensionless]
  TCVM Electronics Temperature [TCVM_Elec_T_2_T_degrees_C]
  Data Quality Indicator for TCVM Elec T [Data_Quality_TCVM_Elec_T]
  TCVM Pressure A [TCVM_Pres_A_1_Telemetry_Dimensionless]
  TCVM Pressure A [TCVM_Pres_A_2_Pressure_psi]
  Data Quality Indicator for TCVM Pres A [Data_Quality_TCVM_Pres_A]
  TCVM Pressure B [TCVM_Pres_B_1_Telemetry_Dimensionless]
  TCVM Pressure B [TCVM_Pres_B_2_Pressure_psi]
  Data Quality Indicator for TCVM Pres B [Data_Quality_TCVM_Pres_B]
  TVCM Last Command Sent [TCVM_Lst_Cmd_Sent]
  Data Quality Indicator for TCVM Lst Cmd Sent [Data_Quality_TCVM_Lst_Cmd_Sent]
  TCVM TVM AC Gain Relays [TCVM_TVM_AC_Gain_Rlys]
  Data Quality Indicator for TCVM TVM AC Gain Rlys [Data_Quality_TCVM_TVM_AC_Gain_Rlys]

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TSS-1R_M1_STTD

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  TCVM Power Status [TCVM_Pwr]
  Data Quality Indicator for TCVM Pwr [Dqual_TCVM_Pwr]
  TCVM TVM LP Filter Bit 1 Relay [TCVM_TVM_LP_FR_B1]
  Data Quality Indicator for TCVM TVM/LP/FR B1 [Dqual_TCVM_TVM_LP_FR_B1]
  TCVM TVM LP Filter Bit 2 Relay [TCVM_TVM_LP_FR_B2]
  Data Quality Indicator for TCVM TVM/LP/FR B2 [Dqual_TCVM_TVM_LP_FR_B2]
  TCVM TVM CAL A/C Select [TCVM_TVM_CAL_A_C]
  Data Quality Indicator for TCVM TVM/CAL A/C [Dqual_TCVM_TVM_CAL_A_C]
  TCVM TVM CAL Inverting Input Relay [TCVM_TVM_CAL_Neg_IR]
  Data Quality Indicator for TCVM TVM/CAL/Neg IR [Dqual_TCVM_TVM_CAL_Neg_IR]
  TCVM TVM CAL Non-inverting Input Relay [TCVM_TVM_CAL_Plus_IR]
  Data Quality Indicator for TCVM TVM/CAL/Plus IR [Dqual_TCVM_TVM_CAL_Plus_IR]
  TCVM TVM Enable Relay [TCVM_TVM_Enable]
  Data Quality Indicator for TCVM TVM/Enable [Dqual_TCVM_TVM_Enable]
  TCVM TVM AC Frequency Control Relay [TCVM_TVM_AC_FC]
  Data Quality Indicator for TCVM TVM/AC/FC [Dqual_TCVM_TVM_AC_FC]
  TCVM TCM CAL Inverting Input Relay [TCVM_TCM_CAL__IR]
  Data Quality Indicator for TCVM TCM/CAL/+IR [Dqual_TCVM_TCM_CAL__IR]
  TCVM TCM LP Filter Bit 1 Relay [TCVM_TCM_LP_FR_B1]
  Data Quality Indicator for TCVM TCM/LP/FR B1 [Dqual_TCVM_TCM_LP_FR_B1]
  TCVM TCM LP Filter Bit 2 Relay [TCVM_TCM_LP_FR_B2]
  Data Quality Indicator for TCVM TCM/LP/FR B2 [Dqual_TCVM_TCM_LP_FR_B2]
  TCVM Mux Address Bit 0 [TCVM_Mux_Add_B0]
  Data Quality Indicator for TCVM Mux Add B0 [Dqual_TCVM_Mux_Add_B0]
  TCVM Mux Address Bit 1 [TCVM_Mux_Add_B1]
  Data Quality Indicator for TCVM Mux Add B1 [Dqual_TCVM_Mux_Add_B1]
  TCVM Mux Address Bit 2 [TCVM_Mux_Add_B2]
  Data Quality Indicator for TCVM Mux Add B2 [Dqual_TCVM_Mux_Add_B2]
  TCVM Mux Address Bit 3 [TCVM_Mux_Add_B3]
  Data Quality Indicator for TCVM Mux Add B3 [Dqual_TCVM_Mux_Add_B3]
  TCVM Housekeeping Enable [TCVM_Hskp_Enable]
  Data Quality Indicator for TCVM Hskp Enable [Dqual_TCVM_Hskp_Enable]
  TCVM CMM Gain Bit 1 Relay [TCVM_CMM_Gain__B1]
  Data Quality Indicator for TCVM CMM/Gain/ B1 [Dqual_TCVM_CMM_Gain__B1]
  TCVM CMM Gain Bit 2 Relay [TCVM_CMM_Gain__B2]
  Data Quality Indicator for TCVM CMM/Gain/ B2 [Dqual_TCVM_CMM_Gain__B2]
  TCVM CMM LP Filter Bit 1 Relay [TCVM_CMM_LPFR__B1]
  Data Quality Indicator for TCVM CMM/LPFR/ B1 [Dqual_TCVM_CMM_LPFR__B1]
  TCVM CMM LP Filter Bit 2 Relay [TCVM_CMM_LPFR__B2]
  Data Quality Indicator for TCVM CMM/LPFR/ B2 [Dqual_TCVM_CMM_LPFR__B2]
  TCVM CMM LP Filter Bit 3 Relay [TCVM_CMM_LPFR__B3]
  Data Quality Indicator for TCVM CMM/LPFR/ B3 [Dqual_TCVM_CMM_LPFR__B3]
  TCVM CMM CAL Inverting Input Relay [TCVM_CMM_CAL_Neg_IR]
  Data Quality Indicator for TCVM CMM/CAL/Neg IR [Dqual_TCVM_CMM_CAL_Neg_IR]
  TCVM CMM CAL Non-Inverting Input Relay [TCVM_CMM_CAL_Plus_IR]
  Data Quality Indicator for TCVM CMM/CAL/Plus IR [Dqual_TCVM_CMM_CAL_Plus_IR]
  TCVM CMS Relay [TCVM_CMS_Relay]
  Data Quality Indicator for TCVM CMS/Relay [Dqual_TCVM_CMS_Relay]
  TCVM CMS DOL [TCVM_CMS_DOL]
  Data Quality Indicator for TCVM CMS/DOL [Dqual_TCVM_CMS_DOL]
  CMS Enable Variable [TCVM_CMS_Enable]
  Data Quality Indicator for TCVM CMS/Enable [Dqual_TCVM_CMS_Enable]
  TCVM Shunt Relay [TCVM_Shunt_Rly]
  Data Quality Indicator for TCVM Shunt Rly [Dqual_TCVM_Shunt_Rly]
  TCVM Shunt DOL [TCVM_Shunt_DOL]
  Data Quality Indicator for TCVM Shunt DOL [Dqual_TCVM_Shunt_DOL]
  Shunt Enable Variable [TCVM_Shunt_Enable]
  Data Quality Indicator for TCVM Shunt Enable [Dqual_TCVM_Shunt_Enable]
  TCVM 2.5 Mohm Resistor Relay [TCVM_2_5_Mohm]
  Data Quality Indicator for TCVM 2.5 Mohm [Dqual_TCVM_2_5_Mohm]
  TCVM 250 Kohm Resistor Relay [TCVM_250_Kohm]
  Data Quality Indicator for TCVM 250 Kohm [Dqual_TCVM_250_Kohm]
  TCVM 25 Kohm Resistor Relay [TCVM_25_Kohm]
  Data Quality Indicator for TCVM 25 Kohm [Dqual_TCVM_25_Kohm]
  TCVM High Voltage Protection Relay [TCVM_HV_Prot]
  Data Quality Indicator for TCVM HV Prot [Dqual_TCVM_HV_Prot]
  TCVM Mechanical Mode Switch Relay [TCVM_Mech_Mode_Sw]
  Data Quality Indicator for TCVM Mech Mode Sw [Dqual_TCVM_Mech_Mode_Sw]
  Prot Capacitor Enable Variable [Prot_Cap_En_Rly]
  Data Quality Indicator for Prot Cap En Rly [Dqual_Prot_Cap_En_Rly]

