*** File Information *** 

For descriptor: swa-his-hk 

Filename: data/user/SolO/swa/L2/2022/solo_L2_swa-his-hk_20221231_V02.cdf 

Variables: ['EPOCH', 'SCET', 'SELECT', 'SELECT_LABELS', 'REGISTER', 'REGISTER_LABELS', 'STATUS', 'STATUS_LABELS', 'SAFING_ST_CDH_MON', 'CDH_MON_LABELS', 'SAFING_ST_DSCB_MON', 'DSCB_MON_LABELS', 'AC_LINK_EN', 'AC_LINK_ERR', 'ALPHA_DECI_DECR_THRESH_REG', 'ALPHA_DECI_INCR_REG', 'ALPHA_DECI_INCR_THRESH_REG', 'ALPHA_DECI_LEVEL_REG', 'ALPHA_MAX_VAL_REG', 'ALPHA_MIN_VAL_REG', 'ANODE_STIM_DELAY', 'ANODE_STIM_ON', 'ANODE_STIM_RATE', 'ASIC_ADC_WAIT', 'ASIC_CONF_REG', 'ASIC_CS_MON', 'ASIC_OUT_OF_SYSTEM_EN', 'ASIC_REG_SWITCH', 'ASIC_RESET', 'ASIC_STIM_DELAY', 'ASIC_STIM_ON', 'ASIC_STIM_RATE', 'ASIC_TP_RATE', 'ASIC_WRITE_REG', 'BOARD_ID', 'TOF_CAL_EN', 'CCSDS_REJ_MESSAGE_CNT', 'CDH_BOARD_TEMP', 'CDH_BOARD_TEMP_AVE_MIN_MAX', 'CDH_BOARD_TEMP_AVE_LABELS', 'CDH_CPU_TEMP', 'CDH_CPU_TEMP_AVE_MIN_MAX', 'CDH_CPU_TEMP_AVE_LABELS', 'CDH_GROUND', 'CDH_GROUND_AVE_MIN_MAX', 'CDH_GROUND_AVE_LABELS', 'CDH_OPTO_LINK_RX_EN', 'CDH_OPTO_LINK_RX_RATE', 'CDH_OPTO_LINK_STAT_A', 'CDH_OPTO_LINK_STAT_B', 'CDH_OPTO_LINK_TX_POWER', 'CDH_OPTO_LINK_TX_RATE', 'CDH_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'CDH_OPTO_RX_CRC_ERR_CNT', 'CDH_OPTO_RX_HDR_ERR_CNT', 'CDH_OPTO_RX_SIDE', 'CDH_P1_5V', 'CDH_P1_5V_AVE_MIN_MAX', 'CDH_P1_5V_AVE_LABELS', 'CDH_P1_8V', 'CDH_P1_8V_AVE_MIN_MAX', 'CDH_P1_8V_AVE_LABELS', 'CDH_P3_3V_ADC_V', 'CDH_P3_3V_ADC_V_AVE_MIN_MAX', 'CDH_P3_3V_ADC_V_AVE_LABELS', 'CDH_P5V_DAC_V', 'CDH_P5V_DAC_V_AVE_MIN_MAX', 'CDH_P5V_DAC_V_AVE_LABELS', 'CDH_SWEEP_DAC_EN_LATCHED', 'CDH_SWEEP_STATE', 'CDH_WDOG_EN', 'CDH_WDOG_STATUS', 'CHECKSUM', 'CMD_ACC_CNT', 'CMD_ACC_LAST_SERVICE', 'CMD_ACC_LAST_SUBSERVICE', 'CMD_ACC_SSC', 'CMD_POL_BOT_DEF', 'CMD_POL_TOP_DEF', 'CMD_POL_TOP_PLATE', 'CMD_REJ_CNT', 'CMD_REJ_LAST_SERVICE', 'CMD_REJ_LAST_SUBSERVICE', 'CMD_REJ_SSC', 'CMD_RNG_ANALYZER', 'CMD_RNG_BOT_DEF', 'CMD_RNG_TOP_DEF', 'CMD_RNG_TOP_PLATE', 'CMD_VAL_ANALYZER', 'CMD_VAL_BOT_DEF', 'CMD_VAL_MAIN', 'CMD_VAL_OFFSET', 'CMD_VAL_PA', 'CMD_VAL_SSD', 'CMD_VAL_START_A', 'CMD_VAL_START_B', 'CMD_VAL_START_CFD', 'CMD_VAL_START_MCP', 'CMD_VAL_STOP_A', 'CMD_VAL_STOP_B', 'CMD_VAL_STOP_CFD', 'CMD_VAL_STOP_MCP', 'CMD_VAL_TOP_DEF', 'CMD_VAL_TOP_PLATE', 'COINC_TIMING_ASIC_SHAPE', 'COINC_TIMING_ASIC_WINDOW', 'COINC_TIMING_POS_TIMEOUT', 'COINC_TIMING_TOF_TIMEOUT', 'CONNECTION_TEST_CNT', 'CPU_WDOG_EN', 'CPU_WDOG_STATUS', 'DSCB_ADC_EN', 'DSCB_ADC_WAITS', 'DSCB_ASIC_CONTROL_STATE_MACHINE', 'DSCB_ASIC_FLAG', 'DSCB_ASIC_V_MON', 'DSCB_ASIC_V_MON_AVE_MIN_MAX', 'DSCB_ASIC_V_MON_AVE_LABELS', 'DSCB_ASIC_READ_OUT_STATE_MACHINE', 'DSCB_ASIC_TEMP', 'DSCB_ASIC_TEMP_AVE_MIN_MAX', 'DSCB_ASIC_TEMP_AVE_LABELS', 'DSCB_ASIC_WRITE_STATE_MACHINE', 'DSCB_AZIMUTHAL_SEL', 'DSCB_CMD_NAKS', 'DSCB_COINC', 'DSCB_COMM_ACTIVE', 'DSCB_DOUBLE_BIT_EDAC', 'DSCB_DSCB_TEMP', 'DSCB_DSCB_TEMP_AVE_MIN_MAX', 'DSCB_DSCB_TEMP_AVE_LABELS', 'DSCB_DSIB_TEMP', 'DSCB_DSIB_TEMP_AVE_MIN_MAX', 'DSCB_DSIB_TEMP_AVE_LABELS', 'DSCB_FPGA_BASE', 'DSCB_FPGA_REV', 'DSCB_HK_RATE', 'DSCB_HV_AUTO_RESET_EN', 'DSCB_HV_EN', 'DSCB_HV_LIMITED', 'DSCB_HV_MON_EN', 'DSCB_HVPS_TEMP', 'DSCB_HVPS_TEMP_AVE_MIN_MAX', 'DSCB_HVPS_TEMP_AVE_LABELS', 'DSCB_INIT_BIT', 'DSCB_INIT_REG', 'DSCB_MCP_BIAS_EN', 'DSCB_MCP_BIAS_I_LIMIT_EN', 'DSCB_MCP_BIAS_I_TRIP', 'DSCB_MCP_BIAS_V_LIMIT_EN', 'DSCB_MCP_BIAS_V_TRIP', 'DSCB_OFFSET_I_MON', 'DSCB_OFFSET_I_MON_AVE_MIN_MAX', 'DSCB_OFFSET_I_MON_AVE_LABELS', 'DSCB_OFFSET_V_MON', 'DSCB_OFFSET_V_MON_AVE_MIN_MAX', 'DSCB_OFFSET_V_MON_AVE_LABELS', 'DSCB_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'DSCB_OPTO_RX_CRC_ERR_CNT', 'DSCB_OPTO_RX_DATA1_ERR_CNT', 'DSCB_OPTO_RX_DATA2_ERR_CNT', 'DSCB_OPTO_RX_HDR_ERR_CNT', 'DSCB_P1_5V', 'DSCB_P1_5V_AVE_MIN_MAX', 'DSCB_P1_5V_AVE_LABELS', 'DSCB_P3_3V', 'DSCB_P3_3V_AVE_MIN_MAX', 'DSCB_P3_3V_AVE_LABELS', 'DSCB_P3_3V_ADC_REF', 'DSCB_P3_3V_ADC_REF_AVE_MIN_MAX', 'DSCB_P3_3V_ADC_REF_AVE_LABELS', 'DSCB_P5V_ADC_REF_MON', 'DSCB_P5V_ADC_REF_MON_AVE_MIN_MAX', 'DSCB_P5V_ADC_REF_MON_AVE_LABELS', 'DSCB_P5V_DAC_REF_MON', 'DSCB_P5V_DAC_REF_MON_AVE_MIN_MAX', 'DSCB_P5V_DAC_REF_MON_AVE_LABELS', 'DSCB_POS_START', 'DSCB_POS_START_ADD_SUB', 'DSCB_POS_START_SEL', 'DSCB_POS_STOP', 'DSCB_POS_STOP_ADD_SUB', 'DSCB_POS_STOP_DUAL_SEL', 'DSCB_POS_STOP_SEL', 'DSCB_RATES_EN', 'DSCB_RESET_DECI_LEVEL', 'DSCB_RESET_FSW', 'DSCB_RESET_POR', 'DSCB_RESET_WDOG', 'DSCB_SINGLE_BIT_EDAC', 'DSCB_SSD_I_MON', 'DSCB_SSD_I_MON_AVE_MIN_MAX', 'DSCB_SSD_I_MON_AVE_LABELS', 'DSCB_SSD_TEMP', 'DSCB_SSD_TEMP_AVE_MIN_MAX', 'DSCB_SSD_TEMP_AVE_LABELS', 'DSCB_SSD_V_MON', 'DSCB_SSD_V_MON_AVE_MIN_MAX', 'DSCB_SSD_V_MON_AVE_LABELS', 'DSCB_START_MCP_I_MON', 'DSCB_START_MCP_I_MON_AVE_MIN_MAX', 'DSCB_START_MCP_I_MON_AVE_LABELS', 'DSCB_START_MCP_TEMP', 'DSCB_START_MCP_TEMP_AVE_MIN_MAX', 'DSCB_START_MCP_TEMP_AVE_LABELS', 'DSCB_START_MCP_V_MON', 'DSCB_START_MCP_V_MON_AVE_MIN_MAX', 'DSCB_START_MCP_V_MON_AVE_LABELS', 'DSCB_STARTUP_POWER', 'DSCB_STARTUP_RX_A_EN', 'DSCB_STARTUP_RX_B_EN', 'DSCB_STARTUP_TX_A_EN', 'DSCB_STARTUP_TX_B_EN', 'DSCB_STOP_MCP_I_MON', 'DSCB_STOP_MCP_I_MON_AVE_MIN_MAX', 'DSCB_STOP_MCP_I_MON_AVE_LABELS', 'DSCB_STOP_MCP_TEMP', 'DSCB_STOP_MCP_TEMP_AVE_MIN_MAX', 'DSCB_STOP_MCP_TEMP_AVE_LABELS', 'DSCB_STOP_MCP_V_MON', 'DSCB_STOP_MCP_V_MON_AVE_MIN_MAX', 'DSCB_STOP_MCP_V_MON_AVE_LABELS', 'DSCB_SWEEP_OVER', 'DSCB_SYSTEM_FSM', 'DSCB_TOF_START', 'DSCB_TOF_START_ADD_SUB', 'DSCB_TOF_STOP', 'DSCB_TOF_STOP_ADD_SUB', 'DSCB_V_I_MON_REF', 'DSCB_V_I_MON_REF_AVE_MIN_MAX', 'DSCB_V_I_MON_REF_AVE_LABELS', 'DSCB_WDOG_CNT', 'DSCB_WDOG_ON', 'EAIS_PORT_TEMP', 'EAIS_PORT_TEMP_AVE_MIN_MAX', 'EAIS_PORT_TEMP_AVE_LABELS', 'ENERGY_ASIC_ACQ_TP', 'ENERGY_ASIC_PARITY', 'EVENT_ERR_CNT', 'FDIR_DSCB_AUTOMATIC_LIMIT', 'FDIR_DSCB_COMM_LOSS', 'FDIR_DSCB_DOWNLINK_UNDETERMINED', 'FDIR_DSCB_NOT_RUNNING', 'FDIR_DSCB_REG_INIT', 'FDIR_EMERGENCY_FAST_SAFE', 'FDIR_LEVEL', 'FDIR_NOMINAL_SLOW_SAFE', 'FDIR_RED_LIMIT', 'FDIR_RESERVED', 'FDIR_SCIENCE_AUTO_MODE_FAIL', 'FDIR_SOLAR_ARRAY_STEERING_START', 'FDIR_SOLAR_ARRAY_STEERING_STOP', 'FDIR_TASK_TIMEOUT', 'FDIR_THRUSTER_FIRING_START', 'FDIR_THRUSTER_FIRING_STOP', 'FDIR_YELLOW_LIMIT', 'FPGA_STEP_TBL', 'FPGA_STEP_TBL_DATA_ELEV_INDEX', 'FPGA_STEP_TBL_E_Q_INDEX', 'FPGA_STEP_TBL_ELEV_INDEX', 'FPGA_SWEEP_TBL_ROW', 'FPGA_SWEEP_TBL_SIDE', 'FPGA_SWEEP_TBL_DATA_SIDE', 'HK_EN', 'HV_DISABLED', 'HV_I_LIM_PERSISTENCE', 'HV_LIMITED', 'HV_V_LIM_PERSISTENCE', 'HVPS_ANALYZER', 'HVPS_ANALYZER_AVE_MIN_MAX', 'HVPS_ANALYZER_AVE_LABELS', 'HVPS_ANALYZER_POL', 'HVPS_ANALYZER_POL_AVE_MIN_MAX', 'HVPS_ANALYZER_POL_AVE_LABELS', 'HVPS_ANALYZER_RNG', 'HVPS_ANALYZER_RNG_AVE_MIN_MAX', 'HVPS_ANALYZER_RNG_AVE_LABELS', 'HVPS_BOT_DEF', 'HVPS_BOT_DEF_AVE_MIN_MAX', 'HVPS_BOT_DEF_AVE_LABELS', 'HVPS_BOT_DEF_POL', 'HVPS_BOT_DEF_POL_AVE_MIN_MAX', 'HVPS_BOT_DEF_POL_AVE_LABELS', 'HVPS_BOT_DEF_RNG', 'HVPS_BOT_DEF_RNG_AVE_MIN_MAX', 'HVPS_BOT_DEF_RNG_AVE_LABELS', 'HVPS_HV_MAIN_N', 'HVPS_HV_MAIN_N_AVE_MIN_MAX', 'HVPS_HV_MAIN_N_AVE_LABELS', 'HVPS_HV_MAIN_N_POL', 'HVPS_HV_MAIN_N_POL_AVE_MIN_MAX', 'HVPS_HV_MAIN_N_POL_AVE_LABELS', 'HVPS_HV_MAIN_N_RNG', 'HVPS_HV_MAIN_N_RNG_AVE_MIN_MAX', 'HVPS_HV_MAIN_N_RNG_AVE_LABELS', 'HVPS_HV_MAIN_P', 'HVPS_HV_MAIN_P_AVE_MIN_MAX', 'HVPS_HV_MAIN_P_AVE_LABELS', 'HVPS_HV_MAIN_P_POL', 'HVPS_HV_MAIN_P_POL_AVE_MIN_MAX', 'HVPS_HV_MAIN_P_POL_AVE_LABELS', 'HVPS_HV_MAIN_P_RNG', 'HVPS_HV_MAIN_P_RNG_AVE_MIN_MAX', 'HVPS_HV_MAIN_P_RNG_AVE_LABELS', 'HVPS_N12V_I', 'HVPS_N12V_I_AVE_MIN_MAX', 'HVPS_N12V_I_AVE_LABELS', 'HVPS_P12V_I', 'HVPS_P12V_I_AVE_MIN_MAX', 'HVPS_P12V_I_AVE_LABELS', 'HVPS_TOP_DEF', 'HVPS_TOP_DEF_AVE_MIN_MAX', 'HVPS_TOP_DEF_AVE_LABELS', 'HVPS_TOP_DEF_POL', 'HVPS_TOP_DEF_POL_AVE_MIN_MAX', 'HVPS_TOP_DEF_POL_AVE_LABELS', 'HVPS_TOP_DEF_RNG', 'HVPS_TOP_DEF_RNG_AVE_MIN_MAX', 'HVPS_TOP_DEF_RNG_AVE_LABELS', 'HVPS_TOP_PLATE', 'HVPS_TOP_PLATE_AVE_MIN_MAX', 'HVPS_TOP_PLATE_AVE_LABELS', 'HVPS_TOP_PLATE_POL', 'HVPS_TOP_PLATE_POL_AVE_MIN_MAX', 'HVPS_TOP_PLATE_POL_AVE_LABELS', 'HVPS_TOP_PLATE_RNG', 'HVPS_TOP_PLATE_RNG_AVE_MIN_MAX', 'HVPS_TOP_PLATE_RNG_AVE_LABELS', 'INTEGRATION_TIME', 'INTER_INST_INFO_CNT', 'IRAP_HV_ON', 'IRAP_HVPS_TEMP', 'IRAP_HVPS_TEMP_AVE_MIN_MAX', 'IRAP_HVPS_TEMP_AVE_LABELS', 'LAST_ERR_CODE', 'LAST_MACRO_ACC_CMD_CNT', 'LAST_MACRO_ACC_SERVICE', 'LAST_MACRO_ACC_SUBSERVICE', 'LAST_MACRO_CALLER', 'LAST_MACRO_CMD_CNT', 'LAST_MACRO_I_WAIT', 'LAST_MACRO_REJ_CMD_CNT', 'LAST_MACRO_REJ_SERVICE', 'LAST_MACRO_REJ_SUBSERVICE', 'LAST_MACRO_SEL', 'LAST_MACRO_TOTAL_CMDS', 'LOW_TOF_CUT_OFF_REG', 'LVPS_12V_DC_DC_TEMP', 'LVPS_12V_DC_DC_TEMP_AVE_MIN_MAX', 'LVPS_12V_DC_DC_TEMP_AVE_LABELS', 'LVPS_5V_DC_DC_TEMP', 'LVPS_5V_DC_DC_TEMP_AVE_MIN_MAX', 'LVPS_5V_DC_DC_TEMP_AVE_LABELS', 'LVPS_AC_LINK_I', 'LVPS_AC_LINK_I_AVE_MIN_MAX', 'LVPS_AC_LINK_I_AVE_LABELS', 'LVPS_AC_LINK_TEMP', 'LVPS_AC_LINK_TEMP_AVE_MIN_MAX', 'LVPS_AC_LINK_TEMP_AVE_LABELS', 'LVPS_AC_LINK_V', 'LVPS_AC_LINK_V_AVE_MIN_MAX', 'LVPS_AC_LINK_V_AVE_LABELS', 'LVPS_N12V_OUTPUT_I', 'LVPS_N12V_OUTPUT_I_AVE_MIN_MAX', 'LVPS_N12V_OUTPUT_I_AVE_LABELS', 'LVPS_N12V_OUTPUT_V', 'LVPS_N12V_OUTPUT_V_AVE_MIN_MAX', 'LVPS_N12V_OUTPUT_V_AVE_LABELS', 'LVPS_N5V_OUTPUT_I', 'LVPS_N5V_OUTPUT_I_AVE_MIN_MAX', 'LVPS_N5V_OUTPUT_I_AVE_LABELS', 'LVPS_N5V_OUTPUT_V', 'LVPS_N5V_OUTPUT_V_AVE_MIN_MAX', 'LVPS_N5V_OUTPUT_V_AVE_LABELS', 'LVPS_P12V_OUTPUT_I', 'LVPS_P12V_OUTPUT_I_AVE_MIN_MAX', 'LVPS_P12V_OUTPUT_I_AVE_LABELS', 'LVPS_P12V_OUTPUT_V', 'LVPS_P12V_OUTPUT_V_AVE_MIN_MAX', 'LVPS_P12V_OUTPUT_V_AVE_LABELS', 'LVPS_P3_3V_DC_DC_TEMP', 'LVPS_P3_3V_DC_DC_TEMP_AVE_MIN_MAX', 'LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS', 'LVPS_P3_3V_OUTPUT_I', 'LVPS_P3_3V_OUTPUT_I_AVE_MIN_MAX', 'LVPS_P3_3V_OUTPUT_I_AVE_LABELS', 'LVPS_P3_3V_OUTPUT_V', 'LVPS_P3_3V_OUTPUT_V_AVE_MIN_MAX', 'LVPS_P3_3V_OUTPUT_V_AVE_LABELS', 'LVPS_P5V_OUTPUT_I', 'LVPS_P5V_OUTPUT_I_AVE_MIN_MAX', 'LVPS_P5V_OUTPUT_I_AVE_LABELS', 'LVPS_P5V_OUTPUT_V', 'LVPS_P5V_OUTPUT_V_AVE_MIN_MAX', 'LVPS_P5V_OUTPUT_V_AVE_LABELS', 'MACRO_STATUS', 'MASTER_SWEEP_EN', 'MASTER_SWEEP_EN_STATUS', 'MISSING_SPACEWIRE_TIME_CODE', 'MODE_CHANGE_REASON', 'MRAM_WR_EN', 'OFFSET_EN', 'OFFSET_I_EN_LIM', 'OFFSET_I_TRIG', 'OFFSET_V_EN_LIM', 'OFFSET_V_TRIG', 'OP_MODE', 'OPTO_RX_A_EN', 'OPTO_RX_A_EN_INIT', 'OPTO_RX_B_EN', 'OPTO_RX_B_EN_INIT', 'OPTO_RX_LOOPBACK', 'OPTO_RX_RATE', 'OPTO_RX_SIGNAL_QUALITY', 'OPTO_RX_SYNCED', 'OPTO_TX_A_EN', 'OPTO_TX_A_EN_INIT', 'OPTO_TX_B_EN', 'OPTO_TX_B_EN_INIT', 'OPTO_TX_EN', 'OPTO_TX_POWER', 'OPTO_TX_POWER_EN', 'OPTO_TX_RATE', 'OPTO_TX_READY', 'OSC_ADJ_POS_START', 'OSC_ADJ_POS_STOP', 'OSC_ADJ_TOF_START', 'OSC_ADJ_TOF_STOP', 'PA_HV_ON', 'PA_HVPS_TEMP', 'PA_HVPS_TEMP_AVE_MIN_MAX', 'PA_HVPS_TEMP_AVE_LABELS', 'PA_HVPS_V_MON', 'PA_HVPS_V_MON_AVE_MIN_MAX', 'PA_HVPS_V_MON_AVE_LABELS', 'PACKET_SUB_TIME', 'PACKET_WHOLE_TIME', 'POS_CAL_DONE', 'PROCESSOR_IDLE_PERCENTAGE', 'PROTON_AVOIDANCE_STATUS', 'PROTON_DECI_DECR_THRESH_REG', 'PROTON_DECI_INCR_REG', 'PROTON_DECI_INCR_THRESH_REG', 'PROTON_DECI_LEVEL_REG', 'PROTON_MAX_VAL_REG', 'PROTON_MIN_VAL_REG', 'QUALITY_BITMASK', 'QUALITY_FLAG', 'SAFETY_CHECKING_STATUS_CDH', 'SAFETY_CHECKING_STATUS_DSCB', 'SAFING_STATUS_CDH_MON_RED', 'SAFING_STATUS_CDH_MON_YEL', 'SAFING_STATUS_DSCB_MON_RED', 'SAFING_STATUS_DSCB_MON_YEL', 'SEQ_CNT', 'SSD_EN', 'SSD_I_EN_LIM', 'SSD_I_TRIG', 'SSD_V_EN_LIM', 'SSD_V_TRIG', 'START_ANODE_A_OSC_CNT', 'START_ANODE_B_OSC_CNT', 'START_COLLECTION', 'START_MCP_EN', 'START_MCP_I_EN_LIM', 'START_MCP_I_TRIG', 'START_MCP_V_EN_LIM', 'START_MCP_V_TRIG', 'START_STIM_DELAY', 'START_STIM_EXT', 'START_STIM_ON', 'START_STIM_RATE', 'START_TOF_OSC_CNT', 'STOP_MCP_EN', 'STOP_MCP_I_EN_LIM', 'STOP_MCP_I_TRIG', 'STOP_MCP_V_EN_LIM', 'STOP_MCP_V_TRIG', 'STOP_TOF_OSC_CNT', 'SWEEP_DATA_A_ACTIVE', 'SWEEP_DATA_B_ACTIVE', 'SWEEP_EDAC_EN', 'SWEEP_EDP', 'SWEEP_EN_ANALYZER', 'SWEEP_EN_BOT_DEF', 'SWEEP_EN_TOP_DEF', 'SWEEP_EN_TOP_PLATE', 'SWEEP_SCRUBBING_EN', 'SWEEP_TBL_POINTER_SEL', 'SYSTEM_MODULE_VERIFY', 'TIME_CODE_CNT', 'TIME_MESSAGE_CNT', 'TOF_CAL_DONE', 'TOF_START_SEL', 'TOF_STIM_DELAY', 'TOF_STIM_EXT', 'TOF_STIM_ON', 'TOF_STIM_RATE', 'WDOG_RESET_CNT'] 

