2.4.1 spase://CNES/NumericalData/CDPP-AMDA/Juice/RADEM/juice-radem-rawhk.earthmoon JUICE - RADEM - Earth/Moon flyby - Raw Housekeeping 2025-10-06T07:33:24Z Housekeeping RAW data from RADEM (JUICE) RADEM data is stored in two .cdf file types with corresponding labels (.lbx): sc - science and hk - housekeeping The hk files have operational information including the RADEM's operation mode. Science data is only acquired when RADEM_MODE is in Normal mode. However, flight calibrations are also made in this Normal mode - refer to the caveats section for more information. The sc files contain the measurements made by the detectors integrated in time (default is 60s - check INTEGRATION_TIME variable in the files). In the data_raw, detector observations are split into eight ELECTRONS bins (EDH), eight PROTONS bins (PDH), two HEAVY_IONS bins (HIDH), 31 directionality detector bins (DDH), and 12 CUSTOM bins (mix of EDH and PDH - check the EAICD). The sensitivity of each bin depends on the configuration (see the EAICD for more information). * Configuration 1 In this configuration all detectors work in single coincidence. The main objective was to maximize its sensitivity to cosmic rays to test all sensors. This means that all detectors are measuring electrons, protons and heavy ions at the same time. However, they are more sensitive to protons and to heavy ions than to electrons. Moreover, proton fluxes are typically much higher than that of heavy ions so the response to protons should dominate even with large contamination from electrons and heavy ions. * Configuration 2 The PDH was changed to multiple coincidence. The CUSTOM channels are now being used. The thresholds of all detectors with the exception of the second HIDH were changed significantly. PROTONS variable are well separated in energy (see EAICD) with almost no contamination from either electrons or heavy ions. ELECTRONS variable measure electrons above a certain energy (see EAICD or metadata). The first bin is contaminated by low energy protons (~7.8 MeV). All bins are contaminated by high energy protons (>~ 45-70 MeV). Directionality detector bins measure electrons above 0.3 MeV (0º, and 22.5º zenith sensors), 0.35 MeV (45º zenith sensors), and 0.5 MeV (67.5º sensors). All bins are contaminated by high energy protons (>~ 40-50 MeV). HEAVY_IONS bin 2 measures ions with energies between 30.9-90 MeV/nucleon and above 100 MeV/nucleon. CUSTOM channels measure a variety of particles and energies (check EAICD) spase://CNES/Person/CDPP-AMDA/Wojciech.Hajdas PrincipalInvestigator PSA/ESA server https://psa.esa.int/psa All RADEM data is publicly available in the PSA/ESA server. RADEM EAICD https://archives.esac.esa.int/psa/repo/esa/psa/juice_radem/document/2025-07-28/eaicd/1.0/JUICE_RADEM_EAICD__1.0.pdf JUICE RADEM Experiment to Archive Interface Control Document (RADEM EAICD) juice-radem-earthmoon PartOf Earth/Moon flyby spase://SMWG/Repository/CDPP/AMDA Online Open CDPP/AMDA HAPI Server https://amda.irap.omp.eu/service/hapi juice-radem-rawhk.earthmoon Web Service to this product using the HAPI interface. CSV Thank you for acknowledging the use of AMDA in publications with wording like "Data analysis was performed with the AMDA science analysis system provided by the Centre de Données de la Physique des Plasmas (CDPP) supported by CNRS, CNES, Observatoire de Paris and Université Paul Sabatier, Toulouse". See the Rules of the road at https://amda.cdpp.eu/help/policy.html . Please acknowledge the Data Providers. spase://SMWG/Repository/CDPP/AMDA Online Open