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TSS-1R_M1_TMHA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Outboard Temperature [Out_Temp_1_Telemetry_Integer]
  Outboard Temperature [Out_Temp_2_Voltage_volts]
  Outboard Temperature [Out_Temp_3_T_degC]
  Data Quality Indicator for Out/Temp [Data_Quality_Out_Temp]
  Inboard Temperature [In_Temp_1_Telemetry_Integer]
  Inboard Temperature [In_Temp_2_Voltage_volts]
  Inboard Temperature [In_Temp_3_T_degC]
  Data Quality Indicator for In/Temp [Data_Quality_In_Temp]
  Electronics Temperature [Ele_Temp_1_Telemetry_Integer]
  Electronics Temperature [Ele_Temp_2_Voltage_volts]
  Electronics Temperature [Ele_Temp_3_T_degC]
  Data Quality Indicator for Ele/Temp [Data_Quality_Ele_Temp]
  -8 volt Reference Voltage [Negative_8V_Ref_1_Telemetry_Integer]
  -8 volt Reference Voltage [Negative_8V_Ref_2_Voltage_volts]
  Data Quality Indicator for Negative 8V Ref [Data_Quality_Negative_8V_Ref]
  +12 volt Supply Voltage [Plus_12V_Sup_1_Telemetry_Integer]
  +12 volt Supply Voltage [Plus_12V_Sup_2_Voltage_volts]
  Data Quality Indicator for Plus 12V Sup [Data_Quality_Plus_12V_Sup]
  -12 volt Supply Voltage [Negative_12V_Sup_1_Telemetry_Integer]
  -12 volt Supply Voltage [Negative_12V_Sup_2_Voltage_volts]
  Data Quality Indicator for Negative 12V Sup [Data_Quality_Negative_12V_Sup]
  +5 volt Reference Voltage [Plus_5V_Ref_1_Telemetry_Integer]
  +5 volt Reference Voltage [Plus_5V_Ref_2_Voltage_volts]
  Data Quality Indicator for Plus 5V Ref [Data_Quality_Plus_5V_Ref]
  SPARE [Spare_1_Telemetry_Integer]
  SPARE [Spare_2_Voltage_volts]
  Data Quality Indicator for Spare [Data_Quality_Spare]

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TSS-1R_M1_TMHB

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Telecommand Echo [TeleCmd_Echo]
  Data Quality Indicator for TeleCmd Echo [Data_Quality_TeleCmd_Echo]
  Checksum [Chksum]
  Data Quality Indicator for Chksum [Data_Quality_Chksum]

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TSS-1R_M1_TMMI

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Inboard Bx [In_Bx_1_Telemetry_Integer]
  Inboard Bx [In_Bx_2_BF_nT]
  Inboard Bx [In_Bx_3_BF_gauss]
  Data Quality Indicator for In/Bx [Data_Quality_In_Bx]
  Inboard By [In_By_1_Telemetry_Integer]
  Inboard By [In_By_2_BF_nT]
  Inboard By [In_By_3_BF_gauss]
  Data Quality Indicator for In/By [Data_Quality_In_By]
  Inboard Bz [In_Bz_1_Telemetry_Integer]
  Inboard Bz [In_Bz_2_BF_nT]
  Inboard Bz [In_Bz_3_BF_gauss]
  Data Quality Indicator for In/Bz [Data_Quality_In_Bz]
  Status Indicator Calibration Status [MODE0_Calibration_Status]

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TSS-1R_M1_TMMO

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Inboard Bx [Out_Bx_1_Telemetry_Integer]
  Inboard Bx [Out_Bx_2_BF_nT]
  Inboard Bx [Out_Bx_3_BF_gauss]
  Data Quality Indicator for Out/Bx [Data_Quality_Out_Bx]
  Inboard By [Out_By_1_Telemetry_Integer]
  Inboard By [Out_By_2_BF_nT]
  Inboard By [Out_By_3_BF_gauss]
  Data Quality Indicator for Out/By [Data_Quality_Out_By]
  Inboard Bz [Out_Bz_1_Telemetry_Integer]
  Inboard Bz [Out_Bz_2_BF_nT]
  Inboard Bz [Out_Bz_3_BF_gauss]
  Data Quality Indicator for Out/Bz [Data_Quality_Out_Bz]
  Status Indicator Calibration Status [MODE0_Calibration_Status]

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TSS-1R_M1_TMTA

Description

References:                                             
1. The Instrument Data File Set. URL http://www.idfs.org 

Modification History

Initial Release

• Data Variable Descriptions
  Tether Current [Tether_Cur__1_Telemetry_Integer]
  Tether Current [Tether_Cur__2_Voltage_volts]
  Tether Current [Tether_Cur__3_current_milliamps]
  Data Quality Indicator for Tether Cur. [Data_Quality_Tether_Cur_]

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TSS-1R_R0_CAS

Description

SPDF created to poin to the CAS data sets

• Data Variable Descriptions

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TSS-1R_R0_DCORE

Description

SPDF created to point to the DCORE data sets     

• Data Variable Descriptions

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TSS-1R_R0_DPLY

Description

SPDF created to point to the DPLY data sets     

• Data Variable Descriptions

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TSS-1R_R0_DRB

Description

SPDF created to point to the TEMAG data sets     

• Data Variable Descriptions

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TSS-1R_R0_EMP

Description

SPDF created to point to the EMP data sets     

• Data Variable Descriptions

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TSS-1R_R0_RETE

Description

SPDF created to point to the TEMAG data sets     

• Data Variable Descriptions

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TSS-1R_R0_ROPE

Description

SPDF Reference to the ROPE data sets. 

Modification History

Initial Release

• Data Variable Descriptions

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TSS-1R_R0_SAHK

Description

SPDF created to point to the SAHK data sets     

• Data Variable Descriptions

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TSS-1R_R0_SCORE

Description

SPDF created to point to the SCORE data sets     

• Data Variable Descriptions

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TSS-1R_R0_SETS

Description

SPDF created to point to the TEMAG data sets     

• Data Variable Descriptions

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TSS-1R_R0_SPREE

Description

SPDF created to point to the SPREE data sets     

• Data Variable Descriptions

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TSS-1R_R0_TEMAG

Description

SPDF created to point to the TEMAG data sets     

• Data Variable Descriptions

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TWINS1_AT_DEF doi:10.48322/ze5g-gm91 Copy BibTeX Citation

Description

http://twins.swri.edu

• Data Variable Descriptions
  Start Time MJD - time key of data point [ISTARTTIMEMJD]
  Polar Pointing vector ECI component XYZ [FPOLARPOINTECI]

  The cartesian XYZ components of the polar pointing vector in ECI coordinates.
  

  Azimuthal Pointing vector ECI component XYZ [FAZIMUTHALPOINTECI]

  The cartesian XYZ components of the azimuthal pointing vector in ECI
  coordinates.
  

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TWINS1_HK_1SEC

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  TWASPEEDSELECTION [TWASPEEDSELECTION]
  FEEHV1P4KVMONITOR_VOLT [FEEHV1P4KVMONITOR_VOLT]
  FEEHV1P1KVMONITOR_VOLT [FEEHV1P1KVMONITOR_VOLT]
  FEEHV1P10KVMONITOR_VOLT [FEEHV1P10KVMONITOR_VOLT]
  FEEHV2P4KVMONITOR_VOLT [FEEHV2P4KVMONITOR_VOLT]
  FEEHV2P1KVMONITOR_VOLT [FEEHV2P1KVMONITOR_VOLT]
  FEEHV2P10KVMONITOR_VOLT [FEEHV2P10KVMONITOR_VOLT]
  TWAPOSITIONMONITOR [TWAPOSITIONMONITOR]

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TWINS1_L1_IMAGER doi:10.48322/pcsr-8685 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  TWINS Smooth Image @ 1 keV (cm^2 sr s eV)^-1 [smooth_image_e1]

  Statistically smoothed TWINS image at 1 keV energy, in units of (cm^2 sr s
  eV)^-1. Images have been smoothed using a technique that provides approximately
  uniform statistics across the image.  Each image has 4x4 degree angular
  resolution and includes 15 minutes of data.
  

  TWINS Smooth Image @ 4 keV (cm^2 sr s eV)^-1 [smooth_image_e2]

  Statistically smoothed TWINS image at 4 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 8 keV (cm^2 sr s eV)^-1 [smooth_image_e3]

  Statistically smoothed TWINS image at 8 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 12 keV (cm^2 sr s eV)^-1 [smooth_image_e4]

  Statistically smoothed TWINS image at 12 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 16 keV (cm^2 sr s eV)^-1 [smooth_image_e5]

  Statistically smoothed TWINS image at 16 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 20 keV (cm^2 sr s eV)^-1 [smooth_image_e6]

  Statistically smoothed TWINS image at 20 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 25 keV (cm^2 sr s eV)^-1 [smooth_image_e7]

  Statistically smoothed TWINS image at 25 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 30 keV (cm^2 sr s eV)^-1 [smooth_image_e8]

  Statistically smoothed TWINS image at 30 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 50 keV (cm^2 sr s eV)^-1 [smooth_image_e9]

  Statistically smoothed TWINS image at 50 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image Movie @ 1 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e1]

  Statistically smoothed TWINS image movies at 1 keV energy, in units of (cm^2 sr
  s eV)^-1. Images have been smoothed using a technique that provides
  approximately uniform statistics across the image.  Each image has 4x4 degree
  angular resolution and includes 15 minutes of data.
  