*** Mandatory Variables *** 

QUALITY_FLAG
OK
QUALITY_BITMASK
OK

 *** Mandatory Global Attributes *** 


Project is ['SOLO>Solar Orbiter']
From dict, it should be: 'SOLO>Solar Orbiter'


Source_name is ['SOLO>Solar Orbiter']
From dict, it should be: 'SOLO>Solar Orbiter'


Discipline is ['Space Physics>Interplanetary Studies']
From dict, it should be: 'Space Physics>Interplanetary Studies'


Data_type is ['L2>Level 2 Data']
From dict, it should be: 'L2>Level 2 Data'


Descriptor is ['SWA-HIS-HK>Solar Wind Analyzer, Heavy Ion Sensor, Houskeeping']
From dict, it should be: 'SWA-HIS-HK>Solar Wind Analyser, Heavy Ion Sensor, etc'


ALERT: Keyword 'Instrument' NOT FOUND
From dict, it should be: 'SWA-HIS>Solar Wind Analyser Heavy Ion Sensor'


Data_version is ['02']
From dict, it should be: '02'


Software_version is ['01.01.00']


PI_name is ['S. Livi']


PI_affiliation is ['SWRI']


TEXT is ['HK data for HIS instrument.', 'HK data for HIS instrument.', 'HK data for HIS instrument.']


Instrument_type is ['Particles (space)']


Mission_group is ['Solar Orbiter']
From dict, it should be: 'Solar Orbiter'


Logical_source is ['solo_L2_swa-his-hk']
From dict, it should be: 'solo_L2_swa-his-hk'


Logical_file_id is ['solo_L2_swa-his-hk_20221231_V02']
From dict, it should be: 'solo_L2_swa-his-hk_20221231_V02'


Logical_source_description is ['Solar Orbiter Level 2 Solar Wind Analyser Heavy Ion Sensor Housekeeping Parameters']
From dict, it should be: 'Solar Orbiter, Level 2, Solar Wind Analyser, Heavy Ion Sensor, etc '


Rules_of_use is ['These Level 2 data require substantial processing for most applications.  Users are encouraged to use Level 3 data, which provide the most relevant data products for scientific research.  See Data Product Description Document for more information.  Contact SWA/HIS team for more information as needed.']


Generated_by is ['SO-HIS SOC, University of Michigan']


Generation_date is ['2023-08-31T19:06:00']


Acknowledgement is ['Please acknowledge Chris J. Owen (SWA PI -- UCL MSSL) & Stefano Livi (HIS PI -- SwRI). NASA Contract NNG10EK25C.']


MODS is ['Initial Release: August 24,2023.']


Parents is ['CDF>solo_L1_swa-his-hk_20221231_V01.cdf']


TARGET_NAME is ['interplanetary_medium']


TARGET_CLASS is ['Sun']


TARGET_REGION is ['Solar Wind']


TIME_MIN is ['2022-12-31T00:00:10Z']
TIME_MIN from metadata is given as 2022-12-31T00:00:10Z
Start time from filename: 20221231
Start time from epoch variable: 2022-12-31T00:00:10.295000000


TIME_MAX is ['2022-12-31T23:59:09Z']
TIME_MAX from metadata is given as 2022-12-31T23:59:09Z
End time from filename: 
End time from epoch variable: 2022-12-31T23:59:09.685000000


Data_product is ['hk>HK data for HIS instrument']
From dict, it should be: 'hk>[description of dataset]'


ALERT: Keyword 'SOOP_NAME' NOT FOUND
From dict, it should be: 'none'


SOOP_TYPE is ['111']
From dict, it should be: 'none'


OBS_ID is ['SSWA_100A_000_000_WtCp_111']
From dict, it should be: 'if not applicable, then none'


LEVEL is ['L2>Level 2 Data']
From dict, it should be: 'L2>Level 2 Data'



 *** Mandatory Variable Attributes *** 

Variable: EPOCH
{'CATDESC': 'Default time', 'FIELDNAM': 'EPOCH', 'FILLVAL': -9223372036854775808, 'LABLAXIS': 'EPOCH', 'MONOTON': 'INCREASE', 'REFERENCE_POSITION': 'Rotating Earth Geoid', 'SCALETYP': 'linear', 'TIME_BASE': 'J2000', 'TIME_SCALE': 'Terrestrial Time', 'UNITS': 'ns', 'VALIDMAX': 1577880069183000000, 'VALIDMIN': -315575942816000000, 'VAR_NOTES': 'Time in nanoseconds since January 1, 2000, 12:00:00.000. Converted using time correlation SCET via SPICE time kernel provided by the mission. Currently set to start of accumulation interval.', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='EPOCH', Num=0, Var_Type='zVariable', Data_Type=33, Data_Type_Description='CDF_TIME_TT2000', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-9223372036854775807]), Block_Factor=0)

UNITS = ns
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
FORMAT keywords missing


Variable: SCET
{'CATDESC': 'SCET', 'DEPEND_0': 'EPOCH', 'FIELDNAM': 'SCET', 'FILLVAL': -1e+31, 'FORMAT': 'E12.2', 'LABLAXIS': 'SCET', 'SCALEMAX': 8000000000000.0, 'SCALEMIN': 5000000000000.0, 'SCALETYP': 'linear', 'UNITS': 'milliseconds', 'VALIDMAX': 100000000000000.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Mission elapsed time in spacecraft clock ticks.  Note:  These are effected by environmental conditions and do not match Earth-based seconds. Beginning of accumulation.', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='SCET', Num=1, Var_Type='zVariable', Data_Type=22, Data_Type_Description='CDF_REAL8', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=6, Pad=array([-1.e+30]), Block_Factor=8192)

UNITS = milliseconds
Units are currently given as milliseconds but 'ms' would be preferred.
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SELECT
{'CATDESC': 'Select bin', 'FIELDNAM': 'SELECT', 'FORMAT': 'I3', 'LABLAXIS': 'SELECT', 'SCALEMAX': 3, 'SCALEMIN': -1, 'UNITS': ' ', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='SELECT', Num=2, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES not found in variable attributes for SELECT
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: SELECT_LABELS
{'CATDESC': 'Select bin labels', 'FIELDNAM': 'SELECT_LABELS', 'FORMAT': 'A2', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='SELECT_LABELS', Num=3, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=3, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad='   ', Block_Factor=0)

Variable: REGISTER
{'CATDESC': 'Register', 'FIELDNAM': 'REGISTER', 'FORMAT': 'I2', 'LABLAXIS': 'REGISTER', 'SCALEMAX': 9, 'SCALEMIN': -1, 'UNITS': ' ', 'VALIDMAX': 8, 'VALIDMIN': 0, 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='REGISTER', Num=4, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[8], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES not found in variable attributes for REGISTER
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: REGISTER_LABELS
{'CATDESC': 'Register labels', 'FIELDNAM': 'REGISTER_LABELS', 'FORMAT': 'A2', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='REGISTER_LABELS', Num=5, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=3, Num_Dims=1, Dim_Sizes=[8], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad='   ', Block_Factor=0)

Variable: STATUS
{'CATDESC': 'Status', 'FIELDNAM': 'STATUS', 'FORMAT': 'I3', 'LABLAXIS': 'STATUS', 'SCALEMAX': 64, 'SCALEMIN': -1, 'UNITS': ' ', 'VALIDMAX': 63, 'VALIDMIN': 0, 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='STATUS', Num=6, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[64], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES not found in variable attributes for STATUS
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: STATUS_LABELS
{'CATDESC': 'Status labels', 'FIELDNAM': 'STATUS_LABELS', 'FORMAT': 'A3', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='STATUS_LABELS', Num=7, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=3, Num_Dims=1, Dim_Sizes=[64], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad='   ', Block_Factor=0)

Variable: SAFING_ST_CDH_MON
{'CATDESC': 'Safing status CDH monitor', 'FIELDNAM': 'SAFING_CDH_MON', 'FORMAT': 'I3', 'LABLAXIS': 'SAFING_CDH_MON', 'SCALEMAX': 64, 'SCALEMIN': -1, 'UNITS': ' ', 'VALIDMAX': 63, 'VALIDMIN': 0, 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='SAFING_ST_CDH_MON', Num=8, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[40], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES not found in variable attributes for SAFING_ST_CDH_MON
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_MON_LABELS
{'CATDESC': 'CDH monitor labels', 'FIELDNAM': 'CDH_MON_LABELS', 'FORMAT': 'A3', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_MON_LABELS', Num=9, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[40], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad='                    ', Block_Factor=0)

Variable: SAFING_ST_DSCB_MON
{'CATDESC': 'Safing status DSCB monitor', 'FIELDNAM': 'SAFING_DSCB_MON', 'FORMAT': 'I3', 'LABLAXIS': 'SAFING_DSCB_MON', 'SCALEMAX': 24, 'SCALEMIN': -1, 'UNITS': ' ', 'VALIDMAX': 23, 'VALIDMIN': 0, 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='SAFING_ST_DSCB_MON', Num=10, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[24], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES not found in variable attributes for SAFING_ST_DSCB_MON
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_MON_LABELS
{'CATDESC': 'DSCB monitor labels', 'FIELDNAM': 'DSCB_MON_LABELS', 'FORMAT': 'A3', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_MON_LABELS', Num=11, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[24], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad='                    ', Block_Factor=0)