CDPP/AMDA Web application https://amda.cdpp.eu Access to Data via CDPP/AMDA Web application. CSV VOTable CDF PNG Thank you for acknowledging the use of AMDA in publications with wording like "Data analysis was performed with the AMDA science analysis system provided by the Centre de Données de la Physique des Plasmas (CDPP) supported by CNRS, CNES, Observatoire de Paris and Université Paul Sabatier, Toulouse". See the Rules of the road at https://amda.cdpp.eu/help/policy.html . Please acknowledge the Data Providers. Raw ESA urn:esa:psa:juice_radem spase://CNES/Instrument/CDPP-AMDA/Juice/RADEM EnergeticParticles 2024-08-12T00:00:23Z 2024-09-10T23:59:23Z PT60S Heliosphere 14.04.2023 - 30.04.2023: NECP - Non scientific data. 30.08.2023 - Onwards: A few directional sensors are fully masked/shadowed by the spacecraft (directionality detector Bins 8, 9, 16-19, 25-28). 30.08.2023 - Onwards: The first Heavy ion detector diode is unresponsive since launch. 30.08.2023 - 30.08.2023: RADEM Configuration 1: detectors in single coincidence. 30.04.2024 - 30.04.2024: Software test - do not use data. 21.05.2024 - 28.05.2024: Threshold scan (flight calibration) - do not use data. 09.07.2024 - 09.07.2024: RADEM Configuration 2. Large reconfiguration of the coincidence logic and its thresholds. 04.08.2024 - 04.08.2024: Third re-configuration. Small reconfiguration of Proton Bin 3. packet type radem_rawearthmoon_packettype ID of the HK report bits TimeSeries Housekeeping mode radem_rawearthmoon_mode RADEM working mode (10 - Calibration, 5 - Safe and 15 - Normal) TimeSeries Housekeeping system errors radem_rawearthmoon_syserr System Errors: CEU Software Status and Parametric Errors LRG30728 - Breakdown: * Bit 0 (LSB): Found SRAM correctable error * Bit 1: Found MRAM correctable error * Bit 2: Found SRAM uncorrectable error * Bit 3: Found MRAM uncorrectable error * Bit 4: EDH access error * Bit 5: PIDH access error LRG30753 - Breakdown: * Bit 0 (LSB): PCU OR CEU Temperatures * Bit 1: PIDH Temperature * Bit 2: EDH Temperature * Bit 3: DDH Temperature * Bit 4: PIDH Vbias/Mbias * Bit 5: EDH Vbias/Mbias * Bit 6: DDH Vbias/Mbias * Bit 7: HK 4V3 Soft Limit * Bit 8: PIDH 1V8 * Bit 9: EDH 1V8 * Bit 10: DDH 1V8 * Bit 11: PIDH 3V3 * Bit 12: EDH 3V3 * Bit 13: DDH 3V3 * Bit 14: Mbias/Vbias * Bit 15: VREF CEU 3V3 * Bit 29: Vbias Hard Limit * Bit 30: HK 4V3 Hard Limit * Others: DC bits TimeSeries 2 SW_Errors 1 radem_rawearthmoon_syserr(0) Parametric_Errors 2 radem_rawearthmoon_syserr(1) Housekeeping BIST status radem_rawearthmoon_biststatus BIST Status procedure, responsible to perform the RADEM self-test, where RADEM Detector Heads and Power Supply Health are evaluated. bits TimeSeries Housekeeping uProcessor work load radem_rawearthmoon_cpuwl uProcessor Watchdog reload margin. ADC TimeSeries Housekeeping detector heads status radem_rawearthmoon_headsstatus PIDH Detector Status, EDH Detector Status, DDH Detector Status (ON/OFF), PIDH ASIC Status, EDH ASIC Status, DDH ASIC Status (SEL detected and internal Errors). LRT30707 - Bit 0 (LSB): PIDH Detector ON/OFF LRT30715 - Bit 0 (LSB): EDH Detector ON/OFF LRT30723 - Bit 0 (LSB): DDH Detector ON/OFF LRT30706 - Bit 0 (LSB): PIDH ASIC Scrubbing Error LRT30714 - Bit 0 (LSB): EDH ASIC Scrubbing Error LRT30722 - Bit 0 (LSB): DDH ASIC Scrubbing Error bits TimeSeries 6 PIDH_Detector_Status 1 radem_rawearthmoon_headsstatus(0) EDH_Detector_Status 2 radem_rawearthmoon_headsstatus(1) DDH_Detector_Status 3 radem_rawearthmoon_headsstatus(2) PIDH_ASIC_Status 4 radem_rawearthmoon_headsstatus(3) EDH_ASIC_Status 