  TWINS Smooth Image Movie @ 4 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e2]

  Statistically smoothed TWINS image movie at 4 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 8 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e3]

  Statistically smoothed TWINS image movie at 8 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 12 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e4]

  Statistically smoothed TWINS image movie at 12 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 16 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e5]

  Statistically smoothed TWINS image movie at 16 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 20 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e6]

  Statistically smoothed TWINS image movie at 20 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 25 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e7]

  Statistically smoothed TWINS image movie at 25 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 30 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e8]

  Statistically smoothed TWINS image movie at 30 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 50 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e9]

  Statistically smoothed TWINS image movie at 50 keV energy, in the same format as
  the 1 keV smoothed image.
  

  Per-pixel sweep count [pixel_sweep_count]

  The per-pixel sweep count is the  number of times a given pixel was  sampled by
  the instrument during thetime taken to make the image.  This value is only a
  function of   longitude (actuation angle), and so is the same for all latitude
  (imaged) pixels at a given scan (actuation) angle. The value is nominally the
  same for all pixels in an image, and is the same as the number of sweeps in the 
  image.  Differences from this value are due to errors in either actuator motion
  or transmission of data from agiven direction. 
  

  Target counts value used in the smoothing algorithm. [smooth_image_val]

  Target value for the number of counts per pixel used in the smoothing algorithm.
  This value can vary by energy.
  

  Image energy values [smooth_image_energy_kev]

  Array of energy values (in keV) for the smoothed images.  Nominally 1, 4, 8, 12,
  16, 20, 25, 30, and 50 keV. 
  

  The pixel size in the imaging (polar) direction. [lat_pixelsize_deg]
  The pixel size in the scan (longitudinal) direction. [lon_pixelsize_deg]
  TWINS Smooth Error_Image @ 1 keV (cm^2 sr s eV)^-1 [smooth_error_image_e1]

  TWINS smoothed image error image at 1 keV energy.  The error in the flux for
  each pixel is given by sqrt(counts) / counts using the counts included in each
  pixel of the image. 
  

  TWINS Smooth Error_Image @ 4 keV (cm^2 sr s eV)^-1 [smooth_error_image_e2]

  TWINS smoothed image error image at 4 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 8 keV (cm^2 sr s eV)^-1 [smooth_error_image_e3]

  TWINS smoothed image error image at 8 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 12 keV (cm^2 sr s eV)^-1 [smooth_error_image_e4]

  TWINS smoothed image error image at 12 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 16 keV (cm^2 sr s eV)^-1 [smooth_error_image_e5]

  TWINS smoothed image error image at 16 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 20 keV (cm^2 sr s eV)^-1 [smooth_error_image_e6]

  TWINS smoothed image error image at 20 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 25 keV (cm^2 sr s eV)^-1 [smooth_error_image_e7]

  TWINS smoothed image error image at 25 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 30 keV (cm^2 sr s eV)^-1 [smooth_error_image_e8]

  TWINS smoothed image error image at 30 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 50 keV (cm^2 sr s eV)^-1 [smooth_error_image_e9]

  TWINS smoothed image error image at 50 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error Image Movie @ 1 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e1]

  Statistically smoothed TWINS error image movie at 1 keV energy.  The error in
  the flux for each pixel is given by sqrt(counts) / counts using the counts
  included in each pixel of the image. 
  

  TWINS Smooth Error Image Movie @ 4 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e2]

  Statistically smoothed TWINS error image movie at 4 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 8 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e3]

  Statistically smoothed TWINS error image movie at 8 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 12 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e4]

  Statistically smoothed TWINS error image movie at 12 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 16 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e5]

  Statistically smoothed TWINS error image movie at 16 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 20 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e6]

  Statistically smoothed TWINS error image movie at 20 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 25 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e7]

  Statistically smoothed TWINS error image movie at 25 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 30 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e8]

  Statistically smoothed TWINS error image movie at 30 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 50 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e9]

  Statistically smoothed TWINS error image movie at 50 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  data quality flag, 0=good [quality_flag]

  Indication of the quality of the data based on three parameters. The quality
  flag is a 3 bit number. A value of 0 indicates good data.  A value of 1
  indicates an attitude shift of more than 4 degrees during the sweep.  A value of
  2 indicates that the Sun is within 20 degrees of the instrument...s FOV.  A
  value of 4 indicates a high level of background. A value of 7 would indicate
  that all three flags have been raised (indicating that caution should be used in
  interpreting this data).
  

  Attitude/Ephemeris flag; 0=data, 1=data are not available [no_orbit_data]

  A flag that identifies when attitude and ephemeris information are available. A
  value of 0 indicates data are available; a value of 1 indicates that either
  attitude or ephemeris information is not available for a given time interval.
  

  Attitude Variation (degrees) during the time interval of each image. [attitude_delta_deg]

  The change (in degrees) of the spacecraft attitude vector over the time required
  to make the given image.
  

  Average spacecraft position vector in ECI coordinates (time series) [sc_posv_re_eci]

  The average spacecraft location vector over the time interval of the image in
  ECI coordinates (cartesian XYZ components). 
  

  Average polar attitude unit vector in ECI coordinates [spin_axis_eci]

  The average polar pointing vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). The polar attitude vector points to 90
  degree instrument polar (imaged) angle.
  

  Average azimuth attitude unit vector in ECI coordinates [prime_meridian_eci]

  The average azimuthal pointing vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). The azimuthal pointing vector points to
  +90 degree instrument scan angle. 
  

  Average sun position unit vector in ECIcoordinates. [sun_posv_eci]

  The average location of the Sun over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). 
  

  Average geomagnetic dipole unit vector in ECI coordinates [mag_eci]

  The average geomagnetic dipole vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). 
  

  Average spacecraft position vector in SM coordinates. [sc_posv_re_sm]

  The average spacecraft location vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). 
  

  Average polar attitude unit vector in SM coordinates. [spin_axis_sm]

  The average polar pointing vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). The polar attitude vector points to 90
  degree instrument polar (imaged) angle.
  

  Average azimuth attitude unit vector in SM coordinates [prime_meridian_sm]

  The average azimuthal pointing vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). The azimuthal pointing vector points to
  +90 degree instrument scan angle. 
  

  Average sun position unit vector in SM coordinates. [sun_posv_sm]

  The average location of the Sun over the time interval of the image in SM
  coordinates (Cartesian XYZ components). 
  

  Radial Location of satellite in Earth radii [radial_distance_re]

  Spacecraft radial distance (in Earth radii)from the center of the Earth.
  

  Spacecraft latitude in SM coordinates [latitude_deg]

  Spacecraft latitude in SM coordinates. 
  

  Spacecraft McIlwain L Shell assuming a dipole magnetic field. [lshell_dip]

  The McIlwain L-Shell at the spacecraft location assuming a dipole magnetic field
  model and using SM coordinates. 
  

  Spacecraft Magnetic local time in SM coordinates. [mlt]

  Spacecraft magnetic local time in SM coordinates.
  

  [LIST ONLY] Start and stop times of the image, along with the selected number of sweeps. [title]
  TWINS Raw Image @ 1 keV (cm^2 sr s eV)^-1 [twins_image_e1]

  TWINS raw image at 1 keV energy, in units of (cm^2 sr s eV)^-1.  These images
  are derived on the ground from direct events measurements of the time of flight
  and detection location on the anode for individual ENAs.  Each image has 4x4
  degree angular resolution and includes 15 minutes of data. The first dimension
  of the image represents the scan angle in instrument coordinates.  In this
  system the azimuthal attitude vector points to +90 degree scan angle.  The
  second is the imaged angle, where 90 degrees is the central viewing angle of the
  instrument and the direction of the polar attitude vector.
  