Variable: AC_LINK_EN
{'CATDESC': 'AC link enable status', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'AC_LINK_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'AC_LINK_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='AC_LINK_EN', Num=12, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: AC_LINK_ERR
{'CATDESC': 'Undervoltage monitor', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'AC_LINK_ERR', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'AC_LINK_ERR', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': 'Monitors Voltage Regulator Input Undervoltage, 0:OK 1:Error', 'VAR_TYPE': 'data'}
VDRInfo(Variable='AC_LINK_ERR', Num=13, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_DECI_DECR_THRESH_REG
{'CATDESC': 'Alpha decimation decrement threshold register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_DECI_DECR_THRESH_REG', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'ALPHA_DECI_DECR_THRESH_REG', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_DECI_DECR_THRESH_REG', Num=14, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_DECI_INCR_REG
{'CATDESC': 'Alpha decimation increment register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_DECI_INCR_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ALPHA_DECI_INCR_REG', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_DECI_INCR_REG', Num=15, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_DECI_INCR_THRESH_REG
{'CATDESC': 'Alpha decimation increment threshold register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_DECI_INCR_THRESH_REG', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'ALPHA_DECI_INCR_THRESH_REG', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_DECI_INCR_THRESH_REG', Num=16, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_DECI_LEVEL_REG
{'CATDESC': 'Alpha decimation level register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_DECI_LEVEL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ALPHA_DECI_LEVEL_REG', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_DECI_LEVEL_REG', Num=17, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_MAX_VAL_REG
{'CATDESC': 'Alpha max value register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_MAX_VAL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ALPHA_MAX_VAL_REG', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_MAX_VAL_REG', Num=18, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ALPHA_MIN_VAL_REG
{'CATDESC': 'Alpha min value register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ALPHA_MIN_VAL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ALPHA_MIN_VAL_REG', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ALPHA_MIN_VAL_REG', Num=19, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ANODE_STIM_DELAY
{'CATDESC': 'Anode stim delay', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ANODE_STIM_DELAY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ANODE_STIM_DELAY', 'SCALEMAX': 32, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 31, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ANODE_STIM_DELAY', Num=20, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ANODE_STIM_ON
{'CATDESC': 'Anode stim on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ANODE_STIM_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ANODE_STIM_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ANODE_STIM_ON', Num=21, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ANODE_STIM_RATE
{'CATDESC': 'Anode stim rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ANODE_STIM_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ANODE_STIM_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ANODE_STIM_RATE', Num=22, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_ADC_WAIT
{'CATDESC': 'ASIC ADC wait', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_ADC_WAIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_ADC_WAIT', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_ADC_WAIT', Num=23, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_CONF_REG
{'CATDESC': 'ASIC config reg ', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'REGISTER', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_CONF_REG', 'FILLVAL': -9223372036854775808, 'FORMAT': 'I20', 'LABL_PTR_1': 'REGISTER_LABELS', 'SCALEMAX': 4294967295, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 4294967295, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_CONF_REG', Num=24, Var_Type='zVariable', Data_Type=8, Data_Type_Description='CDF_INT8', Num_Elements=1, Num_Dims=1, Dim_Sizes=[8], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-9223372036854775807]), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_CS_MON
{'CATDESC': 'ASIC CS mon', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_CS_MON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_CS_MON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_CS_MON', Num=25, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_OUT_OF_SYSTEM_EN
{'CATDESC': 'ASIC out-of-system enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_OUT_OF_SYSTEM_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_OUT_OF_SYSTEM_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_OUT_OF_SYSTEM_EN', Num=26, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_REG_SWITCH
{'CATDESC': 'ASIC reg switch', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_REG_SWITCH', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_REG_SWITCH', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_REG_SWITCH', Num=27, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_RESET
{'CATDESC': 'ASIC reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_RESET', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_RESET', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_RESET', Num=28, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_STIM_DELAY
{'CATDESC': 'ASIC stim delay', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_STIM_DELAY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_STIM_DELAY', 'SCALEMAX': 32, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 31, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_STIM_DELAY', Num=29, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_STIM_ON
{'CATDESC': 'ASIC stim on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_STIM_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_STIM_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_STIM_ON', Num=30, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_STIM_RATE
{'CATDESC': 'ASIC stim rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_STIM_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_STIM_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_STIM_RATE', Num=31, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_TP_RATE
{'CATDESC': 'ASIC TP rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_TP_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_TP_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_TP_RATE', Num=32, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ASIC_WRITE_REG
{'CATDESC': 'ASIC write register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ASIC_WRITE_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ASIC_WRITE_REG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ASIC_WRITE_REG', Num=33, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: BOARD_ID
{'CATDESC': 'Board ID', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'BOARD_ID', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'BOARD_ID', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = EM:1 = FM', 'VAR_TYPE': 'data'}
VDRInfo(Variable='BOARD_ID', Num=34, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_CAL_EN
{'CATDESC': 'TOF calibration enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_CAL_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_CAL_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_CAL_EN', Num=35, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CCSDS_REJ_MESSAGE_CNT
{'CATDESC': 'Count of rejected CCSDS messages', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CCSDS_REJ_MESSAGE_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CCSDS_REJ_MESSAGE_CNT', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '0-15', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CCSDS_REJ_MESSAGE_CNT', Num=36, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_BOARD_TEMP
{'CATDESC': 'CDH board temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_BOARD_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_BOARD_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_BOARD_TEMP', 'LABL_PTR_1': 'CDH_BOARD_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.20192, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_BOARD_TEMP', Num=37, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_BOARD_TEMP_AVE_MIN_MAX
{'CATDESC': 'CDH_BOARD_TEMP Ave/Min/Max', 'FIELDNAM': 'CDH_BOARD_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_BOARD_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_BOARD_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_BOARD_TEMP_AVE_MIN_MAX', Num=38, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_BOARD_TEMP_AVE_LABELS
{'CATDESC': 'CDH_BOARD_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'CDH_BOARD_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_BOARD_TEMP_AVE_LABELS', Num=39, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_BOARD_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_CPU_TEMP
{'CATDESC': 'CDH CPU temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_CPU_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_CPU_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_CPU_TEMP', 'LABL_PTR_1': 'CDH_CPU_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.20192, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_CPU_TEMP', Num=40, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_CPU_TEMP_AVE_MIN_MAX
{'CATDESC': 'CDH_CPU_TEMP Ave/Min/Max', 'FIELDNAM': 'CDH_CPU_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_CPU_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_CPU_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_CPU_TEMP_AVE_MIN_MAX', Num=41, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_CPU_TEMP_AVE_LABELS
{'CATDESC': 'CDH_CPU_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'CDH_CPU_TEMP_AVE_LABELS', 'FORMAT': 'A16', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_CPU_TEMP_AVE_LABELS', Num=42, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=16, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_CPU_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_GROUND
{'CATDESC': 'CDH ground', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_GROUND_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_GROUND', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'CDH_GROUND', 'LABL_PTR_1': 'CDH_GROUND_AVE_LABELS', 'SCALEMAX': 42, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 4095, 'VALIDMIN': 0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_GROUND', Num=43, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_GROUND_AVE_MIN_MAX
{'CATDESC': 'CDH_GROUND Ave/Min/Max', 'FIELDNAM': 'CDH_GROUND Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_GROUND Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_GROUND_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_GROUND_AVE_MIN_MAX', Num=44, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_GROUND_AVE_LABELS
{'CATDESC': 'CDH_GROUND Ave/Min/Max Labels', 'FIELDNAM': 'CDH_GROUND_AVE_LABELS', 'FORMAT': 'A14', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_GROUND_AVE_LABELS', Num=45, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=14, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_GROUND_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_OPTO_LINK_RX_EN
{'CATDESC': 'Receiver enable/disable status for opto link', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_RX_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_RX_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_RX_EN', Num=46, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_LINK_RX_RATE
{'CATDESC': 'Rate setting for optical link receive interface', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_RX_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_RX_RATE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = 781.3 Kb/s:1 = 1.563 Mb/s:2 = 3.125 Mb/s:3 = 6.25 Mb/s Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_RX_RATE', Num=47, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_LINK_STAT_A
{'CATDESC': 'Indicates if opto link side A is enabled', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_STAT_A', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_STAT_A', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_STAT_A', Num=48, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_LINK_STAT_B
{'CATDESC': 'Indicates if opto link side B is enabled', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_STAT_B', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_STAT_B', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_STAT_B', Num=49, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_LINK_TX_POWER
{'CATDESC': 'Power setting for optical link interface transmit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_TX_POWER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_TX_POWER', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': 'Defined in CDH spec Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_TX_POWER', Num=50, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_LINK_TX_RATE
{'CATDESC': 'Rate setting for optical link transmission interface', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_LINK_TX_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_LINK_TX_RATE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = 781.3 Kb/s:1 = 1.563 Mb/s:2 = 3.125 Mb/s:3 = 6.25 Mb/s Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_LINK_TX_RATE', Num=51, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_RX_CLOCK_SYNC_ERR_CNT
{'CATDESC': 'CDH opto RX clock/sync error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'CDH_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_RX_CLOCK_SYNC_ERR_CNT', Num=52, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_RX_CRC_ERR_CNT
{'CATDESC': 'CDH opto RX CRC error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_RX_CRC_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'CDH_OPTO_RX_CRC_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_RX_CRC_ERR_CNT', Num=53, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_RX_HDR_ERR_CNT
{'CATDESC': 'CDH opto RX header error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_RX_HDR_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'CDH_OPTO_RX_HDR_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_RX_HDR_ERR_CNT', Num=54, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_OPTO_RX_SIDE
{'CATDESC': 'Side selection for CDH opto receive', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_OPTO_RX_SIDE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_OPTO_RX_SIDE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = A:1 = B', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_OPTO_RX_SIDE', Num=55, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_P1_5V
{'CATDESC': 'CDH +1.5V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_P1_5V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_P1_5V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_P1_5V', 'LABL_PTR_1': 'CDH_P1_5V_AVE_LABELS', 'SCALEMAX': 1.58, 'SCALEMIN': 1.42, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 3.3, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_P1_5V', Num=56, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_P1_5V_AVE_MIN_MAX
{'CATDESC': 'CDH_P1_5V Ave/Min/Max', 'FIELDNAM': 'CDH_P1_5V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_P1_5V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_P1_5V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_P1_5V_AVE_MIN_MAX', Num=57, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_P1_5V_AVE_LABELS
{'CATDESC': 'CDH_P1_5V Ave/Min/Max Labels', 'FIELDNAM': 'CDH_P1_5V_AVE_LABELS', 'FORMAT': 'A13', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_P1_5V_AVE_LABELS', Num=58, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=13, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_P1_5V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_P1_8V
{'CATDESC': 'CDH +1.8V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_P1_8V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_P1_8V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_P1_8V', 'LABL_PTR_1': 'CDH_P1_8V_AVE_LABELS', 'SCALEMAX': 1.9, 'SCALEMIN': 1.7, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 3.3, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_P1_8V', Num=59, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_P1_8V_AVE_MIN_MAX
{'CATDESC': 'CDH_P1_8V Ave/Min/Max', 'FIELDNAM': 'CDH_P1_8V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_P1_8V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_P1_8V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_P1_8V_AVE_MIN_MAX', Num=60, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_P1_8V_AVE_LABELS
{'CATDESC': 'CDH_P1_8V Ave/Min/Max Labels', 'FIELDNAM': 'CDH_P1_8V_AVE_LABELS', 'FORMAT': 'A13', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_P1_8V_AVE_LABELS', Num=61, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=13, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_P1_8V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_P3_3V_ADC_V
{'CATDESC': 'CDH +3.3V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_P3_3V_ADC_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_P3_3V_ADC_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_P3_3V_ADC_V', 'LABL_PTR_1': 'CDH_P3_3V_ADC_V_AVE_LABELS', 'SCALEMAX': 3.36, 'SCALEMIN': 3.24, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 13.2, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_P3_3V_ADC_V', Num=62, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_P3_3V_ADC_V_AVE_MIN_MAX
{'CATDESC': 'CDH_P3_3V_ADC_V Ave/Min/Max', 'FIELDNAM': 'CDH_P3_3V_ADC_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_P3_3V_ADC_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_P3_3V_ADC_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_P3_3V_ADC_V_AVE_MIN_MAX', Num=63, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_P3_3V_ADC_V_AVE_LABELS
{'CATDESC': 'CDH_P3_3V_ADC_V Ave/Min/Max Labels', 'FIELDNAM': 'CDH_P3_3V_ADC_V_AVE_LABELS', 'FORMAT': 'A19', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_P3_3V_ADC_V_AVE_LABELS', Num=64, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=19, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_P3_3V_ADC_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_P5V_DAC_V
{'CATDESC': 'CDH +5V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'CDH_P5V_DAC_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_P5V_DAC_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CDH_P5V_DAC_V', 'LABL_PTR_1': 'CDH_P5V_DAC_V_AVE_LABELS', 'SCALEMAX': 5.11, 'SCALEMIN': 4.89, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 13.2, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_P5V_DAC_V', Num=65, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_P5V_DAC_V_AVE_MIN_MAX
{'CATDESC': 'CDH_P5V_DAC_V Ave/Min/Max', 'FIELDNAM': 'CDH_P5V_DAC_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'CDH_P5V_DAC_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into CDH_P5V_DAC_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='CDH_P5V_DAC_V_AVE_MIN_MAX', Num=66, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: CDH_P5V_DAC_V_AVE_LABELS
{'CATDESC': 'CDH_P5V_DAC_V Ave/Min/Max Labels', 'FIELDNAM': 'CDH_P5V_DAC_V_AVE_LABELS', 'FORMAT': 'A17', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='CDH_P5V_DAC_V_AVE_LABELS', Num=67, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=17, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for CDH_P5V_DAC_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: CDH_SWEEP_DAC_EN_LATCHED
{'CATDESC': 'CDH FPGA latched versions of DAC enables', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_SWEEP_DAC_EN_LATCHED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_SWEEP_DAC_EN_LATCHED', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': 'cdh sweep dav enables latched', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_SWEEP_DAC_EN_LATCHED', Num=68, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_SWEEP_STATE
{'CATDESC': 'CDH sweep state machine value', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_SWEEP_STATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_SWEEP_STATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': 'cdh sweep state', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_SWEEP_STATE', Num=69, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_WDOG_EN
{'CATDESC': 'Indicates if the CDH watchdog can cause a reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_WDOG_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_WDOG_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_WDOG_EN', Num=70, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CDH_WDOG_STATUS
{'CATDESC': 'Status on whether the CDH watchdog timed out (and caused a reset)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CDH_WDOG_STATUS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CDH_WDOG_STATUS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Nominal:1 = Watchdog Timeout', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CDH_WDOG_STATUS', Num=71, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CHECKSUM
{'CATDESC': 'Checksum', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CHECKSUM', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'CHECKSUM', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'CRC of packet (covering application data)', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CHECKSUM', Num=72, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_ACC_CNT
{'CATDESC': 'Accepted instrument command count (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_ACC_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_ACC_CNT', 'SCALEMAX': 255, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_ACC_CNT', Num=73, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_ACC_LAST_SERVICE
{'CATDESC': 'Service of last accepted instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_ACC_LAST_SERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_ACC_LAST_SERVICE', 'SCALEMAX': 255, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_ACC_LAST_SERVICE', Num=74, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_ACC_LAST_SUBSERVICE
{'CATDESC': 'Subservice of last accepted instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_ACC_LAST_SUBSERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_ACC_LAST_SUBSERVICE', 'SCALEMAX': 255, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_ACC_LAST_SUBSERVICE', Num=75, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_ACC_SSC
{'CATDESC': 'Source sequence count of last accepted instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_ACC_SSC', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_ACC_SSC', 'SCALEMAX': 16384, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 16383, 'VALIDMIN': 0, 'VAR_NOTES': '0-16383', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_ACC_SSC', Num=76, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_POL_BOT_DEF
{'CATDESC': 'Commanded polarity bottom deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_POL_BOT_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_POL_BOT_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = POSITIVE:1 = NEGATIVE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_POL_BOT_DEF', Num=77, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_POL_TOP_DEF
{'CATDESC': 'Commanded polarity top deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_POL_TOP_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_POL_TOP_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = POSITIVE:1 = NEGATIVE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_POL_TOP_DEF', Num=78, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_POL_TOP_PLATE
{'CATDESC': 'Commanded polarity top plate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_POL_TOP_PLATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_POL_TOP_PLATE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = POSITIVE:1 = NEGATIVE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_POL_TOP_PLATE', Num=79, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_REJ_CNT
{'CATDESC': 'Rejected instrument command count (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_REJ_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_REJ_CNT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_REJ_CNT', Num=80, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_REJ_LAST_SERVICE
{'CATDESC': 'Service of last rejected instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_REJ_LAST_SERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_REJ_LAST_SERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_REJ_LAST_SERVICE', Num=81, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_REJ_LAST_SUBSERVICE
{'CATDESC': 'Subservice of last rejected instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_REJ_LAST_SUBSERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_REJ_LAST_SUBSERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_REJ_LAST_SUBSERVICE', Num=82, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_REJ_SSC
{'CATDESC': 'Source sequence count of last rejected instrument command (not from macros)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_REJ_SSC', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_REJ_SSC', 'SCALEMAX': 16384, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 16383, 'VALIDMIN': 0, 'VAR_NOTES': '0-16383', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_REJ_SSC', Num=83, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_RNG_ANALYZER
{'CATDESC': 'Commanded range analyzer', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_RNG_ANALYZER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_RNG_ANALYZER', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = LOW_RANGE:1 = HIGH_RANGE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_RNG_ANALYZER', Num=84, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_RNG_BOT_DEF
{'CATDESC': 'Commanded range bottom deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_RNG_BOT_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_RNG_BOT_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = LOW_RANGE:1 = HIGH_RANGE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_RNG_BOT_DEF', Num=85, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_RNG_TOP_DEF
{'CATDESC': 'Commanded range top deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_RNG_TOP_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_RNG_TOP_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = LOW_RANGE:1 = HIGH_RANGE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_RNG_TOP_DEF', Num=86, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_RNG_TOP_PLATE
{'CATDESC': 'Commanded range top plate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_RNG_TOP_PLATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CMD_RNG_TOP_PLATE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = LOW_RANGE:1 = HIGH_RANGE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_RNG_TOP_PLATE', Num=87, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_ANALYZER
{'CATDESC': 'Raw commanded DAC value analyzer', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_ANALYZER', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_ANALYZER', 'SCALEMAX': 0.0, 'SCALEMIN': -6.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 0.0, 'VALIDMIN': -5.56, 'VAR_NOTES': 'commanded value analyzer', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_ANALYZER', Num=88, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_BOT_DEF
{'CATDESC': 'Raw commanded DAC value bottom deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_BOT_DEF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_BOT_DEF', 'SCALEMAX': 6.0, 'SCALEMIN': -6.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.56, 'VALIDMIN': -5.56, 'VAR_NOTES': 'commanded value bottom deflector', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_BOT_DEF', Num=89, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_MAIN
{'CATDESC': 'Raw commanded DAC value main', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_MAIN', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_MAIN', 'SCALEMAX': 7.0, 'SCALEMIN': -1.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 6.25, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Main', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_MAIN', Num=90, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_OFFSET
{'CATDESC': 'Raw commanded DAC value offset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_OFFSET', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_OFFSET', 'SCALEMAX': 3.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 2.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Offset', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_OFFSET', Num=91, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_PA
{'CATDESC': 'Raw commanded DAC value', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_PA', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_PA', 'SCALEMAX': 34.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 33.482143, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value PA', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_PA', Num=92, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_SSD
{'CATDESC': 'Raw commanded DAC value SSD', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_SSD', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_SSD', 'SCALEMAX': 260.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 250.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value SSD', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_SSD', Num=93, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_START_A
{'CATDESC': 'Raw commanded DAC value start A', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_START_A', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_START_A', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Start A', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_START_A', Num=94, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_START_B
{'CATDESC': 'Raw commanded DAC value start B', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_START_B', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_START_B', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Start B', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_START_B', Num=95, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_START_CFD
{'CATDESC': 'Raw commanded DAC value start CFD', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_START_CFD', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_START_CFD', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Start CDF', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_START_CFD', Num=96, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_START_MCP
{'CATDESC': 'Raw commanded DAC value start MCP', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_START_MCP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_START_MCP', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Start MCP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_START_MCP', Num=97, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_STOP_A
{'CATDESC': 'Raw commanded DAC value stop A', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_STOP_A', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_STOP_A', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Stop A', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_STOP_A', Num=98, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_STOP_B
{'CATDESC': 'Raw commanded DAC value stop B', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_STOP_B', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_STOP_B', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Stop B', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_STOP_B', Num=99, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_STOP_CFD
{'CATDESC': 'Raw commanded DAC value stop CFD', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_STOP_CFD', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_STOP_CFD', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Stop CFD', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_STOP_CFD', Num=100, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_STOP_MCP
{'CATDESC': 'Raw commanded DAC value stop MCP', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_STOP_MCP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_STOP_MCP', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'commanded value Stop MCP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_STOP_MCP', Num=101, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_TOP_DEF
{'CATDESC': 'Raw commanded DAC value top deflector', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_TOP_DEF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_TOP_DEF', 'SCALEMAX': 5.56, 'SCALEMIN': -5.56, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.56, 'VALIDMIN': -5.56, 'VAR_NOTES': 'commanded value top deflector', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_TOP_DEF', Num=102, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CMD_VAL_TOP_PLATE
{'CATDESC': 'Raw commanded DAC value top plate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CMD_VAL_TOP_PLATE', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'CMD_VAL_TOP_PLATE', 'SCALEMAX': 5.56, 'SCALEMIN': -5.56, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.56, 'VALIDMIN': -5.56, 'VAR_NOTES': 'commanded value top plate', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CMD_VAL_TOP_PLATE', Num=103, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: COINC_TIMING_ASIC_SHAPE
{'CATDESC': 'Coincidence timing - ASIC shape', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'COINC_TIMING_ASIC_SHAPE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'COINC_TIMING_ASIC_SHAPE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='COINC_TIMING_ASIC_SHAPE', Num=104, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: COINC_TIMING_ASIC_WINDOW
{'CATDESC': 'Coincidence timing - ASIC window', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'COINC_TIMING_ASIC_WINDOW', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'COINC_TIMING_ASIC_WINDOW', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='COINC_TIMING_ASIC_WINDOW', Num=105, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: COINC_TIMING_POS_TIMEOUT
{'CATDESC': 'Coincidence timing - position timeout', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'COINC_TIMING_POS_TIMEOUT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'COINC_TIMING_POS_TIMEOUT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='COINC_TIMING_POS_TIMEOUT', Num=106, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: COINC_TIMING_TOF_TIMEOUT
{'CATDESC': 'Coincidence timing - TOF timeout', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'COINC_TIMING_TOF_TIMEOUT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'COINC_TIMING_TOF_TIMEOUT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='COINC_TIMING_TOF_TIMEOUT', Num=107, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CONNECTION_TEST_CNT
{'CATDESC': 'Count of S17 connection test', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CONNECTION_TEST_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CONNECTION_TEST_CNT', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': 'connection test count', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CONNECTION_TEST_CNT', Num=108, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CPU_WDOG_EN
{'CATDESC': 'Indicates if the CPU watchdog can cause a reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CPU_WDOG_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CPU_WDOG_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CPU_WDOG_EN', Num=109, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: CPU_WDOG_STATUS
{'CATDESC': 'Status on whether the CPU watchdog timed out (and caused a reset)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'CPU_WDOG_STATUS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'CPU_WDOG_STATUS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Nominal:1 = Watchdog Timeout', 'VAR_TYPE': 'data'}
VDRInfo(Variable='CPU_WDOG_STATUS', Num=110, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ADC_EN
{'CATDESC': 'DSCB ADC enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ADC_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_ADC_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ADC_EN', Num=111, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ADC_WAITS
{'CATDESC': 'DSCB ADC waits', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ADC_WAITS', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_ADC_WAITS', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ADC_WAITS', Num=112, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_CONTROL_STATE_MACHINE
{'CATDESC': 'DSCB ASIC control state machine', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_CONTROL_STATE_MACHINE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_ASIC_CONTROL_STATE_MACHINE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_CONTROL_STATE_MACHINE', Num=113, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_FLAG
{'CATDESC': 'DSCB ASIC flag ', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_FLAG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_ASIC_FLAG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_FLAG', Num=114, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_V_MON
{'CATDESC': 'DSCB ASIC voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_ASIC_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_ASIC_V_MON', 'LABL_PTR_1': 'DSCB_ASIC_V_MON_AVE_LABELS', 'SCALEMAX': 6.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_V_MON', Num=115, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_V_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_ASIC_V_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_ASIC_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_ASIC_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_ASIC_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_ASIC_V_MON_AVE_MIN_MAX', Num=116, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_ASIC_V_MON_AVE_LABELS
{'CATDESC': 'DSCB_ASIC_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_ASIC_V_MON_AVE_LABELS', 'FORMAT': 'A19', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_ASIC_V_MON_AVE_LABELS', Num=117, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=19, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_ASIC_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_ASIC_READ_OUT_STATE_MACHINE
{'CATDESC': 'DSCB ASIC read out state machine', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_READ_OUT_STATE_MACHINE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_ASIC_READ_OUT_STATE_MACHINE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_READ_OUT_STATE_MACHINE', Num=118, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_TEMP