5 radem_rawearthmoon_headsstatus(4) DDH_ASIC_Status 6 radem_rawearthmoon_headsstatus(5) Housekeeping voltages radem_rawearthmoon_voltages System voltages. Parameters under control are PCU +92.5V and +4.3V, Detector 90V, CEU 3.3V and the ASICs suply voltage of 3.3V and 1.8V. ADC TimeSeries 10 PCU_+92d5V 1 radem_rawearthmoon_voltages(0) PCU_+4d3V 2 radem_rawearthmoon_voltages(1) CEU_+3d3V 3 radem_rawearthmoon_voltages(2) VBias 4 radem_rawearthmoon_voltages(3) PIDH_ASIC_+1d8V 5 radem_rawearthmoon_voltages(4) EDH_ASIC_+1d8V 6 radem_rawearthmoon_voltages(5) DDH_ASIC_+1d8V 7 radem_rawearthmoon_voltages(6) PIDH_ASIC_+3d3V 8 radem_rawearthmoon_voltages(7) EDH_ASIC_+3d3V 9 radem_rawearthmoon_voltages(8) DDH_ASIC_+3d3V 10 radem_rawearthmoon_voltages(9) Housekeeping currents radem_rawearthmoon_currents PIDH, EDH, and DDH ASICs Mbias (reference current). ADC TimeSeries 3 PIDH_ASIC_Mbias 1 radem_rawearthmoon_currents(0) EDH_ASIC_Mbias 2 radem_rawearthmoon_currents(1) DDH_ASIC_Mbias 3 radem_rawearthmoon_currents(2) Housekeeping temperatures radem_rawearthmoon_temperatures System Temperatures: PCU, CEU, PIDH, EDH, DDH. ADC TimeSeries 5 PCU_Temperature 1 radem_rawearthmoon_temperatures(0) CEU_Temperature 2 radem_rawearthmoon_temperatures(1) PIDH_Temperature 3 radem_rawearthmoon_temperatures(2) EDH_Temperature 4 radem_rawearthmoon_temperatures(3) DDH_Temperature 5 radem_rawearthmoon_temperatures(4) Housekeeping CEU mem. err. counters radem_rawearthmoon_ceuerrcount System Memory Error Counters: SRAM Single Error, SRAM Double Error, MRAM Double Error and MRAM Double Error. counts TimeSeries 4 SRAM_Single_Error_Bit_Counter 1 radem_rawearthmoon_ceuerrcount(0) SRAM_Double_Error_Bit_Counter 2 radem_rawearthmoon_ceuerrcount(1) MRAM_Single_Error_Bit_Counter 3 radem_rawearthmoon_ceuerrcount(2) MRAM_Double_Error_Bit_Counter 4 radem_rawearthmoon_ceuerrcount(3) Housekeeping CEU mem. err. addresses radem_rawearthmoon_ceuerradd CEU Memory Error Addresses. address TimeSeries 4 SRAM_Single_Error_Bit_Address 1 radem_rawearthmoon_ceuerradd(0) SRAM_Double_Error_Bit_Address 2 radem_rawearthmoon_ceuerradd(1) MRAM_Single_Error_Bit_Address 3 radem_rawearthmoon_ceuerradd(2) MRAM_Double_Error_Bit_Address 4 radem_rawearthmoon_ceuerradd(3) Housekeeping ASIC err. counters radem_rawearthmoon_asicerrcount PIDH, EDH, and DDH ASIC Error Counters. ADC TimeSeries 3 PIDH_ASIC_ERR_Counter 1 radem_rawearthmoon_asicerrcount(0) EDH_ASIC_ERR_Counter 2 radem_rawearthmoon_asicerrcount(1) DDH_ASIC_ERR_Counter 3 radem_rawearthmoon_asicerrcount(2) Housekeeping ASIC latchup monitor radem_rawearthmoon_asiclatmon ASIC Latchup Monitor: PIDH, EDH, DDH. bits TimeSeries 3 ASIC_PIDH_SEL 1 radem_rawearthmoon_asiclatmon(0) ASIC_EDH_SEL 2 radem_rawearthmoon_asiclatmon(1) ASIC_DDH_SEL 3 radem_rawearthmoon_asiclatmon(2) Housekeeping ASIC scrubbing radem_rawearthmoon_asicscru ASIC Scrubbing: PIDH, EDH, DDH Bit 0 error status. bits TimeSeries 3 PIDH_ASIC_Scrub 1 radem_rawearthmoon_asicscru(0) EDH_ASIC_Scrub 2 radem_rawearthmoon_asicscru(1) DDH_ASIC_Scrub 3 radem_rawearthmoon_asicscru(2) Housekeeping ASIC tables radem_rawearthmoon_asictab ASIC configuration in use including coincidence logic (Coincidence Tables) and thresholds (Register Table). bits TimeSeries 6 PIDH_CL_Table 1 radem_rawearthmoon_asictab(0) PIDH_Register_Table 2 radem_rawearthmoon_asictab(1) EDH_CL_Table 3 radem_rawearthmoon_asictab(2) EDH_Register_Table 4 radem_rawearthmoon_asictab(3) DDH_CL_Table 5 radem_rawearthmoon_asictab(4) DDH_Register_Table 6 radem_rawearthmoon_asictab(5) Housekeeping