  TWINS Raw Image @ 4 keV (cm^2 sr s eV)^-1 [twins_image_e2]

  TWINS raw image at 4 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 8 keV (cm^2 sr s eV)^-1 [twins_image_e3]

  TWINS raw image at 8 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 12 keV (cm^2 sr s eV)^-1 [twins_image_e4]

  TWINS raw image at 12 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 16 keV (cm^2 sr s eV)^-1 [twins_image_e5]

  TWINS raw image at 16 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 20 keV (cm^2 sr s eV)^-1 [twins_image_e6]

  TWINS raw image at 20 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 25 keV (cm^2 sr s eV)^-1 [twins_image_e7]

  TWINS raw image at 25 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 30 keV (cm^2 sr s eV)^-1 [twins_image_e8]

  TWINS raw image at 30 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 50 keV (cm^2 sr s eV)^-1 [twins_image_e9]

  TWINS raw image at 50 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image Movie @ 1 keV (cm^2 sr s eV)^-1 [twins_Mimage_e1]

  A series of TWINS raw images at 1 keV energy. These are the same images as in
  the twins_image_e1 variable.
  

  TWINS Raw Image Movie @ 4 keV (cm^2 sr s eV)^-1 [twins_Mimage_e2]

  A series of TWINS raw images at 4 keV energy. These are the same images as in
  the twins_image_e2 variable.
  

  TWINS Raw Image Movie @ 8 keV (cm^2 sr s eV)^-1 [twins_Mimage_e3]

  A series of TWINS raw images at 8 keV energy. These are the same images as in
  the twins_image_e3 variable.
  

  TWINS Raw Image Movie @ 12 keV (cm^2 sr s eV)^-1 [twins_Mimage_e4]

  A series of TWINS raw images at 12 keV energy. These are the same images as in
  the twins_image_e4 variable.
  

  TWINS Raw Image Movie @ 16 keV (cm^2 sr s eV)^-1 [twins_Mimage_e5]

  A series of TWINS raw images at 16 keV energy. These are the same images as in
  the twins_image_e5 variable.
  

  TWINS Raw Image Movie @ 20 keV (cm^2 sr s eV)^-1 [twins_Mimage_e6]

  A series of TWINS raw images at 20 keV energy. These are the same images as in
  the twins_image_e6 variable.
  

  TWINS Raw Image Movie @ 25 keV (cm^2 sr s eV)^-1 [twins_Mimage_e7]

  A series of TWINS raw images at 25 keV energy. These are the same images as in
  the twins_image_e7 variable.
  

  TWINS Raw Image Movie @ 30 keV (cm^2 sr s eV)^-1 [twins_Mimage_e8]

  A series of TWINS raw images at 30 keV energy. These are the same images as in
  the twins_image_e8 variable.
  

  TWINS Raw Image Movie @ 50 keV (cm^2 sr s eV)^-1 [twins_Mimage_e9]

  A series of TWINS raw images at 50 keV energy. These are the same images as in
  the twins_image_e9 variable.
  

  Raw Error Image @ 1 keV [error_image_e1]

  TWINS error image for raw image at 1 keV energy. The error in the flux for each
  pixel is based on the error in the fit of flux vs energy used to determine the
  flux value given in the primary image. 
  

  Raw Error Image @ 4 keV [error_image_e2]

  TWINS raw error image at 4 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 8 keV [error_image_e3]

  TWINS raw error image at 8 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 12 keV [error_image_e4]

  TWINS raw error image at 12 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 16 keV [error_image_e5]

  TWINS raw error image at 16 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 20 keV [error_image_e6]

  TWINS raw error image at 20 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 25 keV [error_image_e7]

  TWINS raw error image at 25 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 30 keV [error_image_e8]

  TWINS raw error image at 30 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 50 keV [error_image_e9]

  TWINS raw error image at 50 keV energy, in the same format as the 1 keV error
  image.
  

  Movie of Raw Error Images @ 1 keV [error_Mimage_e1]

  A series of TWINS raw error images at 1 keV. These are the same images as in the
  error_image_e1 variable.
  

  Movie of Raw Error Images @ 4 keV [error_Mimage_e2]

  A series of TWINS error images at 4 keV. These are the same images as in the
  error_image_e2 variable.
  

  Movie of Raw Error Images @ 8 keV [error_Mimage_e3]

  A series of TWINS raw error images at 8 keV. These are the same images as in the
  error_image_e3 variable.
  

  Movie of Raw Error Images @ 12 keV [error_Mimage_e4]

  A series of TWINS raw error images at 12 keV. These are the same images as in
  the error_image_e4 variable.
  

  Movie of Raw Error Images @ 16 keV [error_Mimage_e5]

  A series of TWINS raw error images at 16 keV. These are the same images as in
  the error_image_e5 variable.
  

  Movie of Raw Error Images @ 20 keV [error_Mimage_e6]

  A series of TWINS raw error images at 20 keV. These are the same images as in
  the error_image_e6 variable.
  

  Movie of Raw Error Images @ 25 keV [error_Mimage_e7]

  A series of TWINS raw error images at 25 keV. These are the same images as in
  the error_image_e7 variable.
  

  Movie of Raw Error Images @ 30 keV [error_Mimage_e8]

  A series of TWINS raw error images at 30 keV. These are the same images as in
  the error_image_e8 variable.
  

  Movie of Raw Error Images @ 50 keV [error_Mimage_e9]

  A series of TWINS raw error images at 50 keV. These are the same images as in
  the error_image_e9 variable.
  

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TWINS1_L1_LAD doi:10.48322/3ywd-rq04 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
The TWINS Lyman-a Detector  consists of two independent  sensors to measure    
Lyman alpha radiation being  emitted by neutral hydrogen atoms.  The sensors
oriented at angles of  ..40 deg. with respect to the actuator  spin axis. Each
sensor has a FWHM field  of view of 4 deg., defined by collimation hole baffles,
uses Lyman-a interference filters as  narrow band transmissions filters,  and
applies a KBr or CsI photodiode for  photon detection. The Lyman-a detector is  
located on the rotating actuator platform  to provide full 360 deg. azimuthal
angle coverage Time resolution is 60 sec.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  LAD photon intensities from the Toward LAD sensor [lad1_data]
  LAD photon intensities from the Away LAD sensor [lad2_data]
  Actuator Position at Sector start [sector_position]

  Values run from -90 to +90 degrees during a scan. Note that sectors are either 4
  degrees wide (dynamic modes) or 1.333 sec long (static modes)
  

  [Diagnostic Use Only] LAD photon intensities from the Toward LAD sensor with 0 degree offset [lad1_0_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Away LAD sensor with 0 degree offset [lad2_0_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Toward LAD sensor with 2 degree offset [lad1_2_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Away LAD sensor with 2 degree offset [lad2_2_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

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TWINS1_OR_DEF (spase://NASA/NumericalData/TWINS1/Ephemeris/PT1M45S)

Description

http://twins.swri.edu

• Data Variable Descriptions
  Spacecraft ECI Cartesian Coordinate XYZ [FSCECI]

  The spacecraft location in ECI coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCECI_O]
  Spacecraft Geographic Cartesian Coordinate XYZ [FSCGEO]

  The spacecraft location in geographic coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCGEO_O]
  Spacecraft GSM Cartesian Coordinate XYZ [FSCGSM]

  The spacecraft location in GSM coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCGSM_O]
  Spacecraft Eccentric Dipole Cartesian Coordinate XYZ [FSCECD]

  The spacecraft location in eccentric dipole coordinates (cartesian XYZ
  components).
  

  Spacecraft Geographic East Longitude [FSCLONGGEO]

  Spacecraft longitude (east longitude) in geographic coordinates.
  

  Spacecraft Geographic Latitude [FSCLATGEO]

  Spacecraft latitude in geographic coordinates.
  

  Spacecraft Earth-centered Radial Distance [FSCRADIALDIST]

  Spacecraft radial distance (km) from the center of the Earth.
  

  Spacecraft Earth-centered Radial Altitude [FSCRADIALALT]

  Spacecraft radial altitude (km) based on an oblate spheroid Earth model (WGS84).
  

  Sun ECI Cartesian Coordinate XYZ [FSUNECI]

  The location of the Sun in ECI coordinates (cartesian XYZ components).
  

  Magnetic Field Vector with respect to ECI Basis XYZ [FBECI]

  The magnetic field vector in ECI coordinates (cartesian XYZ components).
  

  Field Magnitude at Mirror Point [FBMIRROR]

  The magnetic field magnitude at the spacecraft mirror point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at Field-line Minimum [FBEQUATORIAL]

  The magnetic field magnitude at the field-line minimum point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at North 100 km Point [FBNORTH100KM]

  The magnetic field magnitude at the North 100 km point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at South 100 km Point [FBSOUTH100KM]

  The magnetic field magnitude at the South 100 km point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Mirror Point GSM Cartesian Coordinate XYZ [FMIRRORGSM]

  The spacecraft mirror point location in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  Equatorial Point GSM Cartesian Coordinate XYZ [FEQUATORIALGSM]

  The Equatorial Point location in GSM coordinates (cartesian XYZ components)
  based on the International Geomagnetic Reference Field (IGRF) 2005.0 adjusted
  for the relevant date by means of the IGRF secular variation coefficients.
  