{'CATDESC': 'DSCB ASIC temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_ASIC_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_ASIC_TEMP', 'LABL_PTR_1': 'DSCB_ASIC_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_TEMP', Num=119, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_ASIC_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_ASIC_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_ASIC_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_ASIC_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_ASIC_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_ASIC_TEMP_AVE_MIN_MAX', Num=120, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_ASIC_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_ASIC_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_ASIC_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_ASIC_TEMP_AVE_LABELS', Num=121, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_ASIC_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_ASIC_WRITE_STATE_MACHINE
{'CATDESC': 'DSCB ASIC write state machine', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_ASIC_WRITE_STATE_MACHINE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_ASIC_WRITE_STATE_MACHINE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_ASIC_WRITE_STATE_MACHINE', Num=122, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_AZIMUTHAL_SEL
{'CATDESC': 'DSCB azimuthal select', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'SELECT', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_AZIMUTHAL_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'SELECT_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_AZIMUTHAL_SEL', Num=123, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_CMD_NAKS
{'CATDESC': 'DSCB command NAKS (rejected uplink)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_CMD_NAKS', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_CMD_NAKS', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_CMD_NAKS', Num=124, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_COINC
{'CATDESC': 'DSCB coinc', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_COINC', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_COINC', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Normal Mode / TOF Only:1 = Energy Mode (Energy and TOF):2 = Energy Only (No TOF):3 = Either Mode (TOF or Energy) Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_COINC', Num=125, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_COMM_ACTIVE
{'CATDESC': 'DSCB comm active', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_COMM_ACTIVE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_COMM_ACTIVE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled. Set if FSW state machine is in RUNNING state and DSCB Opto-Link is communicating.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_COMM_ACTIVE', Num=126, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_DOUBLE_BIT_EDAC
{'CATDESC': 'DSCB double-bit EDAC', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_DOUBLE_BIT_EDAC', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_DOUBLE_BIT_EDAC', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_DOUBLE_BIT_EDAC', Num=127, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_DSCB_TEMP
{'CATDESC': 'DSCB temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_DSCB_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_DSCB_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_DSCB_TEMP', 'LABL_PTR_1': 'DSCB_DSCB_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_DSCB_TEMP', Num=128, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_DSCB_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_DSCB_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_DSCB_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_DSCB_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_DSCB_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_DSCB_TEMP_AVE_MIN_MAX', Num=129, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_DSCB_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_DSCB_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_DSCB_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_DSCB_TEMP_AVE_LABELS', Num=130, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_DSCB_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_DSIB_TEMP
{'CATDESC': 'DSCB DSIB temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_DSIB_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_DSIB_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_DSIB_TEMP', 'LABL_PTR_1': 'DSCB_DSIB_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_DSIB_TEMP', Num=131, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_DSIB_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_DSIB_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_DSIB_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_DSIB_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_DSIB_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_DSIB_TEMP_AVE_MIN_MAX', Num=132, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_DSIB_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_DSIB_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_DSIB_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_DSIB_TEMP_AVE_LABELS', Num=133, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_DSIB_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_FPGA_BASE
{'CATDESC': 'DSCB FPGA base', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_FPGA_BASE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_FPGA_BASE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_FPGA_BASE', Num=134, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_FPGA_REV
{'CATDESC': 'DSCB FPGA revision', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_FPGA_REV', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_FPGA_REV', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': 'Detector Section FPGA Revision Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_FPGA_REV', Num=135, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HK_RATE
{'CATDESC': 'DSCB HK rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HK_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_HK_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HK_RATE', Num=136, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HV_AUTO_RESET_EN
{'CATDESC': 'HV auto-reset enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HV_AUTO_RESET_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_HV_AUTO_RESET_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HV_AUTO_RESET_EN', Num=137, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HV_EN
{'CATDESC': 'Detector section HV on/off', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HV_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_HV_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = DISABLED:1 = ENABLED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HV_EN', Num=138, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HV_LIMITED
{'CATDESC': 'Detector section HV limited', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HV_LIMITED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_HV_LIMITED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = UNLIMITED:1 = LIMITED-AIRSAFE Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HV_LIMITED', Num=139, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HV_MON_EN
{'CATDESC': 'DSCB HV monitoring enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HV_MON_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_HV_MON_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HV_MON_EN', Num=140, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HVPS_TEMP
{'CATDESC': 'DSCB HVPS temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_HVPS_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_HVPS_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_HVPS_TEMP', 'LABL_PTR_1': 'DSCB_HVPS_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_HVPS_TEMP', Num=141, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_HVPS_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_HVPS_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_HVPS_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_HVPS_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_HVPS_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_HVPS_TEMP_AVE_MIN_MAX', Num=142, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_HVPS_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_HVPS_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_HVPS_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_HVPS_TEMP_AVE_LABELS', Num=143, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_HVPS_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_INIT_BIT
{'CATDESC': 'DSCB initialization bit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_INIT_BIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_INIT_BIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_INIT_BIT', Num=144, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_INIT_REG
{'CATDESC': 'DSCB initialization register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_INIT_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_INIT_REG', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_INIT_REG', Num=145, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_MCP_BIAS_EN
{'CATDESC': 'DSCB MCP bias enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_MCP_BIAS_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_MCP_BIAS_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_MCP_BIAS_EN', Num=146, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_MCP_BIAS_I_LIMIT_EN
{'CATDESC': 'DSCB MCP bias current limit enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_MCP_BIAS_I_LIMIT_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_MCP_BIAS_I_LIMIT_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_MCP_BIAS_I_LIMIT_EN', Num=147, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_MCP_BIAS_I_TRIP
{'CATDESC': 'DSCB MCP bias current trip', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_MCP_BIAS_I_TRIP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_MCP_BIAS_I_TRIP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_MCP_BIAS_I_TRIP', Num=148, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_MCP_BIAS_V_LIMIT_EN
{'CATDESC': 'DSCB MCP bias voltage limit enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_MCP_BIAS_V_LIMIT_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_MCP_BIAS_V_LIMIT_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_MCP_BIAS_V_LIMIT_EN', Num=149, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_MCP_BIAS_V_TRIP
{'CATDESC': 'DSCB MCP bias voltage trip', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_MCP_BIAS_V_TRIP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_MCP_BIAS_V_TRIP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_MCP_BIAS_V_TRIP', Num=150, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OFFSET_I_MON
{'CATDESC': 'DSCB offset current monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_OFFSET_I_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OFFSET_I_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_OFFSET_I_MON', 'LABL_PTR_1': 'DSCB_OFFSET_I_MON_AVE_LABELS', 'SCALEMAX': 11.1, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'mA', 'VALIDMAX': 11.916667, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OFFSET_I_MON', Num=151, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = mA
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OFFSET_I_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_OFFSET_I_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_OFFSET_I_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_OFFSET_I_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_OFFSET_I_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_OFFSET_I_MON_AVE_MIN_MAX', Num=152, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_OFFSET_I_MON_AVE_LABELS
{'CATDESC': 'DSCB_OFFSET_I_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_OFFSET_I_MON_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_OFFSET_I_MON_AVE_LABELS', Num=153, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_OFFSET_I_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_OFFSET_V_MON
{'CATDESC': 'DSCB offset voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_OFFSET_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OFFSET_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_OFFSET_V_MON', 'LABL_PTR_1': 'DSCB_OFFSET_V_MON_AVE_LABELS', 'SCALEMAX': 1.15, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 2.5, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OFFSET_V_MON', Num=154, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OFFSET_V_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_OFFSET_V_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_OFFSET_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_OFFSET_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_OFFSET_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_OFFSET_V_MON_AVE_MIN_MAX', Num=155, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_OFFSET_V_MON_AVE_LABELS
{'CATDESC': 'DSCB_OFFSET_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_OFFSET_V_MON_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_OFFSET_V_MON_AVE_LABELS', Num=156, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_OFFSET_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_OPTO_RX_CLOCK_SYNC_ERR_CNT
{'CATDESC': 'DSCB opto RX clock/sync error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_OPTO_RX_CLOCK_SYNC_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OPTO_RX_CLOCK_SYNC_ERR_CNT', Num=157, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OPTO_RX_CRC_ERR_CNT
{'CATDESC': 'DSCB opto RX CRC error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OPTO_RX_CRC_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_OPTO_RX_CRC_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OPTO_RX_CRC_ERR_CNT', Num=158, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OPTO_RX_DATA1_ERR_CNT
{'CATDESC': 'DSCB opto RX data1 error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OPTO_RX_DATA1_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_OPTO_RX_DATA1_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OPTO_RX_DATA1_ERR_CNT', Num=159, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OPTO_RX_DATA2_ERR_CNT
{'CATDESC': 'DSCB opto RX data2 error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OPTO_RX_DATA2_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_OPTO_RX_DATA2_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OPTO_RX_DATA2_ERR_CNT', Num=160, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_OPTO_RX_HDR_ERR_CNT
{'CATDESC': 'DSCB opto RX header error count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_OPTO_RX_HDR_ERR_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_OPTO_RX_HDR_ERR_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_OPTO_RX_HDR_ERR_CNT', Num=161, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P1_5V
{'CATDESC': 'DSCB +1.5V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_P1_5V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_P1_5V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_P1_5V', 'LABL_PTR_1': 'DSCB_P1_5V_AVE_LABELS', 'SCALEMAX': 1.7, 'SCALEMIN': 1.3, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_P1_5V', Num=162, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P1_5V_AVE_MIN_MAX
{'CATDESC': 'DSCB_P1_5V Ave/Min/Max', 'FIELDNAM': 'DSCB_P1_5V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_P1_5V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_P1_5V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_P1_5V_AVE_MIN_MAX', Num=163, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_P1_5V_AVE_LABELS
{'CATDESC': 'DSCB_P1_5V Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_P1_5V_AVE_LABELS', 'FORMAT': 'A14', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_P1_5V_AVE_LABELS', Num=164, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=14, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_P1_5V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_P3_3V
{'CATDESC': 'DSCB +3.3V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_P3_3V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_P3_3V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_P3_3V', 'LABL_PTR_1': 'DSCB_P3_3V_AVE_LABELS', 'SCALEMAX': 3.47, 'SCALEMIN': 3.13, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_P3_3V', Num=165, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P3_3V_AVE_MIN_MAX
{'CATDESC': 'DSCB_P3_3V Ave/Min/Max', 'FIELDNAM': 'DSCB_P3_3V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_P3_3V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_P3_3V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_P3_3V_AVE_MIN_MAX', Num=166, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_P3_3V_AVE_LABELS
{'CATDESC': 'DSCB_P3_3V Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_P3_3V_AVE_LABELS', 'FORMAT': 'A14', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_P3_3V_AVE_LABELS', Num=167, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=14, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_P3_3V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_P3_3V_ADC_REF
{'CATDESC': 'DSCB +3.3V ADC reference', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_P3_3V_ADC_REF_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_P3_3V_ADC_REF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_P3_3V_ADC_REF', 'LABL_PTR_1': 'DSCB_P3_3V_ADC_REF_AVE_LABELS', 'SCALEMAX': 3.36, 'SCALEMIN': 3.24, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_P3_3V_ADC_REF', Num=168, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P3_3V_ADC_REF_AVE_MIN_MAX
{'CATDESC': 'DSCB_P3_3V_ADC_REF Ave/Min/Max', 'FIELDNAM': 'DSCB_P3_3V_ADC_REF Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_P3_3V_ADC_REF Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_P3_3V_ADC_REF_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_P3_3V_ADC_REF_AVE_MIN_MAX', Num=169, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_P3_3V_ADC_REF_AVE_LABELS
{'CATDESC': 'DSCB_P3_3V_ADC_REF Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_P3_3V_ADC_REF_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_P3_3V_ADC_REF_AVE_LABELS', Num=170, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_P3_3V_ADC_REF_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_P5V_ADC_REF_MON
{'CATDESC': 'DSCB +5V ADC monitor reference', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_P5V_ADC_REF_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_P5V_ADC_REF_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_P5V_ADC_REF_MON', 'LABL_PTR_1': 'DSCB_P5V_ADC_REF_MON_AVE_LABELS', 'SCALEMAX': 5.11, 'SCALEMIN': 4.89, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 10.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_P5V_ADC_REF_MON', Num=171, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P5V_ADC_REF_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_P5V_ADC_REF_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_P5V_ADC_REF_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_P5V_ADC_REF_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_P5V_ADC_REF_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_P5V_ADC_REF_MON_AVE_MIN_MAX', Num=172, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_P5V_ADC_REF_MON_AVE_LABELS
{'CATDESC': 'DSCB_P5V_ADC_REF_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_P5V_ADC_REF_MON_AVE_LABELS', 'FORMAT': 'A24', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_P5V_ADC_REF_MON_AVE_LABELS', Num=173, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=24, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_P5V_ADC_REF_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_P5V_DAC_REF_MON
{'CATDESC': 'DSCB +5V DAC reference monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_P5V_DAC_REF_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_P5V_DAC_REF_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_P5V_DAC_REF_MON', 'LABL_PTR_1': 'DSCB_P5V_DAC_REF_MON_AVE_LABELS', 'SCALEMAX': 5.11, 'SCALEMIN': 4.89, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 10.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_P5V_DAC_REF_MON', Num=174, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_P5V_DAC_REF_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_P5V_DAC_REF_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_P5V_DAC_REF_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_P5V_DAC_REF_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_P5V_DAC_REF_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_P5V_DAC_REF_MON_AVE_MIN_MAX', Num=175, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_P5V_DAC_REF_MON_AVE_LABELS
{'CATDESC': 'DSCB_P5V_DAC_REF_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_P5V_DAC_REF_MON_AVE_LABELS', 'FORMAT': 'A24', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_P5V_DAC_REF_MON_AVE_LABELS', Num=176, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=24, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_P5V_DAC_REF_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_POS_START
{'CATDESC': 'DSCB measurement adjustment - position start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_START', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_START', Num=177, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_START_ADD_SUB
{'CATDESC': 'DSCB measurement adjustment - position start - add/subtract', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_START_ADD_SUB', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_START_ADD_SUB', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = ADD:1 = SUBTRACT Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_START_ADD_SUB', Num=178, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_START_SEL
{'CATDESC': 'DSCB position start select', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_START_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_START_SEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_START_SEL', Num=179, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_STOP
{'CATDESC': 'DSCB measurement adjustment - position stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_STOP', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_STOP', Num=180, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_STOP_ADD_SUB
{'CATDESC': 'DSCB measurement adjustment - position stop - add/subtract', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_STOP_ADD_SUB', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_STOP_ADD_SUB', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = ADD:1 = SUBTRACT Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_STOP_ADD_SUB', Num=181, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_STOP_DUAL_SEL
{'CATDESC': 'DSCB position stop dual selection ', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_STOP_DUAL_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_STOP_DUAL_SEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_STOP_DUAL_SEL', Num=182, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_POS_STOP_SEL
{'CATDESC': 'DSCB position stop select', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_POS_STOP_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_POS_STOP_SEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_POS_STOP_SEL', Num=183, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_RATES_EN
{'CATDESC': 'DSCB rates enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_RATES_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_RATES_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_RATES_EN', Num=184, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_RESET_DECI_LEVEL
{'CATDESC': 'DSCB reset decimation level ', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_RESET_DECI_LEVEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_RESET_DECI_LEVEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_RESET_DECI_LEVEL', Num=185, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_RESET_FSW
{'CATDESC': 'Detector section FSW reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_RESET_FSW', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_RESET_FSW', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_RESET_FSW', Num=186, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_RESET_POR
{'CATDESC': 'Detector section power on reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_RESET_POR', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_RESET_POR', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_RESET_POR', Num=187, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_RESET_WDOG
{'CATDESC': 'Detector section watchdog reset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_RESET_WDOG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_RESET_WDOG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=NONE:1=TIMEOUT Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_RESET_WDOG', Num=188, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SINGLE_BIT_EDAC
{'CATDESC': 'DSCB single-bit EDAC', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SINGLE_BIT_EDAC', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'DSCB_SINGLE_BIT_EDAC', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Stops counting at 65535, must be cleared by command Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SINGLE_BIT_EDAC', Num=189, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SSD_I_MON
{'CATDESC': 'DSCB SSD current monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_SSD_I_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SSD_I_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_SSD_I_MON', 'LABL_PTR_1': 'DSCB_SSD_I_MON_AVE_LABELS', 'SCALEMAX': 10.1, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'mA', 'VALIDMAX': 11.916667, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SSD_I_MON', Num=190, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = mA
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SSD_I_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_SSD_I_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_SSD_I_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_SSD_I_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_SSD_I_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_SSD_I_MON_AVE_MIN_MAX', Num=191, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_SSD_I_MON_AVE_LABELS
{'CATDESC': 'DSCB_SSD_I_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_SSD_I_MON_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_SSD_I_MON_AVE_LABELS', Num=192, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_SSD_I_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_SSD_TEMP
{'CATDESC': 'DSCB SSD temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_SSD_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SSD_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_SSD_TEMP', 'LABL_PTR_1': 'DSCB_SSD_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SSD_TEMP', Num=193, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SSD_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_SSD_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_SSD_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_SSD_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_SSD_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_SSD_TEMP_AVE_MIN_MAX', Num=194, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_SSD_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_SSD_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_SSD_TEMP_AVE_LABELS', 'FORMAT': 'A17', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_SSD_TEMP_AVE_LABELS', Num=195, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=17, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_SSD_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_SSD_V_MON
{'CATDESC': 'DSCB SSD voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_SSD_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SSD_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_SSD_V_MON', 'LABL_PTR_1': 'DSCB_SSD_V_MON_AVE_LABELS', 'SCALEMAX': 155.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 250.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SSD_V_MON', Num=196, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SSD_V_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_SSD_V_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_SSD_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_SSD_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_SSD_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_SSD_V_MON_AVE_MIN_MAX', Num=197, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_SSD_V_MON_AVE_LABELS
{'CATDESC': 'DSCB_SSD_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_SSD_V_MON_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_SSD_V_MON_AVE_LABELS', Num=198, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_SSD_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_START_MCP_I_MON
{'CATDESC': 'DSCB start MCP current monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_START_MCP_I_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_START_MCP_I_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_START_MCP_I_MON', 'LABL_PTR_1': 'DSCB_START_MCP_I_MON_AVE_LABELS', 'SCALEMAX': 67.0, 'SCALEMIN': -1.0, 'SCALETYP': 'linear', 'UNITS': 'mA', 'VALIDMAX': 66.1667, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_START_MCP_I_MON', Num=199, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = mA
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_START_MCP_I_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_START_MCP_I_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_START_MCP_I_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_START_MCP_I_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_START_MCP_I_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_START_MCP_I_MON_AVE_MIN_MAX', Num=200, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_START_MCP_I_MON_AVE_LABELS
{'CATDESC': 'DSCB_START_MCP_I_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_START_MCP_I_MON_AVE_LABELS', 'FORMAT': 'A24', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_START_MCP_I_MON_AVE_LABELS', Num=201, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=24, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_START_MCP_I_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_START_MCP_TEMP
{'CATDESC': 'DSCB start MCP temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_START_MCP_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_START_MCP_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_START_MCP_TEMP', 'LABL_PTR_1': 'DSCB_START_MCP_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_START_MCP_TEMP', Num=202, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_START_MCP_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_START_MCP_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_START_MCP_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_START_MCP_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_START_MCP_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_START_MCP_TEMP_AVE_MIN_MAX', Num=203, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_START_MCP_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_START_MCP_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_START_MCP_TEMP_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_START_MCP_TEMP_AVE_LABELS', Num=204, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_START_MCP_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_START_MCP_V_MON
{'CATDESC': 'DSCB start MCP voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_START_MCP_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_START_MCP_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_START_MCP_V_MON', 'LABL_PTR_1': 'DSCB_START_MCP_V_MON_AVE_LABELS', 'SCALEMAX': 3.1, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_START_MCP_V_MON', Num=205, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_START_MCP_V_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_START_MCP_V_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_START_MCP_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_START_MCP_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_START_MCP_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_START_MCP_V_MON_AVE_MIN_MAX', Num=206, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_START_MCP_V_MON_AVE_LABELS
{'CATDESC': 'DSCB_START_MCP_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_START_MCP_V_MON_AVE_LABELS', 'FORMAT': 'A24', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_START_MCP_V_MON_AVE_LABELS', Num=207, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=24, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_START_MCP_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_STARTUP_POWER
{'CATDESC': 'DSCB startup power', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STARTUP_POWER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_STARTUP_POWER', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STARTUP_POWER', Num=208, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STARTUP_RX_A_EN
{'CATDESC': 'DSCB startup RX A enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STARTUP_RX_A_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_STARTUP_RX_A_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STARTUP_RX_A_EN', Num=209, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STARTUP_RX_B_EN
{'CATDESC': 'DSCB startup RX B enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STARTUP_RX_B_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_STARTUP_RX_B_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STARTUP_RX_B_EN', Num=210, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STARTUP_TX_A_EN
{'CATDESC': 'DSCB startup RX A enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STARTUP_TX_A_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_STARTUP_TX_A_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STARTUP_TX_A_EN', Num=211, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STARTUP_TX_B_EN
{'CATDESC': 'DSCB startup TX B enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STARTUP_TX_B_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_STARTUP_TX_B_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STARTUP_TX_B_EN', Num=212, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STOP_MCP_I_MON
{'CATDESC': 'DSCB stop MCP current monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_STOP_MCP_I_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STOP_MCP_I_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_STOP_MCP_I_MON', 'LABL_PTR_1': 'DSCB_STOP_MCP_I_MON_AVE_LABELS', 'SCALEMAX': 67.0, 'SCALEMIN': -1.0, 'SCALETYP': 'linear', 'UNITS': 'mA', 'VALIDMAX': 66.1667, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STOP_MCP_I_MON', Num=213, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = mA
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STOP_MCP_I_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_STOP_MCP_I_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_STOP_MCP_I_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_STOP_MCP_I_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_STOP_MCP_I_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_STOP_MCP_I_MON_AVE_MIN_MAX', Num=214, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_STOP_MCP_I_MON_AVE_LABELS
{'CATDESC': 'DSCB_STOP_MCP_I_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_STOP_MCP_I_MON_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_STOP_MCP_I_MON_AVE_LABELS', Num=215, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_STOP_MCP_I_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_STOP_MCP_TEMP
{'CATDESC': 'Stop MCP temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_STOP_MCP_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STOP_MCP_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_STOP_MCP_TEMP', 'LABL_PTR_1': 'DSCB_STOP_MCP_TEMP_AVE_LABELS', 'SCALEMAX': 40.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STOP_MCP_TEMP', Num=216, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STOP_MCP_TEMP_AVE_MIN_MAX
{'CATDESC': 'DSCB_STOP_MCP_TEMP Ave/Min/Max', 'FIELDNAM': 'DSCB_STOP_MCP_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_STOP_MCP_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_STOP_MCP_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_STOP_MCP_TEMP_AVE_MIN_MAX', Num=217, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_STOP_MCP_TEMP_AVE_LABELS
{'CATDESC': 'DSCB_STOP_MCP_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_STOP_MCP_TEMP_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_STOP_MCP_TEMP_AVE_LABELS', Num=218, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_STOP_MCP_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_STOP_MCP_V_MON
{'CATDESC': 'DSCB stop MCP voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_STOP_MCP_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_STOP_MCP_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_STOP_MCP_V_MON', 'LABL_PTR_1': 'DSCB_STOP_MCP_V_MON_AVE_LABELS', 'SCALEMAX': 3.1, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_STOP_MCP_V_MON', Num=219, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_STOP_MCP_V_MON_AVE_MIN_MAX
{'CATDESC': 'DSCB_STOP_MCP_V_MON Ave/Min/Max', 'FIELDNAM': 'DSCB_STOP_MCP_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_STOP_MCP_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_STOP_MCP_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_STOP_MCP_V_MON_AVE_MIN_MAX', Num=220, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_STOP_MCP_V_MON_AVE_LABELS
{'CATDESC': 'DSCB_STOP_MCP_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_STOP_MCP_V_MON_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_STOP_MCP_V_MON_AVE_LABELS', Num=221, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_STOP_MCP_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_SWEEP_OVER
{'CATDESC': 'DSCB sweep over', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SWEEP_OVER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_SWEEP_OVER', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SWEEP_OVER', Num=222, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_SYSTEM_FSM
{'CATDESC': 'DSCB system FSM', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_SYSTEM_FSM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_SYSTEM_FSM', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_SYSTEM_FSM', Num=223, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_TOF_START
{'CATDESC': 'DSCB measurement adjustment - TOF start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_TOF_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_TOF_START', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_TOF_START', Num=224, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_TOF_START_ADD_SUB
{'CATDESC': 'DSCB measurement adjustment - TOF start - add/subtract', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_TOF_START_ADD_SUB', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_TOF_START_ADD_SUB', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = ADD:1 = SUBTRACT Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_TOF_START_ADD_SUB', Num=225, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_TOF_STOP
{'CATDESC': 'DSCB measurement adjustment - TOF stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_TOF_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_TOF_STOP', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_TOF_STOP', Num=226, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_TOF_STOP_ADD_SUB
{'CATDESC': 'DSCB measurement adjustment - TOF stop - add/subtract', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_TOF_STOP_ADD_SUB', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_TOF_STOP_ADD_SUB', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = ADD:1 = SUBTRACT Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_TOF_STOP_ADD_SUB', Num=227, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_V_I_MON_REF