  North 100 km Point GSM Cartesian Coordinate XYZ [FNORTH100KMGSM]

  The location of the North 100 km point in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  South 100 km Point GSM Cartesian Coordinate XYZ [FSOUTH100KMGSM]

  The location of the South 100 km point in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  Dimensionless McIlwain Shell Parameter [FLSHELL]

  The McIlwain L-Shell Parameter based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Invariant Magnetic Latitude [FINVLAT]

  Spacecraft invariant magnetic latitude based on the International Geomagnetic
  Reference Field (IGRF) 2005.0 adjusted for the relevant date by means of the
  IGRF secular variation coefficients.
  

  Dipole Magnetic Radius [FDIPOLERADIUS]

  Dipole magnetic radial distance based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Dipole Magnetic Latitude [FDIPOLELAT]

  Dipole magnetic latitude based on the International Geomagnetic Reference Field
  (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Spacecraft Latitude in Eccentric Dipole Frame [FSCLATECD]

  Spacecraft latitude in the eccentric dipole frame based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  Local Time in Geographic Frame [FLTGEO]

  Magnetic local time in the geographic coordinates frame.
  

  Magnetic Local Time (ECD Frame) [FLTECD]

  Magnetic local time in the eccentric dipole frame based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  Magnetic Local Time (ECD Equatorial) [FLTEQU]

  Equatorial mapped magnetic local time in the eccentric dipole frame based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Solar-zenith Angle [FSOLARZENITHCOS]

  Solar zenith angle cosine.
  

  Loss Cone Angle [FLOSSCONE]

  Particle loss cone angle based on the International Geomagnetic Reference Field
  (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients. 
  

  Magnetic Dipole Tilt Angle [FDIPOLETILT]

  Magnetic dipole tilt angle based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Magnetic Dipole Displacement [FDIPOLEOFFSET]

  Magnetic dipole displacement (XYZ components) based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  DataFile ID as used in TWINS database storage [NDATAFILEID]

  DataFile ID as used in TWINS database storage
  

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TWINS1_TISTORM_IMAGER doi:10.48322/cre5-4g28 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  Number of TWINS sweeps used - minimun [sweepsMin]
  Number of TWINS sweeps used - maximum [sweepsMax]
  [NO PLOT] Average ENA flux images for different energies projected along the LOS to the bins in the GSM xy plane [fluxarrays]
  ENA flux image in GSM at 2keV [flux2]
  ------------> 8keV [flux8]
  ------------> 14keV [flux14]
  ------------> 20keV [flux20]
  ------------> 24keV [flux24]
  ------------> 32keV [flux32]
  ------------> 45keV [flux45]
  ENA flux vs energy along GSM-y at GSM-x=20Re [flux_x20]
  ----------> along GSM-y at GSM-x=10 Re [flux_x10]
  ----------> along GSM-x at GSM-y=-5 Re [flux_yneg5]
  ----------> along GSM-x at GSM-y=5 Re [flux_y5]
  ENA flux Movie image in GSM at 2keV [flux2M]
  ------------> Movie at 8keV [flux8M]
  ------------> Movie at 14keV [flux14M]
  ------------> Movie at 20keV [flux20M]
  ------------> Movie at 24keV [flux24M]
  ------------> Movie at 32keV [flux32M]
  ------------> Movie at 45keV [flux45M]
  ENA flux vs energy movie along GSM-y at GSM-x=20Re [flux_x20M]
  ----------> Movie along GSM-y at GSM-x=10 Re [flux_x10M]
  ----------> Movie along GSM-x at GSM-y=-5 Re [flux_yneg5M]
  ----------> Movie along GSM-x at GSM-y=5 Re [flux_y5M]
  [NO PLOT] countarrays: Number of flux values in each energy-spatial bin [countarrays]
  Ion temperature images calculated from ENA fluxes in each GSM spatial bin [temparrays]
  --> Movie of Ion temperature images calculated from ENA fluxes in each GSM spatial bin [temparraysM]
  Time interval used for Ti calculation [tot_time1]
  [NO PLOT] Error in each energy-space bin based on the error given by the algorithm that calculates the flux from the raw TWINS data. [errorarrays]
  [NO PLOT] Another error value determined as 1/sqrt(countarrays). [counterrors]
  Uncertainty in the angle that gives the direction in which the TWINS instrument is pointing. [delta_deg]

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TWINS2_AT_DEF doi:10.48322/btg2-gm95 Copy BibTeX Citation

Description

http://twins.swri.edu

• Data Variable Descriptions
  Start Time MJD - time key of data point [ISTARTTIMEMJD]
  Polar Pointing vector ECI component XYZ [FPOLARPOINTECI]

  The cartesian XYZ components of the polar pointing vector in ECI coordinates.
  

  Azimuthal Pointing vector ECI component XYZ [FAZIMUTHALPOINTECI]

  The cartesian XYZ components of the azimuthal pointing vector in ECI
  coordinates.
  

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TWINS2_HK_1SEC

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  TWASPEEDSELECTION [TWASPEEDSELECTION]
  FEEHV1P4KVMONITOR_VOLT [FEEHV1P4KVMONITOR_VOLT]
  FEEHV1P1KVMONITOR_VOLT [FEEHV1P1KVMONITOR_VOLT]
  FEEHV1P10KVMONITOR_VOLT [FEEHV1P10KVMONITOR_VOLT]
  FEEHV2P4KVMONITOR_VOLT [FEEHV2P4KVMONITOR_VOLT]
  FEEHV2P1KVMONITOR_VOLT [FEEHV2P1KVMONITOR_VOLT]
  FEEHV2P10KVMONITOR_VOLT [FEEHV2P10KVMONITOR_VOLT]
  TWAPOSITIONMONITOR [TWAPOSITIONMONITOR]

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TWINS2_L1_IMAGER doi:10.48322/1tsg-7729 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community. See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/ 

• Data Variable Descriptions
  TWINS Smooth Image @ 1 keV (cm^2 sr s eV)^-1 [smooth_image_e1]

  Statistically smoothed TWINS image at 1 keV energy, in units of (cm^2 sr s
  eV)^-1. Images have been smoothed using a technique that provides approximately
  uniform statistics across the image.  Each image has 4x4 degree angular
  resolution and includes 15 minutes of data.
  

  TWINS Smooth Image @ 4 keV (cm^2 sr s eV)^-1 [smooth_image_e2]

  Statistically smoothed TWINS image at 4 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 8 keV (cm^2 sr s eV)^-1 [smooth_image_e3]

  Statistically smoothed TWINS image at 8 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 12 keV (cm^2 sr s eV)^-1 [smooth_image_e4]

  Statistically smoothed TWINS image at 12 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 16 keV (cm^2 sr s eV)^-1 [smooth_image_e5]

  Statistically smoothed TWINS image at 16 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 20 keV (cm^2 sr s eV)^-1 [smooth_image_e6]

  Statistically smoothed TWINS image at 20 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 25 keV (cm^2 sr s eV)^-1 [smooth_image_e7]

  Statistically smoothed TWINS image at 25 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 30 keV (cm^2 sr s eV)^-1 [smooth_image_e8]

  Statistically smoothed TWINS image at 30 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image @ 50 keV (cm^2 sr s eV)^-1 [smooth_image_e9]

  Statistically smoothed TWINS image at 50 keV energy, in the same format as the 1
  keV smoothed image.
  

  TWINS Smooth Image Movie @ 1 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e1]

  Statistically smoothed TWINS image movies at 1 keV energy, in units of (cm^2 sr
  s eV)^-1. Images have been smoothed using a technique that provides
  approximately uniform statistics across the image.  Each image has 4x4 degree
  angular resolution and includes 15 minutes of data.
  

  TWINS Smooth Image Movie @ 4 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e2]

  Statistically smoothed TWINS image movie at 4 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 8 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e3]

  Statistically smoothed TWINS image movie at 8 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 12 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e4]

  Statistically smoothed TWINS image movie at 12 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 16 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e5]

  Statistically smoothed TWINS image movie at 16 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 20 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e6]

  Statistically smoothed TWINS image movie at 20 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 25 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e7]

  Statistically smoothed TWINS image movie at 25 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 30 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e8]

  Statistically smoothed TWINS image movie at 30 keV energy, in the same format as
  the 1 keV smoothed image.
  