{'CATDESC': 'DSCB voltage/current monitor ref', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'DSCB_V_I_MON_REF_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_V_I_MON_REF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'DSCB_V_I_MON_REF', 'LABL_PTR_1': 'DSCB_V_I_MON_REF_AVE_LABELS', 'SCALEMAX': 0.0157, 'SCALEMIN': 0.006, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 5.0, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_V_I_MON_REF', Num=228, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_V_I_MON_REF_AVE_MIN_MAX
{'CATDESC': 'DSCB_V_I_MON_REF Ave/Min/Max', 'FIELDNAM': 'DSCB_V_I_MON_REF Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'DSCB_V_I_MON_REF Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into DSCB_V_I_MON_REF_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='DSCB_V_I_MON_REF_AVE_MIN_MAX', Num=229, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: DSCB_V_I_MON_REF_AVE_LABELS
{'CATDESC': 'DSCB_V_I_MON_REF Ave/Min/Max Labels', 'FIELDNAM': 'DSCB_V_I_MON_REF_AVE_LABELS', 'FORMAT': 'A20', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='DSCB_V_I_MON_REF_AVE_LABELS', Num=230, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for DSCB_V_I_MON_REF_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: DSCB_WDOG_CNT
{'CATDESC': 'DSCB watchdog count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_WDOG_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_WDOG_CNT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_WDOG_CNT', Num=231, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: DSCB_WDOG_ON
{'CATDESC': 'Detector section watchdog on/off', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'DSCB_WDOG_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'DSCB_WDOG_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='DSCB_WDOG_ON', Num=232, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: EAIS_PORT_TEMP
{'CATDESC': 'EAIS temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'EAIS_PORT_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'EAIS_PORT_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'EAIS_PORT_TEMP', 'LABL_PTR_1': 'EAIS_PORT_TEMP_AVE_LABELS', 'SCALEMAX': 65.0, 'SCALEMIN': -55.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 339.847, 'VALIDMIN': -49.997, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='EAIS_PORT_TEMP', Num=233, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: EAIS_PORT_TEMP_AVE_MIN_MAX
{'CATDESC': 'EAIS_PORT_TEMP Ave/Min/Max', 'FIELDNAM': 'EAIS_PORT_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'EAIS_PORT_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into EAIS_PORT_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='EAIS_PORT_TEMP_AVE_MIN_MAX', Num=234, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: EAIS_PORT_TEMP_AVE_LABELS
{'CATDESC': 'EAIS_PORT_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'EAIS_PORT_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='EAIS_PORT_TEMP_AVE_LABELS', Num=235, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for EAIS_PORT_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: ENERGY_ASIC_ACQ_TP
{'CATDESC': 'Energy ASIC acq TP', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ENERGY_ASIC_ACQ_TP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ENERGY_ASIC_ACQ_TP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ENERGY_ASIC_ACQ_TP', Num=236, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: ENERGY_ASIC_PARITY
{'CATDESC': 'Energy ASIC parity', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'ENERGY_ASIC_PARITY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'ENERGY_ASIC_PARITY', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='ENERGY_ASIC_PARITY', Num=237, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: EVENT_ERR_CNT
{'CATDESC': 'Count of (5,2) event error messages', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'EVENT_ERR_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'EVENT_ERR_CNT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': 'Count of (5,2) event error messages', 'VAR_TYPE': 'data'}
VDRInfo(Variable='EVENT_ERR_CNT', Num=238, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_DSCB_AUTOMATIC_LIMIT
{'CATDESC': 'FDIR DSCB automatic limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_DSCB_AUTOMATIC_LIMIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_DSCB_AUTOMATIC_LIMIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. DSCB automatic limit monitoring tripped.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_DSCB_AUTOMATIC_LIMIT', Num=239, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_DSCB_COMM_LOSS
{'CATDESC': 'FDIR DSCB communications loss', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_DSCB_COMM_LOSS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_DSCB_COMM_LOSS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. DSCB communications failed (not receiving Write ACK, not receiving Read response, not receiving anything, watchdog timeout on higher link speeds).', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_DSCB_COMM_LOSS', Num=240, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_DSCB_DOWNLINK_UNDETERMINED
{'CATDESC': 'FDIR DSCB downlink undetermined', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_DSCB_DOWNLINK_UNDETERMINED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_DSCB_DOWNLINK_UNDETERMINED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. DSCB failing downlink speed test.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_DSCB_DOWNLINK_UNDETERMINED', Num=241, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_DSCB_NOT_RUNNING
{'CATDESC': 'FDIR DSCB not running', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_DSCB_NOT_RUNNING', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_DSCB_NOT_RUNNING', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. DSCB not reaching run state after timeout.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_DSCB_NOT_RUNNING', Num=242, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_DSCB_REG_INIT
{'CATDESC': 'FDIR DSCB register initialization', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_DSCB_REG_INIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_DSCB_REG_INIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. DSCB register initialize/update failed (on startup or before entering a science mode).', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_DSCB_REG_INIT', Num=243, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_EMERGENCY_FAST_SAFE
{'CATDESC': 'FDIR emergency fast safe', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_EMERGENCY_FAST_SAFE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_EMERGENCY_FAST_SAFE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Emergency Safe - Loss of S20, pending power down, or thruster firing preceding turnoff.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_EMERGENCY_FAST_SAFE', Num=244, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_LEVEL
{'CATDESC': 'Current status of FDIR handling', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_LEVEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_LEVEL', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '0 = None:1 = Thruster Firing Start:2 = Red Limit:3 = Emergency Fast Safe:4 = Yellow Limit:5 = Nominal Slow Safe:6 = Solar Array Steering Start:7 = DSCB Automatic Limit:8 = Task Timeout:9 = DSCB Not Running:10 = DSCB Downlink Undetermined:11 = DSCB Register Initialization:12 = DSCB Communications Loss:13 = Science Auto-Mode Fail:14 = Thruster Firing Stop:15 = Solar Array Steering Stop', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_LEVEL', Num=245, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_NOMINAL_SLOW_SAFE
{'CATDESC': 'FDIR nominal slow safe', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_NOMINAL_SLOW_SAFE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_NOMINAL_SLOW_SAFE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Nominal Slow Safe - Long HV Rampdown.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_NOMINAL_SLOW_SAFE', Num=246, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_RED_LIMIT
{'CATDESC': 'FDIR red limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_RED_LIMIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_RED_LIMIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Analog monitor red limit fail - expectation is that all HV comes down quickly, hence higher priority than S20 loss and thruster firing.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_RED_LIMIT', Num=247, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_RESERVED
{'CATDESC': 'FDIR reserved', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_RESERVED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_RESERVED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_RESERVED', Num=248, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_SCIENCE_AUTO_MODE_FAIL
{'CATDESC': 'FDIR science auto-mode fail', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_SCIENCE_AUTO_MODE_FAIL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_SCIENCE_AUTO_MODE_FAIL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Automatically changing a science mode (Burst to Normal, or restarting from an uncorrectable error) failed.  Possible reasons are DSCB communication fail (its own FDIR) or a corruption and failed decompression of priorities lookup table.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_SCIENCE_AUTO_MODE_FAIL', Num=249, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_SOLAR_ARRAY_STEERING_START
{'CATDESC': 'FDIR solar array steering start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_SOLAR_ARRAY_STEERING_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_SOLAR_ARRAY_STEERING_START', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_SOLAR_ARRAY_STEERING_START', Num=250, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_SOLAR_ARRAY_STEERING_STOP
{'CATDESC': 'FDIR solar array steering stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_SOLAR_ARRAY_STEERING_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_SOLAR_ARRAY_STEERING_STOP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Solar Array Steering End - Return to Science.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_SOLAR_ARRAY_STEERING_STOP', Num=251, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_TASK_TIMEOUT
{'CATDESC': 'FDIR task timeout', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_TASK_TIMEOUT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_TASK_TIMEOUT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Software tasks have timed out. Likely no science data being generated.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_TASK_TIMEOUT', Num=252, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_THRUSTER_FIRING_START
{'CATDESC': 'FDIR thruster firing start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_THRUSTER_FIRING_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_THRUSTER_FIRING_START', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_THRUSTER_FIRING_START', Num=253, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_THRUSTER_FIRING_STOP
{'CATDESC': 'FDIR thruster firing stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_THRUSTER_FIRING_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_THRUSTER_FIRING_STOP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Thruster Firing Exit - Return to Science.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_THRUSTER_FIRING_STOP', Num=254, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FDIR_YELLOW_LIMIT
{'CATDESC': 'FDIR yellow limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FDIR_YELLOW_LIMIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FDIR_YELLOW_LIMIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Not Occurred:1 = Occurred. Analog monitor yellow limit fail.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FDIR_YELLOW_LIMIT', Num=255, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_STEP_TBL
{'CATDESC': 'DAC select bits', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_STEP_TBL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_STEP_TBL', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_STEP_TBL', Num=256, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_STEP_TBL_DATA_ELEV_INDEX
{'CATDESC': 'Elevation step', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_STEP_TBL_DATA_ELEV_INDEX', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_STEP_TBL_DATA_ELEV_INDEX', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '0-15', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_STEP_TBL_DATA_ELEV_INDEX', Num=257, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_STEP_TBL_E_Q_INDEX
{'CATDESC': 'Current step table pointer from the sweep table - E/Q index (scan or data selectable)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_STEP_TBL_E_Q_INDEX', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_STEP_TBL_E_Q_INDEX', 'SCALEMAX': 64, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 63, 'VALIDMIN': 0, 'VAR_NOTES': '0-63', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_STEP_TBL_E_Q_INDEX', Num=258, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_STEP_TBL_ELEV_INDEX
{'CATDESC': 'Elevation step', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_STEP_TBL_ELEV_INDEX', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_STEP_TBL_ELEV_INDEX', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '0-15', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_STEP_TBL_ELEV_INDEX', Num=259, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_SWEEP_TBL_ROW
{'CATDESC': 'Currently selected row of scan control table (scan or data selectable)', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_SWEEP_TBL_ROW', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_SWEEP_TBL_ROW', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': '0-127', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_SWEEP_TBL_ROW', Num=260, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_SWEEP_TBL_SIDE
{'CATDESC': 'Currently selected "side" of scan control table', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_SWEEP_TBL_SIDE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_SWEEP_TBL_SIDE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_SWEEP_TBL_SIDE', Num=261, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: FPGA_SWEEP_TBL_DATA_SIDE
{'CATDESC': 'Currently selected data "side" of scan control table', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'FPGA_SWEEP_TBL_DATA_SIDE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'FPGA_SWEEP_TBL_DATA_SIDE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = A:1 = B', 'VAR_TYPE': 'data'}
VDRInfo(Variable='FPGA_SWEEP_TBL_DATA_SIDE', Num=262, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HK_EN
{'CATDESC': 'HK enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HK_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'HK_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HK_EN', Num=263, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HV_DISABLED
{'CATDESC': 'Status on whether high voltage is disabled', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HV_DISABLED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'HV_DISABLED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = ENABLED:1 = DISABLED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HV_DISABLED', Num=264, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HV_I_LIM_PERSISTENCE
{'CATDESC': 'HV current limit persistence', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HV_I_LIM_PERSISTENCE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'HV_I_LIM_PERSISTENCE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HV_I_LIM_PERSISTENCE', Num=265, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HV_LIMITED
{'CATDESC': 'Status on whether high voltage is limited', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HV_LIMITED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'HV_LIMITED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = UNLIMITED:1 = LIMITED-AIRSAFE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HV_LIMITED', Num=266, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HV_V_LIM_PERSISTENCE
{'CATDESC': 'HV voltage limit persistence', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HV_V_LIM_PERSISTENCE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'HV_V_LIM_PERSISTENCE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HV_V_LIM_PERSISTENCE', Num=267, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_ANALYZER
{'CATDESC': 'HVPS analyzer', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_ANALYZER_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_ANALYZER', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_ANALYZER', 'LABL_PTR_1': 'HVPS_ANALYZER_AVE_LABELS', 'SCALEMAX': 6.4, 'SCALEMIN': -6.4, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 7.326, 'VALIDMIN': -7.326, 'VAR_NOTES': 'Ave, Min, Max. When SWEEP_EN_ANALYZER is 1, AVG set to fill and MIN/MAX might be swapped. AVG also set to fill when not between MIN/MAX (can happen at end of sweeping). Also, if associated Polarity or Range values vary over avg/min/max, then the avg here is set to fill and the min/max values here may be suspect.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_ANALYZER', Num=268, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_ANALYZER_AVE_MIN_MAX
{'CATDESC': 'HVPS_ANALYZER Ave/Min/Max', 'FIELDNAM': 'HVPS_ANALYZER Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_ANALYZER Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_ANALYZER_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_ANALYZER_AVE_MIN_MAX', Num=269, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_ANALYZER_AVE_LABELS
{'CATDESC': 'HVPS_ANALYZER Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_ANALYZER_AVE_LABELS', 'FORMAT': 'A17', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_ANALYZER_AVE_LABELS', Num=270, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=17, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_ANALYZER_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_ANALYZER_POL
{'CATDESC': 'HVPS analyzer polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_ANALYZER_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_ANALYZER_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_ANALYZER_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_ANALYZER_POL', Num=271, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_ANALYZER_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_ANALYZER_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_ANALYZER_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_ANALYZER_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_ANALYZER_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_ANALYZER_POL_AVE_MIN_MAX', Num=272, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_ANALYZER_POL_AVE_LABELS
{'CATDESC': 'HVPS_ANALYZER_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_ANALYZER_POL_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_ANALYZER_POL_AVE_LABELS', Num=273, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_ANALYZER_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_ANALYZER_RNG
{'CATDESC': 'HVPS analyzer range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_ANALYZER_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_ANALYZER_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_ANALYZER_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_ANALYZER_RNG', Num=274, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_ANALYZER_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_ANALYZER_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_ANALYZER_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_ANALYZER_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_ANALYZER_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_ANALYZER_RNG_AVE_MIN_MAX', Num=275, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_ANALYZER_RNG_AVE_LABELS
{'CATDESC': 'HVPS_ANALYZER_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_ANALYZER_RNG_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_ANALYZER_RNG_AVE_LABELS', Num=276, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_ANALYZER_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_BOT_DEF
{'CATDESC': 'HVPS bottom deflector', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_BOT_DEF_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_BOT_DEF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_BOT_DEF', 'LABL_PTR_1': 'HVPS_BOT_DEF_AVE_LABELS', 'SCALEMAX': 6.4, 'SCALEMIN': -6.4, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 7.326, 'VALIDMIN': -7.326, 'VAR_NOTES': 'Ave, Min, Max. When SWEEP_EN_BOT_DEF is 1, AVG set to fill and MIN/MAX might be swapped. AVG also set to fill when not between MIN/MAX (can happen at end of sweeping). Also, if associated Polarity or Range values vary over avg/min/max, then the avg here is set to fill and the min/max values here may be suspect.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_BOT_DEF', Num=277, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_BOT_DEF_AVE_MIN_MAX
{'CATDESC': 'HVPS_BOT_DEF Ave/Min/Max', 'FIELDNAM': 'HVPS_BOT_DEF Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_BOT_DEF Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_BOT_DEF_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_BOT_DEF_AVE_MIN_MAX', Num=278, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_BOT_DEF_AVE_LABELS
{'CATDESC': 'HVPS_BOT_DEF Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_BOT_DEF_AVE_LABELS', 'FORMAT': 'A16', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_BOT_DEF_AVE_LABELS', Num=279, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=16, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_BOT_DEF_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_BOT_DEF_POL
{'CATDESC': 'HVPS bottom deflector polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_BOT_DEF_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_BOT_DEF_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_BOT_DEF_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_BOT_DEF_POL', Num=280, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_BOT_DEF_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_BOT_DEF_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_BOT_DEF_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_BOT_DEF_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_BOT_DEF_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_BOT_DEF_POL_AVE_MIN_MAX', Num=281, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_BOT_DEF_POL_AVE_LABELS
{'CATDESC': 'HVPS_BOT_DEF_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_BOT_DEF_POL_AVE_LABELS', 'FORMAT': 'A20', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_BOT_DEF_POL_AVE_LABELS', Num=282, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_BOT_DEF_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_BOT_DEF_RNG
{'CATDESC': 'HVPS bottom deflector range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_BOT_DEF_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_BOT_DEF_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_BOT_DEF_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_BOT_DEF_RNG', Num=283, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_BOT_DEF_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_BOT_DEF_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_BOT_DEF_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_BOT_DEF_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_BOT_DEF_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_BOT_DEF_RNG_AVE_MIN_MAX', Num=284, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_BOT_DEF_RNG_AVE_LABELS
{'CATDESC': 'HVPS_BOT_DEF_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_BOT_DEF_RNG_AVE_LABELS', 'FORMAT': 'A20', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_BOT_DEF_RNG_AVE_LABELS', Num=285, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_BOT_DEF_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_N
{'CATDESC': 'HVPS main negative', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_N_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_N', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_HV_MAIN_N', 'LABL_PTR_1': 'HVPS_HV_MAIN_N_AVE_LABELS', 'SCALEMAX': 0.0, 'SCALEMIN': -6.4, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 8.25, 'VALIDMIN': -8.25, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_N', Num=286, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_N_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_N Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_N Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_N Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_N_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_N_AVE_MIN_MAX', Num=287, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_N_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_N Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_N_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_N_AVE_LABELS', Num=288, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_N_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_N_POL
{'CATDESC': 'HVPS main negative polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_N_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_N_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_HV_MAIN_N_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_N_POL', Num=289, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_N_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_N_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_N_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_N_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_N_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_N_POL_AVE_MIN_MAX', Num=290, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_N_POL_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_N_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_N_POL_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_N_POL_AVE_LABELS', Num=291, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_N_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_N_RNG
{'CATDESC': 'HVPS main negative range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_N_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_N_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_HV_MAIN_N_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_N_RNG', Num=292, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_N_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_N_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_N_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_N_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_N_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_N_RNG_AVE_MIN_MAX', Num=293, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_N_RNG_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_N_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_N_RNG_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_N_RNG_AVE_LABELS', Num=294, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_N_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_P
{'CATDESC': 'HVPS main positive', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_P_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_P', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_HV_MAIN_P', 'LABL_PTR_1': 'HVPS_HV_MAIN_P_AVE_LABELS', 'SCALEMAX': 6.4, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 8.25, 'VALIDMIN': -8.25, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_P', Num=295, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_P_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_P Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_P Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_P Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_P_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_P_AVE_MIN_MAX', Num=296, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_P_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_P Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_P_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_P_AVE_LABELS', Num=297, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_P_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_P_POL
{'CATDESC': 'HVPS main positive polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_P_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_P_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_HV_MAIN_P_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_P_POL', Num=298, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_P_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_P_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_P_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_P_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_P_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_P_POL_AVE_MIN_MAX', Num=299, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_P_POL_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_P_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_P_POL_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_P_POL_AVE_LABELS', Num=300, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_P_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_HV_MAIN_P_RNG
{'CATDESC': 'HVPS main positive range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_HV_MAIN_P_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_HV_MAIN_P_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_HV_MAIN_P_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_HV_MAIN_P_RNG', Num=301, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_HV_MAIN_P_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_HV_MAIN_P_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_HV_MAIN_P_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_HV_MAIN_P_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_HV_MAIN_P_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_HV_MAIN_P_RNG_AVE_MIN_MAX', Num=302, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_HV_MAIN_P_RNG_AVE_LABELS
{'CATDESC': 'HVPS_HV_MAIN_P_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_HV_MAIN_P_RNG_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_HV_MAIN_P_RNG_AVE_LABELS', Num=303, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_HV_MAIN_P_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_N12V_I
{'CATDESC': 'HVPS -12V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_N12V_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_N12V_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_N12V_I', 'LABL_PTR_1': 'HVPS_N12V_I_AVE_LABELS', 'SCALEMAX': 0.0, 'SCALEMIN': -0.125, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 0.0, 'VALIDMIN': -0.132, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_N12V_I', Num=304, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_N12V_I_AVE_MIN_MAX
{'CATDESC': 'HVPS_N12V_I Ave/Min/Max', 'FIELDNAM': 'HVPS_N12V_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_N12V_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_N12V_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_N12V_I_AVE_MIN_MAX', Num=305, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_N12V_I_AVE_LABELS
{'CATDESC': 'HVPS_N12V_I Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_N12V_I_AVE_LABELS', 'FORMAT': 'A15', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_N12V_I_AVE_LABELS', Num=306, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=15, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_N12V_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_P12V_I
{'CATDESC': 'HVPS +12V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_P12V_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_P12V_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_P12V_I', 'LABL_PTR_1': 'HVPS_P12V_I_AVE_LABELS', 'SCALEMAX': 0.125, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 0.132, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_P12V_I', Num=307, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_P12V_I_AVE_MIN_MAX
{'CATDESC': 'HVPS_P12V_I Ave/Min/Max', 'FIELDNAM': 'HVPS_P12V_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_P12V_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_P12V_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_P12V_I_AVE_MIN_MAX', Num=308, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_P12V_I_AVE_LABELS
{'CATDESC': 'HVPS_P12V_I Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_P12V_I_AVE_LABELS', 'FORMAT': 'A15', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_P12V_I_AVE_LABELS', Num=309, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=15, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_P12V_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_DEF
{'CATDESC': 'HVPS top deflector', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_DEF_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_DEF', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_TOP_DEF', 'LABL_PTR_1': 'HVPS_TOP_DEF_AVE_LABELS', 'SCALEMAX': 6.4, 'SCALEMIN': -6.4, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 7.326, 'VALIDMIN': -7.326, 'VAR_NOTES': 'Ave, Min, Max. When SWEEP_EN_TOP_DEF is 1, AVG set to fill and MIN/MAX might be swapped. AVG also set to fill when not between MIN/MAX (can happen at end of sweeping). Also, if associated Polarity or Range values vary over avg/min/max, then the avg here is set to fill and the min/max values here may be suspect.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_DEF', Num=310, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_DEF_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_DEF Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_DEF Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_DEF Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_DEF_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_DEF_AVE_MIN_MAX', Num=311, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_DEF_AVE_LABELS
{'CATDESC': 'HVPS_TOP_DEF Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_DEF_AVE_LABELS', 'FORMAT': 'A16', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_DEF_AVE_LABELS', Num=312, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=16, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_DEF_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_DEF_POL
{'CATDESC': 'HVPS top deflector polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_DEF_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_DEF_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_TOP_DEF_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_DEF_POL', Num=313, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_DEF_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_DEF_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_DEF_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_DEF_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_DEF_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_DEF_POL_AVE_MIN_MAX', Num=314, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_DEF_POL_AVE_LABELS
{'CATDESC': 'HVPS_TOP_DEF_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_DEF_POL_AVE_LABELS', 'FORMAT': 'A20', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_DEF_POL_AVE_LABELS', Num=315, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_DEF_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_DEF_RNG
{'CATDESC': 'HVPS top deflector range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_DEF_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_DEF_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_TOP_DEF_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_DEF_RNG', Num=316, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_DEF_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_DEF_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_DEF_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_DEF_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_DEF_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_DEF_RNG_AVE_MIN_MAX', Num=317, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_DEF_RNG_AVE_LABELS
{'CATDESC': 'HVPS_TOP_DEF_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_DEF_RNG_AVE_LABELS', 'FORMAT': 'A20', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_DEF_RNG_AVE_LABELS', Num=318, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=20, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_DEF_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_PLATE
{'CATDESC': 'HVPS top plate', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_PLATE_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_PLATE', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'HVPS_TOP_PLATE', 'LABL_PTR_1': 'HVPS_TOP_PLATE_AVE_LABELS', 'SCALEMAX': 6.4, 'SCALEMIN': -6.4, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 7.326, 'VALIDMIN': -7.326, 'VAR_NOTES': 'Ave, Min, Max. When SWEEP_EN_TOP_PLATE is 1, AVG set to fill and MIN/MAX might be swapped. AVG also set to fill when not between MIN/MAX (can happen at end of sweeping). Also, if associated Polarity or Range values vary over avg/min/max, then the avg here is set to fill and the min/max values here may be suspect.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_PLATE', Num=319, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_PLATE_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_PLATE Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_PLATE Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_PLATE Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_PLATE_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_PLATE_AVE_MIN_MAX', Num=320, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_PLATE_AVE_LABELS
{'CATDESC': 'HVPS_TOP_PLATE Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_PLATE_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_PLATE_AVE_LABELS', Num=321, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_PLATE_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_PLATE_POL
{'CATDESC': 'HVPS top plate polarity', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_PLATE_POL_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_PLATE_POL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_TOP_PLATE_POL_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: positive; 1: negative. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_PLATE_POL', Num=322, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_PLATE_POL_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_PLATE_POL Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_PLATE_POL Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_PLATE_POL Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_PLATE_POL_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_PLATE_POL_AVE_MIN_MAX', Num=323, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_PLATE_POL_AVE_LABELS
{'CATDESC': 'HVPS_TOP_PLATE_POL Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_PLATE_POL_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_PLATE_POL_AVE_LABELS', Num=324, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_PLATE_POL_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: HVPS_TOP_PLATE_RNG
{'CATDESC': 'HVPS top plate range', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'HVPS_TOP_PLATE_RNG_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'HVPS_TOP_PLATE_RNG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'HVPS_TOP_PLATE_RNG_AVE_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: low; 1: high. Ave, Min, Max.', 'VAR_TYPE': 'data'}
VDRInfo(Variable='HVPS_TOP_PLATE_RNG', Num=325, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: HVPS_TOP_PLATE_RNG_AVE_MIN_MAX