  TWINS Smooth Image Movie @ 50 keV (cm^2 sr s eV)^-1 [smooth_Mimage_e9]

  Statistically smoothed TWINS image movie at 50 keV energy, in the same format as
  the 1 keV smoothed image.
  

  Per-pixel sweep count [pixel_sweep_count]

  The per-pixel sweep count is the  number of times a given pixel was  sampled by
  the instrument during thetime taken to make the image.  This value is only a
  function of   longitude (actuation angle), and so is the same for all latitude
  (imaged) pixels at a given scan (actuation) angle. The value is nominally the
  same for all pixels in an image, and is the same as the number of sweeps in the 
  image.  Differences from this value are due to errors in either actuator motion
  or transmission of data from agiven direction. 
  

  Target counts value used in the smoothing algorithm. [smooth_image_val]

  Target value for the number of counts per pixel used in the smoothing algorithm.
  This value can vary by energy.
  

  Image energy values [smooth_image_energy_kev]

  Array of energy values (in keV) for the smoothed images.  Nominally 1, 4, 8, 12,
  16, 20, 25, 30, and 50 keV. 
  

  The pixel size in the imaging (polar) direction. [lat_pixelsize_deg]
  The pixel size in the scan (longitudinal) direction. [lon_pixelsize_deg]
  TWINS Smooth Error_Image @ 1 keV (cm^2 sr s eV)^-1 [smooth_error_image_e1]

  TWINS smoothed image error image at 1 keV energy.  The error in the flux for
  each pixel is given by sqrt(counts) / counts using the counts included in each
  pixel of the image. 
  

  TWINS Smooth Error_Image @ 4 keV (cm^2 sr s eV)^-1 [smooth_error_image_e2]

  TWINS smoothed image error image at 4 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 8 keV (cm^2 sr s eV)^-1 [smooth_error_image_e3]

  TWINS smoothed image error image at 8 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 12 keV (cm^2 sr s eV)^-1 [smooth_error_image_e4]

  TWINS smoothed image error image at 12 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 16 keV (cm^2 sr s eV)^-1 [smooth_error_image_e5]

  TWINS smoothed image error image at 16 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 20 keV (cm^2 sr s eV)^-1 [smooth_error_image_e6]

  TWINS smoothed image error image at 20 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 25 keV (cm^2 sr s eV)^-1 [smooth_error_image_e7]

  TWINS smoothed image error image at 25 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 30 keV (cm^2 sr s eV)^-1 [smooth_error_image_e8]

  TWINS smoothed image error image at 30 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error_Image @ 50 keV (cm^2 sr s eV)^-1 [smooth_error_image_e9]

  TWINS smoothed image error image at 50 keV energy, in the same format as the 1
  keV smoothed image error image.
  

  TWINS Smooth Error Image Movie @ 1 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e1]

  Statistically smoothed TWINS error image movie at 1 keV energy.  The error in
  the flux for each pixel is given by sqrt(counts) / counts using the counts
  included in each pixel of the image. 
  

  TWINS Smooth Error Image Movie @ 4 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e2]

  Statistically smoothed TWINS error image movie at 4 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 8 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e3]

  Statistically smoothed TWINS error image movie at 8 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 12 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e4]

  Statistically smoothed TWINS error image movie at 12 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 16 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e5]

  Statistically smoothed TWINS error image movie at 16 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 20 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e6]

  Statistically smoothed TWINS error image movie at 20 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 25 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e7]

  Statistically smoothed TWINS error image movie at 25 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 30 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e8]

  Statistically smoothed TWINS error image movie at 30 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  TWINS Smooth Error Image Movie @ 50 keV (cm^2 sr s eV)^-1 [smooth_Merror_image_e9]

  Statistically smoothed TWINS error image movie at 50 keV energy, in the same
  format as the 1 keV smoothed error image.
  

  data quality flag, 0=good [quality_flag]

  Indication of the quality of the data based on three parameters. The quality
  flag is a 3 bit number. A value of 0 indicates good data.  A value of 1
  indicates an attitude shift of more than 4 degrees during the sweep.  A value of
  2 indicates that the Sun is within 20 degrees of the instrument...s FOV.  A
  value of 4 indicates a high level of background. A value of 7 would indicate
  that all three flags have been raised (indicating that caution should be used in
  interpreting this data).
  

  Attitude/Ephemeris flag; 0=data, 1=data are not available [no_orbit_data]

  A flag that identifies when attitude and ephemeris information are available. A
  value of 0 indicates data are available; a value of 1 indicates that either
  attitude or ephemeris information is not available for a given time interval.
  

  Attitude Variation (degrees) during the time interval of each image. [attitude_delta_deg]

  The change (in degrees) of the spacecraft attitude vector over the time required
  to make the given image.
  

  Average spacecraft position vector in ECI coordinates (time series) [sc_posv_re_eci]

  The average spacecraft location vector over the time interval of the image in
  ECI coordinates (cartesian XYZ components). 
  

  Average polar attitude unit vector in ECI coordinates [spin_axis_eci]

  The average polar pointing vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). The polar attitude vector points to 90
  degree instrument polar (imaged) angle.
  

  Average azimuth attitude unit vector in ECI coordinates [prime_meridian_eci]

  The average azimuthal pointing vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). The azimuthal pointing vector points to
  +90 degree instrument scan angle. 
  

  Average sun position unit vector in ECIcoordinates. [sun_posv_eci]

  The average location of the Sun over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). 
  

  Average geomagnetic dipole unit vector in ECI coordinates [mag_eci]

  The average geomagnetic dipole vector over the time interval of the image in ECI
  coordinates (Cartesian XYZ components). 
  

  Average spacecraft position vector in SM coordinates. [sc_posv_re_sm]

  The average spacecraft location vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). 
  

  Average polar attitude unit vector in SM coordinates. [spin_axis_sm]

  The average polar pointing vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). The polar attitude vector points to 90
  degree instrument polar (imaged) angle.
  

  Average azimuth attitude unit vector in SM coordinates [prime_meridian_sm]

  The average azimuthal pointing vector over the time interval of the image in SM
  coordinates (Cartesian XYZ components). The azimuthal pointing vector points to
  +90 degree instrument scan angle. 
  

  Average sun position unit vector in SM coordinates. [sun_posv_sm]

  The average location of the Sun over the time interval of the image in SM
  coordinates (Cartesian XYZ components). 
  

  Radial Location of satellite in Earth radii [radial_distance_re]

  Spacecraft radial distance (in Earth radii)from the center of the Earth.
  

  Spacecraft latitude in SM coordinates [latitude_deg]

  Spacecraft latitude in SM coordinates. 
  

  Spacecraft McIlwain L Shell assuming a dipole magnetic field. [lshell_dip]

  The McIlwain L-Shell at the spacecraft location assuming a dipole magnetic field
  model and using SM coordinates. 
  

  Spacecraft Magnetic local time in SM coordinates. [mlt]

  Spacecraft magnetic local time in SM coordinates.
  

  [LIST ONLY] Start and stop times of the image, along with the selected number of sweeps. [title]
  TWINS Raw Image @ 1 keV (cm^2 sr s eV)^-1 [twins_image_e1]

  TWINS raw image at 1 keV energy, in units of (cm^2 sr s eV)^-1.  These images
  are derived on the ground from direct events measurements of the time of flight
  and detection location on the anode for individual ENAs.  Each image has 4x4
  degree angular resolution and includes 15 minutes of data. The first dimension
  of the image represents the scan angle in instrument coordinates.  In this
  system the azimuthal attitude vector points to +90 degree scan angle.  The
  second is the imaged angle, where 90 degrees is the central viewing angle of the
  instrument and the direction of the polar attitude vector.
  

  TWINS Raw Image @ 4 keV (cm^2 sr s eV)^-1 [twins_image_e2]

  TWINS raw image at 4 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 8 keV (cm^2 sr s eV)^-1 [twins_image_e3]

  TWINS raw image at 8 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 12 keV (cm^2 sr s eV)^-1 [twins_image_e4]

  TWINS raw image at 12 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 16 keV (cm^2 sr s eV)^-1 [twins_image_e5]

  TWINS raw image at 16 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 20 keV (cm^2 sr s eV)^-1 [twins_image_e6]

  TWINS raw image at 20 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 25 keV (cm^2 sr s eV)^-1 [twins_image_e7]

  TWINS raw image at 25 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 30 keV (cm^2 sr s eV)^-1 [twins_image_e8]

  TWINS raw image at 30 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image @ 50 keV (cm^2 sr s eV)^-1 [twins_image_e9]

  TWINS raw image at 50 keV energy, in the same format as the 1 keV image.
  

  TWINS Raw Image Movie @ 1 keV (cm^2 sr s eV)^-1 [twins_Mimage_e1]

  A series of TWINS raw images at 1 keV energy. These are the same images as in
  the twins_image_e1 variable.
  

  TWINS Raw Image Movie @ 4 keV (cm^2 sr s eV)^-1 [twins_Mimage_e2]

  A series of TWINS raw images at 4 keV energy. These are the same images as in
  the twins_image_e2 variable.
  

  TWINS Raw Image Movie @ 8 keV (cm^2 sr s eV)^-1 [twins_Mimage_e3]

  A series of TWINS raw images at 8 keV energy. These are the same images as in
  the twins_image_e3 variable.
  

  TWINS Raw Image Movie @ 12 keV (cm^2 sr s eV)^-1 [twins_Mimage_e4]

  A series of TWINS raw images at 12 keV energy. These are the same images as in
  the twins_image_e4 variable.
  

  TWINS Raw Image Movie @ 16 keV (cm^2 sr s eV)^-1 [twins_Mimage_e5]

  A series of TWINS raw images at 16 keV energy. These are the same images as in
  the twins_image_e5 variable.
  

  TWINS Raw Image Movie @ 20 keV (cm^2 sr s eV)^-1 [twins_Mimage_e6]

  A series of TWINS raw images at 20 keV energy. These are the same images as in
  the twins_image_e6 variable.
  

  TWINS Raw Image Movie @ 25 keV (cm^2 sr s eV)^-1 [twins_Mimage_e7]

  A series of TWINS raw images at 25 keV energy. These are the same images as in
  the twins_image_e7 variable.
  

  TWINS Raw Image Movie @ 30 keV (cm^2 sr s eV)^-1 [twins_Mimage_e8]

  A series of TWINS raw images at 30 keV energy. These are the same images as in
  the twins_image_e8 variable.
  

  TWINS Raw Image Movie @ 50 keV (cm^2 sr s eV)^-1 [twins_Mimage_e9]

  A series of TWINS raw images at 50 keV energy. These are the same images as in
  the twins_image_e9 variable.
  

  Raw Error Image @ 1 keV [error_image_e1]

  TWINS error image for raw image at 1 keV energy. The error in the flux for each
  pixel is based on the error in the fit of flux vs energy used to determine the
  flux value given in the primary image. 
  

  Raw Error Image @ 4 keV [error_image_e2]

  TWINS raw error image at 4 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 8 keV [error_image_e3]

  TWINS raw error image at 8 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 12 keV [error_image_e4]

  TWINS raw error image at 12 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 16 keV [error_image_e5]

  TWINS raw error image at 16 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 20 keV [error_image_e6]

  TWINS raw error image at 20 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 25 keV [error_image_e7]

  TWINS raw error image at 25 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 30 keV [error_image_e8]

  TWINS raw error image at 30 keV energy, in the same format as the 1 keV error
  image.
  

  Raw Error Image @ 50 keV [error_image_e9]

  TWINS raw error image at 50 keV energy, in the same format as the 1 keV error
  image.
  

  Movie of Raw Error Images @ 1 keV [error_Mimage_e1]

  A series of TWINS raw error images at 1 keV. These are the same images as in the
  error_image_e1 variable.
  

  Movie of Raw Error Images @ 4 keV [error_Mimage_e2]

  A series of TWINS error images at 4 keV. These are the same images as in the
  error_image_e2 variable.
  

  Movie of Raw Error Images @ 8 keV [error_Mimage_e3]

  A series of TWINS raw error images at 8 keV. These are the same images as in the
  error_image_e3 variable.
  

  Movie of Raw Error Images @ 12 keV [error_Mimage_e4]

  A series of TWINS raw error images at 12 keV. These are the same images as in
  the error_image_e4 variable.
  

  Movie of Raw Error Images @ 16 keV [error_Mimage_e5]

  A series of TWINS raw error images at 16 keV. These are the same images as in
  the error_image_e5 variable.
  

  Movie of Raw Error Images @ 20 keV [error_Mimage_e6]

  A series of TWINS raw error images at 20 keV. These are the same images as in
  the error_image_e6 variable.
  

  Movie of Raw Error Images @ 25 keV [error_Mimage_e7]

  A series of TWINS raw error images at 25 keV. These are the same images as in
  the error_image_e7 variable.
  

  Movie of Raw Error Images @ 30 keV [error_Mimage_e8]

  A series of TWINS raw error images at 30 keV. These are the same images as in
  the error_image_e8 variable.
  

  Movie of Raw Error Images @ 50 keV [error_Mimage_e9]

  A series of TWINS raw error images at 50 keV. These are the same images as in
  the error_image_e9 variable.
  

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---

TWINS2_L1_LAD doi:10.48322/yvt8-0a64 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/
The TWINS Lyman-a Detector consists of two independent sensors to measure Lyman
alpha  radiation being emitted by neutral hydrogen atoms. The sensors oriented
at angles of ..40 deg. with respect to the actuator spin axis. Each sensor has a
FWHM field of view of 4 deg., defined by collimation hole baffles, uses Lyman-a
interference filters as narrow band transmissions filters, and applies a KBr or
CsI photodiode for photon detection. The Lyman-a detector is located on the
rotating actuator platform to provide full 360 deg. azimuthal angle coverage
Time resolution is 60 sec.

• Data Variable Descriptions
  LAD photon intensities from the Toward LAD sensor [lad1_data]
  LAD photon intensities from the Away LAD sensor [lad2_data]
  Actuator Position at Sector start [sector_position]

  Values run from -90 to +90 degrees during a scan. Note that sectors are either 4
  degrees wide (dynamic modes) or 1.333 sec long (static modes)
  

  [Diagnostic Use Only] LAD photon intensities from the Toward LAD sensor with 0 degree offset [lad1_0_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Away LAD sensor with 0 degree offset [lad2_0_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Toward LAD sensor with 2 degree offset [lad1_2_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

  [Diagnostic Use Only] LAD photon intensities from the Away LAD sensor with 2 degree offset [lad2_2_data]

  The LAD counters are read out each 0.67  seconds (corresponding to 2degree at
  the  nominal TWA rotation rate of 3degree/s
  

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TWINS2_OR_DEF (spase://NASA/NumericalData/TWINS2/Ephemeris/PT1M45S)

Description

http://twins.swri.edu

• Data Variable Descriptions
  Start Time MJD - time key of data point [ISTARTTIMEMJD]
  Spacecraft ECI Cartesian Coordinate XYZ [FSCECI]

  The spacecraft location in ECI coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCECI_O]
  Spacecraft Geographic Cartesian Coordinate XYZ [FSCGEO]

  The spacecraft location in geographic coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCGEO_O]
  Spacecraft GSM Cartesian Coordinate XYZ [FSCGSM]

  The spacecraft location in GSM coordinates (cartesian XYZ components).
  

  ---> (Orbit Plot) [FSCGSM_O]
  Spacecraft Eccentric Dipole Cartesian Coordinate XYZ [FSCECD]

  The spacecraft location in eccentric dipole coordinates (cartesian XYZ
  components).
  

  Spacecraft Geographic East Longitude [FSCLONGGEO]

  Spacecraft longitude (east longitude) in geographic coordinates.
  

  Spacecraft Geographic Latitude [FSCLATGEO]

  Spacecraft latitude in geographic coordinates.
  

  Spacecraft Earth-centered Radial Distance [FSCRADIALDIST]

  Spacecraft radial distance (km) from the center of the Earth.
  

  Spacecraft Earth-centered Radial Altitude [FSCRADIALALT]

  Spacecraft radial altitude (km) based on an oblate spheroid Earth model (WGS84).
  

  Sun ECI Cartesian Coordinate XYZ [FSUNECI]

  The location of the Sun in ECI coordinates (cartesian XYZ components).
  

  Magnetic Field Vector with respect to ECI Basis XYZ [FBECI]

  The magnetic field vector in ECI coordinates (cartesian XYZ components).
  

  Field Magnitude at Mirror Point [FBMIRROR]

  The magnetic field magnitude at the spacecraft mirror point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at Field-line Minimum [FBEQUATORIAL]

  The magnetic field magnitude at the field-line minimum point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at North 100 km Point [FBNORTH100KM]

  The magnetic field magnitude at the North 100 km point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Field Magnitude at South 100 km Point [FBSOUTH100KM]

  The magnetic field magnitude at the South 100 km point based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Mirror Point GSM Cartesian Coordinate XYZ [FMIRRORGSM]

  The spacecraft mirror point location in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  Equatorial Point GSM Cartesian Coordinate XYZ [FEQUATORIALGSM]

  The Equatorial Point location in GSM coordinates (cartesian XYZ components)
  based on the International Geomagnetic Reference Field (IGRF) 2005.0 adjusted
  for the relevant date by means of the IGRF secular variation coefficients.
  