{'CATDESC': 'HVPS_TOP_PLATE_RNG Ave/Min/Max', 'FIELDNAM': 'HVPS_TOP_PLATE_RNG Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'HVPS_TOP_PLATE_RNG Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into HVPS_TOP_PLATE_RNG_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='HVPS_TOP_PLATE_RNG_AVE_MIN_MAX', Num=326, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: HVPS_TOP_PLATE_RNG_AVE_LABELS
{'CATDESC': 'HVPS_TOP_PLATE_RNG Ave/Min/Max Labels', 'FIELDNAM': 'HVPS_TOP_PLATE_RNG_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='HVPS_TOP_PLATE_RNG_AVE_LABELS', Num=327, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for HVPS_TOP_PLATE_RNG_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: INTEGRATION_TIME
{'CATDESC': 'Number of seconds over which the data in this product was collected', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'INTEGRATION_TIME', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'INTEGRATION_TIME', 'SCALEMAX': 131071, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 131071, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='INTEGRATION_TIME', Num=328, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: INTER_INST_INFO_CNT
{'CATDESC': 'Inter-instrument information count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'INTER_INST_INFO_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'INTER_INST_INFO_CNT', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '0-1023', 'VAR_TYPE': 'data'}
VDRInfo(Variable='INTER_INST_INFO_CNT', Num=329, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: IRAP_HV_ON
{'CATDESC': 'Status on whether IRAP high voltage is on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'IRAP_HV_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'IRAP_HV_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Off:1 = On', 'VAR_TYPE': 'data'}
VDRInfo(Variable='IRAP_HV_ON', Num=330, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: IRAP_HVPS_TEMP
{'CATDESC': 'IRAP HVPS temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'IRAP_HVPS_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'IRAP_HVPS_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'IRAP_HVPS_TEMP', 'LABL_PTR_1': 'IRAP_HVPS_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='IRAP_HVPS_TEMP', Num=331, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: IRAP_HVPS_TEMP_AVE_MIN_MAX
{'CATDESC': 'IRAP_HVPS_TEMP Ave/Min/Max', 'FIELDNAM': 'IRAP_HVPS_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'IRAP_HVPS_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into IRAP_HVPS_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='IRAP_HVPS_TEMP_AVE_MIN_MAX', Num=332, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: IRAP_HVPS_TEMP_AVE_LABELS
{'CATDESC': 'IRAP_HVPS_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'IRAP_HVPS_TEMP_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='IRAP_HVPS_TEMP_AVE_LABELS', Num=333, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for IRAP_HVPS_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LAST_ERR_CODE
{'CATDESC': 'Last (5,2) EID, minus SWA offset', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_ERR_CODE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_ERR_CODE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': 'Last (5,2) EID, minus SWA offset', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_ERR_CODE', Num=334, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_ACC_CMD_CNT
{'CATDESC': 'Last macro accepted command count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_ACC_CMD_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_ACC_CMD_CNT', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_ACC_CMD_CNT', Num=335, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_ACC_SERVICE
{'CATDESC': 'Last macro accepted service', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_ACC_SERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_ACC_SERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_ACC_SERVICE', Num=336, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_ACC_SUBSERVICE
{'CATDESC': 'Last macro accepted subservice', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_ACC_SUBSERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_ACC_SUBSERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_ACC_SUBSERVICE', Num=337, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_CALLER
{'CATDESC': 'Macro calling last macro', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_CALLER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_CALLER', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_CALLER', Num=338, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_CMD_CNT
{'CATDESC': 'Last macro command count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_CMD_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_CMD_CNT', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_CMD_CNT', Num=339, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_I_WAIT
{'CATDESC': 'Last macro current wait', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_I_WAIT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'LAST_MACRO_I_WAIT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_I_WAIT', Num=340, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_REJ_CMD_CNT
{'CATDESC': 'Last macro rejected command count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_REJ_CMD_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_REJ_CMD_CNT', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_REJ_CMD_CNT', Num=341, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_REJ_SERVICE
{'CATDESC': 'Last macro rejected service', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_REJ_SERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_REJ_SERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_REJ_SERVICE', Num=342, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_REJ_SUBSERVICE
{'CATDESC': 'Last macro rejected subservice', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_REJ_SUBSERVICE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_REJ_SUBSERVICE', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_REJ_SUBSERVICE', Num=343, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_SEL
{'CATDESC': 'Last macro run', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_SEL', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_SEL', Num=344, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LAST_MACRO_TOTAL_CMDS
{'CATDESC': 'Total commands in last macro', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LAST_MACRO_TOTAL_CMDS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LAST_MACRO_TOTAL_CMDS', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LAST_MACRO_TOTAL_CMDS', Num=345, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LOW_TOF_CUT_OFF_REG
{'CATDESC': 'Low TOF cut-off register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LOW_TOF_CUT_OFF_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'LOW_TOF_CUT_OFF_REG', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LOW_TOF_CUT_OFF_REG', Num=346, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_12V_DC_DC_TEMP
{'CATDESC': 'LVPS +/- 12V DC-DC converter temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_12V_DC_DC_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_12V_DC_DC_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_12V_DC_DC_TEMP', 'LABL_PTR_1': 'LVPS_12V_DC_DC_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_12V_DC_DC_TEMP', Num=347, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_12V_DC_DC_TEMP_AVE_MIN_MAX
{'CATDESC': 'LVPS_12V_DC_DC_TEMP Ave/Min/Max', 'FIELDNAM': 'LVPS_12V_DC_DC_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_12V_DC_DC_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_12V_DC_DC_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_12V_DC_DC_TEMP_AVE_MIN_MAX', Num=348, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_12V_DC_DC_TEMP_AVE_LABELS
{'CATDESC': 'LVPS_12V_DC_DC_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_12V_DC_DC_TEMP_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_12V_DC_DC_TEMP_AVE_LABELS', Num=349, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_12V_DC_DC_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_5V_DC_DC_TEMP
{'CATDESC': 'LVPS 5V DC-DC converter temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_5V_DC_DC_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_5V_DC_DC_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_5V_DC_DC_TEMP', 'LABL_PTR_1': 'LVPS_5V_DC_DC_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_5V_DC_DC_TEMP', Num=350, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_5V_DC_DC_TEMP_AVE_MIN_MAX
{'CATDESC': 'LVPS_5V_DC_DC_TEMP Ave/Min/Max', 'FIELDNAM': 'LVPS_5V_DC_DC_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_5V_DC_DC_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_5V_DC_DC_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_5V_DC_DC_TEMP_AVE_MIN_MAX', Num=351, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_5V_DC_DC_TEMP_AVE_LABELS
{'CATDESC': 'LVPS_5V_DC_DC_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_5V_DC_DC_TEMP_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_5V_DC_DC_TEMP_AVE_LABELS', Num=352, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_5V_DC_DC_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_AC_LINK_I
{'CATDESC': 'LVPS AC link current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_AC_LINK_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_AC_LINK_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_AC_LINK_I', 'LABL_PTR_1': 'LVPS_AC_LINK_I_AVE_LABELS', 'SCALEMAX': 0.21, 'SCALEMIN': -0.03, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 0.240184, 'VALIDMIN': -0.02804, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_AC_LINK_I', Num=353, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_AC_LINK_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_AC_LINK_I Ave/Min/Max', 'FIELDNAM': 'LVPS_AC_LINK_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_AC_LINK_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_AC_LINK_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_AC_LINK_I_AVE_MIN_MAX', Num=354, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_AC_LINK_I_AVE_LABELS
{'CATDESC': 'LVPS_AC_LINK_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_AC_LINK_I_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_AC_LINK_I_AVE_LABELS', Num=355, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_AC_LINK_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_AC_LINK_TEMP
{'CATDESC': 'LVPS AC link temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_AC_LINK_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_AC_LINK_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_AC_LINK_TEMP', 'LABL_PTR_1': 'LVPS_AC_LINK_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_AC_LINK_TEMP', Num=356, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_AC_LINK_TEMP_AVE_MIN_MAX
{'CATDESC': 'LVPS_AC_LINK_TEMP Ave/Min/Max', 'FIELDNAM': 'LVPS_AC_LINK_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_AC_LINK_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_AC_LINK_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_AC_LINK_TEMP_AVE_MIN_MAX', Num=357, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_AC_LINK_TEMP_AVE_LABELS
{'CATDESC': 'LVPS_AC_LINK_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_AC_LINK_TEMP_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_AC_LINK_TEMP_AVE_LABELS', Num=358, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_AC_LINK_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_AC_LINK_V
{'CATDESC': 'LVPS AC link voltage', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_AC_LINK_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_AC_LINK_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_AC_LINK_V', 'LABL_PTR_1': 'LVPS_AC_LINK_V_AVE_LABELS', 'SCALEMAX': 26.0, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 29.1361, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_AC_LINK_V', Num=359, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_AC_LINK_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_AC_LINK_V Ave/Min/Max', 'FIELDNAM': 'LVPS_AC_LINK_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_AC_LINK_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_AC_LINK_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_AC_LINK_V_AVE_MIN_MAX', Num=360, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_AC_LINK_V_AVE_LABELS
{'CATDESC': 'LVPS_AC_LINK_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_AC_LINK_V_AVE_LABELS', 'FORMAT': 'A18', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_AC_LINK_V_AVE_LABELS', Num=361, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=18, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_AC_LINK_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_N12V_OUTPUT_I
{'CATDESC': 'LVPS -12V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_N12V_OUTPUT_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_N12V_OUTPUT_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_N12V_OUTPUT_I', 'LABL_PTR_1': 'LVPS_N12V_OUTPUT_I_AVE_LABELS', 'SCALEMAX': 0.0, 'SCALEMIN': -0.125, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': -0.01647, 'VALIDMIN': -0.12537, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_I', Num=362, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_N12V_OUTPUT_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_N12V_OUTPUT_I Ave/Min/Max', 'FIELDNAM': 'LVPS_N12V_OUTPUT_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_N12V_OUTPUT_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_N12V_OUTPUT_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_I_AVE_MIN_MAX', Num=363, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_N12V_OUTPUT_I_AVE_LABELS
{'CATDESC': 'LVPS_N12V_OUTPUT_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_N12V_OUTPUT_I_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_I_AVE_LABELS', Num=364, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_N12V_OUTPUT_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_N12V_OUTPUT_V
{'CATDESC': 'LVPS -12V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_N12V_OUTPUT_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_N12V_OUTPUT_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_N12V_OUTPUT_V', 'LABL_PTR_1': 'LVPS_N12V_OUTPUT_V_AVE_LABELS', 'SCALEMAX': -11.9, 'SCALEMIN': -13.5, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 0.0, 'VALIDMIN': -14.0283, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_V', Num=365, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_N12V_OUTPUT_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_N12V_OUTPUT_V Ave/Min/Max', 'FIELDNAM': 'LVPS_N12V_OUTPUT_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_N12V_OUTPUT_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_N12V_OUTPUT_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_V_AVE_MIN_MAX', Num=366, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_N12V_OUTPUT_V_AVE_LABELS
{'CATDESC': 'LVPS_N12V_OUTPUT_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_N12V_OUTPUT_V_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_N12V_OUTPUT_V_AVE_LABELS', Num=367, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_N12V_OUTPUT_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_N5V_OUTPUT_I
{'CATDESC': 'LVPS -5V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_N5V_OUTPUT_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_N5V_OUTPUT_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_N5V_OUTPUT_I', 'LABL_PTR_1': 'LVPS_N5V_OUTPUT_I_AVE_LABELS', 'SCALEMAX': 0.0, 'SCALEMIN': -0.11, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': -0.0007274, 'VALIDMIN': -0.11035, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_I', Num=368, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_N5V_OUTPUT_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_N5V_OUTPUT_I Ave/Min/Max', 'FIELDNAM': 'LVPS_N5V_OUTPUT_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_N5V_OUTPUT_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_N5V_OUTPUT_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_I_AVE_MIN_MAX', Num=369, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_N5V_OUTPUT_I_AVE_LABELS
{'CATDESC': 'LVPS_N5V_OUTPUT_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_N5V_OUTPUT_I_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_I_AVE_LABELS', Num=370, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_N5V_OUTPUT_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_N5V_OUTPUT_V
{'CATDESC': 'LVPS -5V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_N5V_OUTPUT_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_N5V_OUTPUT_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_N5V_OUTPUT_V', 'LABL_PTR_1': 'LVPS_N5V_OUTPUT_V_AVE_LABELS', 'SCALEMAX': -4.7, 'SCALEMIN': -5.3, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 0.0, 'VALIDMIN': -6.02057, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_V', Num=371, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_N5V_OUTPUT_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_N5V_OUTPUT_V Ave/Min/Max', 'FIELDNAM': 'LVPS_N5V_OUTPUT_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_N5V_OUTPUT_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_N5V_OUTPUT_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_V_AVE_MIN_MAX', Num=372, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_N5V_OUTPUT_V_AVE_LABELS
{'CATDESC': 'LVPS_N5V_OUTPUT_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_N5V_OUTPUT_V_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_N5V_OUTPUT_V_AVE_LABELS', Num=373, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_N5V_OUTPUT_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P12V_OUTPUT_I
{'CATDESC': 'LVPS +12V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P12V_OUTPUT_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P12V_OUTPUT_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P12V_OUTPUT_I', 'LABL_PTR_1': 'LVPS_P12V_OUTPUT_I_AVE_LABELS', 'SCALEMAX': 0.125, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 0.11042, 'VALIDMIN': 0.00086, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_I', Num=374, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P12V_OUTPUT_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_P12V_OUTPUT_I Ave/Min/Max', 'FIELDNAM': 'LVPS_P12V_OUTPUT_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P12V_OUTPUT_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P12V_OUTPUT_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_I_AVE_MIN_MAX', Num=375, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P12V_OUTPUT_I_AVE_LABELS
{'CATDESC': 'LVPS_P12V_OUTPUT_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P12V_OUTPUT_I_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_I_AVE_LABELS', Num=376, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P12V_OUTPUT_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P12V_OUTPUT_V
{'CATDESC': 'LVPS +12V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P12V_OUTPUT_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P12V_OUTPUT_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P12V_OUTPUT_V', 'LABL_PTR_1': 'LVPS_P12V_OUTPUT_V_AVE_LABELS', 'SCALEMAX': 13.3, 'SCALEMIN': 11.9, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 14.49166, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_V', Num=377, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P12V_OUTPUT_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_P12V_OUTPUT_V Ave/Min/Max', 'FIELDNAM': 'LVPS_P12V_OUTPUT_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P12V_OUTPUT_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P12V_OUTPUT_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_V_AVE_MIN_MAX', Num=378, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P12V_OUTPUT_V_AVE_LABELS
{'CATDESC': 'LVPS_P12V_OUTPUT_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P12V_OUTPUT_V_AVE_LABELS', 'FORMAT': 'A22', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P12V_OUTPUT_V_AVE_LABELS', Num=379, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=22, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P12V_OUTPUT_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P3_3V_DC_DC_TEMP
{'CATDESC': 'LVPS +3.3V DC-DC converter temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P3_3V_DC_DC_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P3_3V_DC_DC_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P3_3V_DC_DC_TEMP', 'LABL_PTR_1': 'LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P3_3V_DC_DC_TEMP', Num=380, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P3_3V_DC_DC_TEMP_AVE_MIN_MAX
{'CATDESC': 'LVPS_P3_3V_DC_DC_TEMP Ave/Min/Max', 'FIELDNAM': 'LVPS_P3_3V_DC_DC_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P3_3V_DC_DC_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P3_3V_DC_DC_TEMP_AVE_MIN_MAX', Num=381, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS
{'CATDESC': 'LVPS_P3_3V_DC_DC_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS', 'FORMAT': 'A25', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS', Num=382, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=25, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P3_3V_DC_DC_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P3_3V_OUTPUT_I
{'CATDESC': 'LVPS +3.3V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P3_3V_OUTPUT_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P3_3V_OUTPUT_I', 'LABL_PTR_1': 'LVPS_P3_3V_OUTPUT_I_AVE_LABELS', 'SCALEMAX': 0.65, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 1.1447, 'VALIDMIN': 0.001939, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_I', Num=383, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P3_3V_OUTPUT_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_P3_3V_OUTPUT_I Ave/Min/Max', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P3_3V_OUTPUT_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P3_3V_OUTPUT_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_I_AVE_MIN_MAX', Num=384, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P3_3V_OUTPUT_I_AVE_LABELS
{'CATDESC': 'LVPS_P3_3V_OUTPUT_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_I_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_I_AVE_LABELS', Num=385, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P3_3V_OUTPUT_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P3_3V_OUTPUT_V
{'CATDESC': 'LVPS 3.3V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P3_3V_OUTPUT_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P3_3V_OUTPUT_V', 'LABL_PTR_1': 'LVPS_P3_3V_OUTPUT_V_AVE_LABELS', 'SCALEMAX': 3.5, 'SCALEMIN': 3.1, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 3.9863, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_V', Num=386, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P3_3V_OUTPUT_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_P3_3V_OUTPUT_V Ave/Min/Max', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P3_3V_OUTPUT_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P3_3V_OUTPUT_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_V_AVE_MIN_MAX', Num=387, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P3_3V_OUTPUT_V_AVE_LABELS
{'CATDESC': 'LVPS_P3_3V_OUTPUT_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P3_3V_OUTPUT_V_AVE_LABELS', 'FORMAT': 'A23', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P3_3V_OUTPUT_V_AVE_LABELS', Num=388, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=23, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P3_3V_OUTPUT_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P5V_OUTPUT_I
{'CATDESC': 'LVPS +5V current', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P5V_OUTPUT_I_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P5V_OUTPUT_I', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P5V_OUTPUT_I', 'LABL_PTR_1': 'LVPS_P5V_OUTPUT_I_AVE_LABELS', 'SCALEMAX': 0.115, 'SCALEMIN': 0.0, 'SCALETYP': 'linear', 'UNITS': 'A', 'VALIDMAX': 0.1113637, 'VALIDMIN': 0.0002527, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_I', Num=389, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = A
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P5V_OUTPUT_I_AVE_MIN_MAX
{'CATDESC': 'LVPS_P5V_OUTPUT_I Ave/Min/Max', 'FIELDNAM': 'LVPS_P5V_OUTPUT_I Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P5V_OUTPUT_I Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P5V_OUTPUT_I_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_I_AVE_MIN_MAX', Num=390, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P5V_OUTPUT_I_AVE_LABELS
{'CATDESC': 'LVPS_P5V_OUTPUT_I Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P5V_OUTPUT_I_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_I_AVE_LABELS', Num=391, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P5V_OUTPUT_I_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: LVPS_P5V_OUTPUT_V
{'CATDESC': 'LVPS +5V', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'LVPS_P5V_OUTPUT_V_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'LVPS_P5V_OUTPUT_V', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'LVPS_P5V_OUTPUT_V', 'LABL_PTR_1': 'LVPS_P5V_OUTPUT_V_AVE_LABELS', 'SCALEMAX': 5.3, 'SCALEMIN': 4.7, 'SCALETYP': 'linear', 'UNITS': 'V', 'VALIDMAX': 6.0732, 'VALIDMIN': 0.0, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_V', Num=392, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = V
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: LVPS_P5V_OUTPUT_V_AVE_MIN_MAX
{'CATDESC': 'LVPS_P5V_OUTPUT_V Ave/Min/Max', 'FIELDNAM': 'LVPS_P5V_OUTPUT_V Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'LVPS_P5V_OUTPUT_V Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into LVPS_P5V_OUTPUT_V_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_V_AVE_MIN_MAX', Num=393, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: LVPS_P5V_OUTPUT_V_AVE_LABELS
{'CATDESC': 'LVPS_P5V_OUTPUT_V Ave/Min/Max Labels', 'FIELDNAM': 'LVPS_P5V_OUTPUT_V_AVE_LABELS', 'FORMAT': 'A21', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='LVPS_P5V_OUTPUT_V_AVE_LABELS', Num=394, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=21, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for LVPS_P5V_OUTPUT_V_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: MACRO_STATUS
{'CATDESC': 'Macro running ', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'STATUS', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MACRO_STATUS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'STATUS_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: dormant; 1: running', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MACRO_STATUS', Num=395, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[64], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: MASTER_SWEEP_EN
{'CATDESC': 'FPGA master sweep enable control', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MASTER_SWEEP_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'MASTER_SWEEP_EN', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '3 = CONTINUOUS:2 = END_TABLE:1 = END_ROW:0 = STOPPED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MASTER_SWEEP_EN', Num=396, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: MASTER_SWEEP_EN_STATUS
{'CATDESC': 'FPGA master sweep enable status', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MASTER_SWEEP_EN_STATUS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'MASTER_SWEEP_EN_STATUS', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '3 = CONTINUOUS:2 = END_TABLE:1 = END_ROW:0 = STOPPED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MASTER_SWEEP_EN_STATUS', Num=397, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: MISSING_SPACEWIRE_TIME_CODE
{'CATDESC': 'Missing spacewire time Code', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MISSING_SPACEWIRE_TIME_CODE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'MISSING_SPACEWIRE_TIME_CODE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Received:1 = Missed', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MISSING_SPACEWIRE_TIME_CODE', Num=398, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: MODE_CHANGE_REASON
{'CATDESC': 'Reason For last mode Change', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MODE_CHANGE_REASON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'MODE_CHANGE_REASON', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = None:1 = Auto Timed Transition:2 = Command / Macro:3 = Failure', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MODE_CHANGE_REASON', Num=399, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: MRAM_WR_EN
{'CATDESC': 'Indicates if MRAM writes are enabled', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'MRAM_WR_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'MRAM_WR_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='MRAM_WR_EN', Num=400, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OFFSET_EN
{'CATDESC': 'Offset enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OFFSET_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OFFSET_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OFFSET_EN', Num=401, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OFFSET_I_EN_LIM
{'CATDESC': 'Offset current enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OFFSET_I_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OFFSET_I_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OFFSET_I_EN_LIM', Num=402, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OFFSET_I_TRIG
{'CATDESC': 'Offset current trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OFFSET_I_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OFFSET_I_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OFFSET_I_TRIG', Num=403, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OFFSET_V_EN_LIM
{'CATDESC': 'Offset voltage enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OFFSET_V_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OFFSET_V_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OFFSET_V_EN_LIM', Num=404, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OFFSET_V_TRIG
{'CATDESC': 'Offset voltage trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OFFSET_V_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OFFSET_V_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OFFSET_V_TRIG', Num=405, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OP_MODE
{'CATDESC': 'Operating mode', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OP_MODE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OP_MODE', 'SCALEMAX': 10, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 9, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Off:1 = Boot:2 = Boot Maintenance:3 = Safe:4 = LV Engineering: 5 = HV Standby:6 = Normal Science:7 = Burst Science:"8 = Pre-Burst:9 = Pre-Normal ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OP_MODE', Num=406, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_A_EN
{'CATDESC': 'Opto RX A enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_A_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_A_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_A_EN', Num=407, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_A_EN_INIT
{'CATDESC': 'Opto RX A enable init', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_A_EN_INIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_A_EN_INIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_A_EN_INIT', Num=408, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_B_EN
{'CATDESC': 'Opto RX B enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_B_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_B_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_B_EN', Num=409, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_B_EN_INIT
{'CATDESC': 'Opto RX B enable init', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_B_EN_INIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_B_EN_INIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_B_EN_INIT', Num=410, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_LOOPBACK
{'CATDESC': 'Opto RX loopback', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_LOOPBACK', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_LOOPBACK', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_LOOPBACK', Num=411, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_RATE
{'CATDESC': 'Opto RX rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_RATE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = 781.3 Kb/s:1 = 1.563 Mb/s:2 = 3.125 Mb/s:3 = 6.25 Mb/s Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_RATE', Num=412, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_SIGNAL_QUALITY
{'CATDESC': 'Quality of CDH opto RX', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_SIGNAL_QUALITY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_SIGNAL_QUALITY', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = HIGH:1 = RISE_GT_FALL:2 = FALL_GT_RISE:3 = FREQ_MISMATCH Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_SIGNAL_QUALITY', Num=413, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_RX_SYNCED
{'CATDESC': 'CDH opto RX synced', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_RX_SYNCED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_RX_SYNCED', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = UNSYNC:1 = SYNCED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_RX_SYNCED', Num=414, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_A_EN
{'CATDESC': 'Opto TX A enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_A_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_A_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_A_EN', Num=415, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_A_EN_INIT
{'CATDESC': 'Opto TX A enable init', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_A_EN_INIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_A_EN_INIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_A_EN_INIT', Num=416, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_B_EN
{'CATDESC': 'Opto TX B enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_B_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_B_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_B_EN', Num=417, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_B_EN_INIT
{'CATDESC': 'Opto TX B enable init', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_B_EN_INIT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_B_EN_INIT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_B_EN_INIT', Num=418, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_EN
{'CATDESC': 'Opto Tx enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_EN', Num=419, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_POWER
{'CATDESC': 'Opto TX power', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_POWER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_POWER', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_POWER', Num=420, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_POWER_EN
{'CATDESC': 'Opto TX power enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_POWER_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_POWER_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_POWER_EN', Num=421, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_RATE
{'CATDESC': 'OPTO TX rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_RATE', 'SCALEMAX': 4, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 3, 'VALIDMIN': 0, 'VAR_NOTES': '0 = 781.3 Kb/s:1 = 1.563 Mb/s:2 = 3.125 Mb/s:3 = 6.25 Mb/s Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_RATE', Num=422, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OPTO_TX_READY
{'CATDESC': 'Opto TX ready', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OPTO_TX_READY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OPTO_TX_READY', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OPTO_TX_READY', Num=423, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OSC_ADJ_POS_START
{'CATDESC': 'Oscillator adjustment - position start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OSC_ADJ_POS_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OSC_ADJ_POS_START', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OSC_ADJ_POS_START', Num=424, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OSC_ADJ_POS_STOP
{'CATDESC': 'Oscillator adjustment - position stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OSC_ADJ_POS_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OSC_ADJ_POS_STOP', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OSC_ADJ_POS_STOP', Num=425, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OSC_ADJ_TOF_START
{'CATDESC': 'Oscillator adjustment - TOF start', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OSC_ADJ_TOF_START', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OSC_ADJ_TOF_START', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OSC_ADJ_TOF_START', Num=426, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: OSC_ADJ_TOF_STOP
{'CATDESC': 'Oscillator adjustment - TOF stop', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'OSC_ADJ_TOF_STOP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'OSC_ADJ_TOF_STOP', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='OSC_ADJ_TOF_STOP', Num=427, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PA_HV_ON
{'CATDESC': 'Status on whether PA high voltage is on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PA_HV_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PA_HV_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Off:1 = On', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PA_HV_ON', Num=428, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PA_HVPS_TEMP
{'CATDESC': 'PA HVPS temperature', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'PA_HVPS_TEMP_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PA_HVPS_TEMP', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'PA_HVPS_TEMP', 'LABL_PTR_1': 'PA_HVPS_TEMP_AVE_LABELS', 'SCALEMAX': 45.0, 'SCALEMIN': -45.0, 'SCALETYP': 'linear', 'UNITS': 'C', 'VALIDMAX': 124.2019, 'VALIDMIN': -67.17991, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PA_HVPS_TEMP', Num=429, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = C
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PA_HVPS_TEMP_AVE_MIN_MAX
{'CATDESC': 'PA_HVPS_TEMP Ave/Min/Max', 'FIELDNAM': 'PA_HVPS_TEMP Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'PA_HVPS_TEMP Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into PA_HVPS_TEMP_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='PA_HVPS_TEMP_AVE_MIN_MAX', Num=430, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: PA_HVPS_TEMP_AVE_LABELS
{'CATDESC': 'PA_HVPS_TEMP Ave/Min/Max Labels', 'FIELDNAM': 'PA_HVPS_TEMP_AVE_LABELS', 'FORMAT': 'A16', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='PA_HVPS_TEMP_AVE_LABELS', Num=431, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=16, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for PA_HVPS_TEMP_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: PA_HVPS_V_MON
{'CATDESC': 'PA HVPS voltage monitor', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'PA_HVPS_V_MON_AVE_MIN_MAX', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PA_HVPS_V_MON', 'FILLVAL': -1e+31, 'FORMAT': 'E10.3', 'LABLAXIS': 'PA_HVPS_V_MON', 'LABL_PTR_1': 'PA_HVPS_V_MON_AVE_LABELS', 'SCALEMAX': 0.0, 'SCALEMIN': -31.0, 'SCALETYP': 'linear', 'UNITS': 'kV', 'VALIDMAX': 0.0, 'VALIDMIN': -46.2, 'VAR_NOTES': 'Ave, Min, Max', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PA_HVPS_V_MON', Num=432, Var_Type='zVariable', Data_Type=44, Data_Type_Description='CDF_FLOAT', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-1.e+30], dtype=float32), Block_Factor=0)