  North 100 km Point GSM Cartesian Coordinate XYZ [FNORTH100KMGSM]

  The location of the North 100 km point in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  South 100 km Point GSM Cartesian Coordinate XYZ [FSOUTH100KMGSM]

  The location of the South 100 km point in GSM coordinates (cartesian XYZ
  components) based on the International Geomagnetic Reference Field (IGRF) 2005.0
  adjusted for the relevant date by means of the IGRF secular variation
  coefficients.
  

  Dimensionless McIlwain Shell Parameter [FLSHELL]

  The McIlwain L-Shell Parameter based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Invariant Magnetic Latitude [FINVLAT]

  Spacecraft invariant magnetic latitude based on the International Geomagnetic
  Reference Field (IGRF) 2005.0 adjusted for the relevant date by means of the
  IGRF secular variation coefficients.
  

  Dipole Magnetic Radius [FDIPOLERADIUS]

  Dipole magnetic radial distance based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Dipole Magnetic Latitude [FDIPOLELAT]

  Dipole magnetic latitude based on the International Geomagnetic Reference Field
  (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Spacecraft Latitude in Eccentric Dipole Frame [FSCLATECD]

  Spacecraft latitude in the eccentric dipole frame based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  Local Time in Geographic Frame [FLTGEO]

  Magnetic local time in the geographic coordinates frame.
  

  Magnetic Local Time (ECD Frame) [FLTECD]

  Magnetic local time in the eccentric dipole frame based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  Magnetic Local Time (ECD Equatorial) [FLTEQU]

  Equatorial mapped magnetic local time in the eccentric dipole frame based on the
  International Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the
  relevant date by means of the IGRF secular variation coefficients.
  

  Solar-zenith Angle [FSOLARZENITHCOS]

  Solar zenith angle cosine.
  

  Loss Cone Angle [FLOSSCONE]

  Particle loss cone angle based on the International Geomagnetic Reference Field
  (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients. 
  

  Magnetic Dipole Tilt Angle [FDIPOLETILT]

  Magnetic dipole tilt angle based on the International Geomagnetic Reference
  Field (IGRF) 2005.0 adjusted for the relevant date by means of the IGRF secular
  variation coefficients.
  

  Magnetic Dipole Displacement [FDIPOLEOFFSET]

  Magnetic dipole displacement (XYZ components) based on the International
  Geomagnetic Reference Field (IGRF) 2005.0 adjusted for the relevant date by
  means of the IGRF secular variation coefficients.
  

  DataFile ID as used in TWINS database storage [NDATAFILEID]

  DataFile ID as used in TWINS database storage
  

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TWINS2_TISTORM_IMAGER doi:10.48322/6g4w-d971 Copy BibTeX Citation

Description

TWINS (Two Wide-angle Imaging Neutral-atom Spectrometers) is a Mission of
Opportunity under NASA's Small Explorer (SMEX) program. TWINS-1 and TWINS-2 are
the designations for NASA-sponsored instruments flying on unspecified non-NASA
U.S. government spacecraft.
The TWINS-1 instrument high voltages were turned on in April 2007 and the
TWINS-2 high voltages in May 2008; the exact launchdates are not available. The
data (including both science data and spacecraft ephemeris/attitude information)
from the two NASA-funded science instruments are publicly available to the
scientific research community.  See http://twins.swri.edu/ 
TWINS is a stereo mission whose overall scientific objective is to establish the
global connectivities and causal relationships between processes in different
regions of the Earth.s magnetosphere. To meet this goal, TWINS-1 and TWINS-2
provide stereoscopic neutral atom imaging of the magnetosphere from two widely
spaced, high-altitude, high-inclination spacecraft. TWINS instrumentation
includes an energetic neutral atom (ENA) imager to capture
charge-exchange-produced neutral atoms over a broad energy range (approximately
1-100 keV) and a Lyman-alpha detector to measure the density of the neutral
hydrogen geocorona needed for extraction of magnetospheric ion fluxes from
neutral atom data.
The TWINS-1 and TWINS-2 instruments are identical. Each spacecraft carrying
TWINS instruments is in a Molniya orbit (63.4 deg, 7.2 Re apogee, 1000 km
perigee; period 12 h), and is three-axis stabilized and approximately
nadir-pointing. Each acquires image data with time resolution of 60 s. The time
required to change actuator direction between scans (no data collection) was 25
seconds from June 2008 to July 2009, and 12 seconds at all other times.  This
gives an effective cadence of 72 or 85 seconds.  The nominal design lifetime for
each instrument is four years. TWINS operates  only during the apogee portion of
each orbit, when the spacecraft is above the radiation belts.
More detailed information is available at the TWINS home page
http://twins.swri.edu/

• Data Variable Descriptions
  Number of TWINS sweeps used - minimun [sweepsMin]
  Number of TWINS sweeps used - maximum [sweepsMax]
  [NO PLOT] Average ENA flux images for different energies projected along the LOS to the bins in the GSM xy plane [fluxarrays]
  ENA flux image in GSM at 2keV [flux2]
  ------------> 8keV [flux8]
  ------------> 14keV [flux14]
  ------------> 20keV [flux20]
  ------------> 24keV [flux24]
  ------------> 32keV [flux32]
  ------------> 45keV [flux45]
  ENA flux vs energy along GSM-y at GSM-x=20Re [flux_x20]
  ----------> along GSM-y at GSM-x=10 Re [flux_x10]
  ----------> along GSM-x at GSM-y=-5 Re [flux_yneg5]
  ----------> along GSM-x at GSM-y=5 Re [flux_y5]
  ENA flux Movie image in GSM at 2keV [flux2M]
  ------------> Movie at 8keV [flux8M]
  ------------> Movie at 14keV [flux14M]
  ------------> Movie at 20keV [flux20M]
  ------------> Movie at 24keV [flux24M]
  ------------> Movie at 32keV [flux32M]
  ------------> Movie at 45keV [flux45M]
  ENA flux vs energy movie along GSM-y at GSM-x=20Re [flux_x20M]
  ----------> Movie along GSM-y at GSM-x=10 Re [flux_x10M]
  ----------> Movie along GSM-x at GSM-y=-5 Re [flux_yneg5M]
  ----------> Movie along GSM-x at GSM-y=5 Re [flux_y5M]
  [NO PLOT] countarrays: Number of flux values in each energy-spatial bin [countarrays]
  Ion temperature images calculated from ENA fluxes in each GSM spatial bin [temparrays]
  --> Movie of Ion temperature images calculated from ENA fluxes in each GSM spatial bin [temparraysM]
  Time interval used for Ti calculation [tot_time2]
  [NO PLOT] Error in each energy-space bin based on the error given by the algorithm that calculates the flux from the raw TWINS data. [errorarrays]
  [NO PLOT] Another error value determined as 1/sqrt(countarrays). [counterrors]
  Uncertainty in the angle that gives the direction in which the TWINS instrument is pointing. [delta_deg]

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TWINS_M2_ENA doi:10.48322/grxp-5t19 Copy BibTeX Citation

Description

Katus, R. M., A. M. Keesee, E. Scime, and M. W. Liemohn (2017), Storm time
equatorial magnetospheric ion temperature derived from TWINS ENA flux,J.
Geophys. Res. Space Physics, 122, 3996, doi:10.1002/2016JA023824.

• Data Variable Descriptions
  Inner Magnetospheric Ion Temperature images [Ion_Temperature_flipped]
  ---> Movie display [Ion_Temperature_movie]
  TWINS Satellite 1 or 2 Used to calculate Ion Temperature [Satellite]
  TWINS Spacecraft Location X GSM [RE] [X_GSM]
  TWINS Spacecraft Location Y GSM [RE] [Y_GSM]
  TWINS Spacecraft Location Z GSM [RE] [Z_GSM]
  Active Region Z Score [Active_Region_flipped]
  --> Movie display of above [Active_Region_flipped_mv]
  The 5-level quality flag for data coverage. 5-level quality flag for data coverage. 5 > 95%, 4 > 90%, 3 > 75%, 2 > 50%, 1 > 25% [Coverage_flag]
  Overlap of TWINS error array and the overlapped identified active regions. Error_array comes from the estimation of the error in the flux values from the statistical smoothing algorithm. 0 = good quality, 1 = bad [ErrorFlag]
  The Count_Error spatial map. The Count_Error is the energy averaged from raw counts per instrument pixel [Count_Error]

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