UNITS = kV
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PA_HVPS_V_MON_AVE_MIN_MAX
{'CATDESC': 'PA_HVPS_V_MON Ave/Min/Max', 'FIELDNAM': 'PA_HVPS_V_MON Ave/Min/Max', 'FORMAT': 'I3', 'LABLAXIS': 'PA_HVPS_V_MON Ave/Min/Max', 'UNITS': 'NONE', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': 'Index into PA_HVPS_V_MON_AVE_LABELS', 'VAR_TYPE': 'support_data'}
VDRInfo(Variable='PA_HVPS_V_MON_AVE_MIN_MAX', Num=433, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS = NONE
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
VAR_TYPE is data or support_data, but SCALE keywords missing


Variable: PA_HVPS_V_MON_AVE_LABELS
{'CATDESC': 'PA_HVPS_V_MON Ave/Min/Max Labels', 'FIELDNAM': 'PA_HVPS_V_MON_AVE_LABELS', 'FORMAT': 'A17', 'VAR_TYPE': 'metadata'}
VDRInfo(Variable='PA_HVPS_V_MON_AVE_LABELS', Num=434, Var_Type='zVariable', Data_Type=51, Data_Type_Description='CDF_CHAR', Num_Elements=17, Num_Dims=1, Dim_Sizes=[3], Sparse='No_sparse', Last_Rec=0, Rec_Vary=False, Dim_Vary=[-1], Compress=0, Pad=' ', Block_Factor=0)

VAR_NOTES not found in variable attributes for PA_HVPS_V_MON_AVE_LABELS
UNIT attributes (UNITS or UNIT_PTR) must be present. If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")
LABEL keywords missing


Variable: PACKET_SUB_TIME
{'CATDESC': 'Packet sub-seconds timestamp', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PACKET_SUB_TIME', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'PACKET_SUB_TIME', 'SCALEMAX': 65536, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': 'Sub-Seconds timestamp of when the packet accumulation ended and the last data sample was collected', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PACKET_SUB_TIME', Num=435, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PACKET_WHOLE_TIME
{'CATDESC': 'Packet whole timestamp', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PACKET_WHOLE_TIME', 'FILLVAL': -9223372036854775808, 'FORMAT': 'I20', 'LABLAXIS': 'PACKET_WHOLE_TIME', 'SCALEMAX': 4294967295, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 4294967296, 'VALIDMIN': 0, 'VAR_NOTES': 'Seconds timestamp of when the packet accumulation ended and the last data sample was collected', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PACKET_WHOLE_TIME', Num=436, Var_Type='zVariable', Data_Type=8, Data_Type_Description='CDF_INT8', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-9223372036854775807]), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: POS_CAL_DONE
{'CATDESC': 'Position cal done', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'POS_CAL_DONE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'POS_CAL_DONE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: IN_PROGRESS, 1: DONE Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='POS_CAL_DONE', Num=437, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROCESSOR_IDLE_PERCENTAGE
{'CATDESC': 'Percent of time spent idling', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROCESSOR_IDLE_PERCENTAGE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROCESSOR_IDLE_PERCENTAGE', 'SCALEMAX': 101, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 100, 'VALIDMIN': 0, 'VAR_NOTES': '0-100', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROCESSOR_IDLE_PERCENTAGE', Num=438, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_AVOIDANCE_STATUS
{'CATDESC': 'Specifies whether proton avoidance was active when read', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_AVOIDANCE_STATUS', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROTON_AVOIDANCE_STATUS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = INACTIVE:1 = ACTIVE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_AVOIDANCE_STATUS', Num=439, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_DECI_DECR_THRESH_REG
{'CATDESC': 'Proton decimation decrement threshold register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_DECI_DECR_THRESH_REG', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'PROTON_DECI_DECR_THRESH_REG', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_DECI_DECR_THRESH_REG', Num=440, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_DECI_INCR_REG
{'CATDESC': 'Proton decimation increment register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_DECI_INCR_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROTON_DECI_INCR_REG', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_DECI_INCR_REG', Num=441, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_DECI_INCR_THRESH_REG
{'CATDESC': 'Proton decimation increment threshold register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_DECI_INCR_THRESH_REG', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'PROTON_DECI_INCR_THRESH_REG', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_DECI_INCR_THRESH_REG', Num=442, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_DECI_LEVEL_REG
{'CATDESC': 'Proton decimation level register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_DECI_LEVEL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROTON_DECI_LEVEL_REG', 'SCALEMAX': 16, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 15, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_DECI_LEVEL_REG', Num=443, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_MAX_VAL_REG
{'CATDESC': 'Proton max value register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_MAX_VAL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROTON_MAX_VAL_REG', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_MAX_VAL_REG', Num=444, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: PROTON_MIN_VAL_REG
{'CATDESC': 'Proton min value register', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'PROTON_MIN_VAL_REG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'PROTON_MIN_VAL_REG', 'SCALEMAX': 1024, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1023, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='PROTON_MIN_VAL_REG', Num=445, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: QUALITY_BITMASK
{'CATDESC': 'Quality bitmask', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'QUALITY_BITMASK', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'QUALITY_BITMASK', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0:No Issue', 'VAR_TYPE': 'data'}
VDRInfo(Variable='QUALITY_BITMASK', Num=446, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: QUALITY_FLAG
{'CATDESC': 'Quality flag', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'QUALITY_FLAG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'QUALITY_FLAG', 'SCALEMAX': 3, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 2, 'VALIDMIN': 0, 'VAR_NOTES': '0=good, 1=caution, 2=bad', 'VAR_TYPE': 'data'}
VDRInfo(Variable='QUALITY_FLAG', Num=447, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFETY_CHECKING_STATUS_CDH
{'CATDESC': 'Status on whether safety limit checking is enabled for CDH', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFETY_CHECKING_STATUS_CDH', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SAFETY_CHECKING_STATUS_CDH', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFETY_CHECKING_STATUS_CDH', Num=448, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFETY_CHECKING_STATUS_DSCB
{'CATDESC': 'Status on whether safety limit checking is enabled for DSCB', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFETY_CHECKING_STATUS_DSCB', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SAFETY_CHECKING_STATUS_DSCB', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFETY_CHECKING_STATUS_DSCB', Num=449, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFING_STATUS_CDH_MON_RED
{'CATDESC': 'Safing status CDF monitor limits red', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'SAFING_ST_CDH_MON', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFING_STATUS_CDH_MON_RED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'CDH_MON_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = NORMAL:1 = SAFED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFING_STATUS_CDH_MON_RED', Num=450, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[40], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFING_STATUS_CDH_MON_YEL
{'CATDESC': 'Safing status CDH monitor limits yellow', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'SAFING_ST_CDH_MON', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFING_STATUS_CDH_MON_YEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'CDH_MON_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = NORMAL:1 = SAFED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFING_STATUS_CDH_MON_YEL', Num=451, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[40], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFING_STATUS_DSCB_MON_RED
{'CATDESC': 'Safing status DSCB monitor limits red', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'SAFING_ST_DSCB_MON', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFING_STATUS_DSCB_MON_RED', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'DSCB_MON_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = NORMAL:1 = SAFED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFING_STATUS_DSCB_MON_RED', Num=452, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[24], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SAFING_STATUS_DSCB_MON_YEL
{'CATDESC': 'Safing status DSCB monitor limits yellow', 'DEPEND_0': 'EPOCH', 'DEPEND_1': 'SAFING_ST_DSCB_MON', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SAFING_STATUS_DSCB_MON_YEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABL_PTR_1': 'DSCB_MON_LABELS', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = NORMAL:1 = SAFED', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SAFING_STATUS_DSCB_MON_YEL', Num=453, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=1, Dim_Sizes=[24], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[-1], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SEQ_CNT
{'CATDESC': 'Sequence count of packet', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SEQ_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'SEQ_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SEQ_CNT', Num=454, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SSD_EN
{'CATDESC': 'SSD enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SSD_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SSD_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SSD_EN', Num=455, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SSD_I_EN_LIM
{'CATDESC': 'SSD current enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SSD_I_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SSD_I_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SSD_I_EN_LIM', Num=456, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SSD_I_TRIG
{'CATDESC': 'SSD current trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SSD_I_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SSD_I_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SSD_I_TRIG', Num=457, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SSD_V_EN_LIM
{'CATDESC': 'SSD voltage enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SSD_V_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SSD_V_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SSD_V_EN_LIM', Num=458, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SSD_V_TRIG
{'CATDESC': 'SSD voltage trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SSD_V_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SSD_V_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SSD_V_TRIG', Num=459, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_ANODE_A_OSC_CNT
{'CATDESC': 'Start anode A oscillator counter', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_ANODE_A_OSC_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'START_ANODE_A_OSC_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_ANODE_A_OSC_CNT', Num=460, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_ANODE_B_OSC_CNT
{'CATDESC': 'Start anode B oscillator counter', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_ANODE_B_OSC_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'START_ANODE_B_OSC_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_ANODE_B_OSC_CNT', Num=461, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_COLLECTION
{'CATDESC': 'Start collection', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_COLLECTION', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_COLLECTION', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_COLLECTION', Num=462, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_MCP_EN
{'CATDESC': 'Start MCP enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_MCP_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_MCP_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_MCP_EN', Num=463, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_MCP_I_EN_LIM
{'CATDESC': 'Start MCP current enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_MCP_I_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_MCP_I_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_MCP_I_EN_LIM', Num=464, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_MCP_I_TRIG
{'CATDESC': 'Start MCP current trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_MCP_I_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_MCP_I_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_MCP_I_TRIG', Num=465, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_MCP_V_EN_LIM
{'CATDESC': 'Start MCP voltage enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_MCP_V_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_MCP_V_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_MCP_V_EN_LIM', Num=466, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_MCP_V_TRIG
{'CATDESC': 'Start MCP voltage trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_MCP_V_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_MCP_V_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_MCP_V_TRIG', Num=467, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_STIM_DELAY
{'CATDESC': 'Start stim delay', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_STIM_DELAY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_STIM_DELAY', 'SCALEMAX': 32, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 31, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_STIM_DELAY', Num=468, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_STIM_EXT
{'CATDESC': 'Start stim external', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_STIM_EXT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_STIM_EXT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_STIM_EXT', Num=469, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_STIM_ON
{'CATDESC': 'Start stim on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_STIM_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_STIM_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_STIM_ON', Num=470, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_STIM_RATE
{'CATDESC': 'Start stim rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_STIM_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'START_STIM_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_STIM_RATE', Num=471, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: START_TOF_OSC_CNT
{'CATDESC': 'Start TOF oscillator counter', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'START_TOF_OSC_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'START_TOF_OSC_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='START_TOF_OSC_CNT', Num=472, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_MCP_EN
{'CATDESC': 'Stop MCP enable', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_MCP_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'STOP_MCP_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_MCP_EN', Num=473, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_MCP_I_EN_LIM
{'CATDESC': 'Stop MCP current enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_MCP_I_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'STOP_MCP_I_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_MCP_I_EN_LIM', Num=474, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_MCP_I_TRIG
{'CATDESC': 'Stop MCP current trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_MCP_I_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'STOP_MCP_I_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_MCP_I_TRIG', Num=475, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_MCP_V_EN_LIM
{'CATDESC': 'Stop MCP voltage enable limit', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_MCP_V_EN_LIM', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'STOP_MCP_V_EN_LIM', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_MCP_V_EN_LIM', Num=476, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_MCP_V_TRIG
{'CATDESC': 'Stop MCP voltage trigger', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_MCP_V_TRIG', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'STOP_MCP_V_TRIG', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0=OK:1=TRIPPED Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_MCP_V_TRIG', Num=477, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: STOP_TOF_OSC_CNT
{'CATDESC': 'Stop TOF oscillator counter', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'STOP_TOF_OSC_CNT', 'FILLVAL': -2147483648, 'FORMAT': 'I11', 'LABLAXIS': 'STOP_TOF_OSC_CNT', 'SCALEMAX': 65535, 'SCALEMIN': 0, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 65535, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='STOP_TOF_OSC_CNT', Num=478, Var_Type='zVariable', Data_Type=4, Data_Type_Description='CDF_INT4', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-2147483647], dtype=int32), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_DATA_A_ACTIVE
{'CATDESC': 'Specifies if sweep side A is active', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_DATA_A_ACTIVE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_DATA_A_ACTIVE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Inactive:1 = Active', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_DATA_A_ACTIVE', Num=479, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_DATA_B_ACTIVE
{'CATDESC': 'Specifies if sweep side B is active', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_DATA_B_ACTIVE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_DATA_B_ACTIVE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Inactive:1 = Active', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_DATA_B_ACTIVE', Num=480, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EDAC_EN
{'CATDESC': 'Whether FPGA checks EDAC on tables', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EDAC_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EDAC_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EDAC_EN', Num=481, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EDP
{'CATDESC': 'Sweep elevation data processing status', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EDP', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EDP', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = INACTIVE:1 = ACTIVE', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EDP', Num=482, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EN_ANALYZER
{'CATDESC': 'Whether analyzer supply is sweeping or static while in sweeping mode', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EN_ANALYZER', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EN_ANALYZER', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = STATIC:1 = SWEEP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EN_ANALYZER', Num=483, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EN_BOT_DEF
{'CATDESC': 'Whether bottom deflector supply is sweeping or static while in sweeping mode', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EN_BOT_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EN_BOT_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = STATIC:1 = SWEEP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EN_BOT_DEF', Num=484, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EN_TOP_DEF
{'CATDESC': 'Whether top deflector supply is sweeping or static while in sweeping mode', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EN_TOP_DEF', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EN_TOP_DEF', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = STATIC:1 = SWEEP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EN_TOP_DEF', Num=485, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_EN_TOP_PLATE
{'CATDESC': 'Whether top plate supply is sweeping or static while in sweeping mode', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_EN_TOP_PLATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_EN_TOP_PLATE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = STATIC:1 = SWEEP', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_EN_TOP_PLATE', Num=486, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_SCRUBBING_EN
{'CATDESC': 'Whether FPGA scrubs tables automatically for EDAC', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_SCRUBBING_EN', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_SCRUBBING_EN', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_SCRUBBING_EN', Num=487, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SWEEP_TBL_POINTER_SEL
{'CATDESC': 'Specifies whether reported sweep table pointers are for scan or data', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SWEEP_TBL_POINTER_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SWEEP_TBL_POINTER_SEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = DATA:1 = SCAN', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SWEEP_TBL_POINTER_SEL', Num=488, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: SYSTEM_MODULE_VERIFY
{'CATDESC': 'System module verify', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'SYSTEM_MODULE_VERIFY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'SYSTEM_MODULE_VERIFY', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='SYSTEM_MODULE_VERIFY', Num=489, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TIME_CODE_CNT
{'CATDESC': 'Spacewire time code count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TIME_CODE_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TIME_CODE_CNT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TIME_CODE_CNT', Num=490, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TIME_MESSAGE_CNT
{'CATDESC': 'Service 9 time message count', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TIME_MESSAGE_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TIME_MESSAGE_CNT', 'SCALEMAX': 256, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 255, 'VALIDMIN': 0, 'VAR_NOTES': '0-255', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TIME_MESSAGE_CNT', Num=491, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_CAL_DONE
{'CATDESC': 'TOF cal done', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_CAL_DONE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_CAL_DONE', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0: IN_PROGRESS, 1: DONE Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_CAL_DONE', Num=492, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_START_SEL
{'CATDESC': 'TOF start select', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_START_SEL', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_START_SEL', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_START_SEL', Num=493, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_STIM_DELAY
{'CATDESC': 'TOF stim delay', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_STIM_DELAY', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_STIM_DELAY', 'SCALEMAX': 32, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 31, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_STIM_DELAY', Num=494, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_STIM_EXT
{'CATDESC': 'TOF stim external', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_STIM_EXT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_STIM_EXT', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '0 = Disabled:1 = Enabled Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_STIM_EXT', Num=495, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_STIM_ON
{'CATDESC': 'TOF stim on', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_STIM_ON', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_STIM_ON', 'SCALEMAX': 2, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 1, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_STIM_ON', Num=496, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: TOF_STIM_RATE
{'CATDESC': 'TOF stim rate', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'TOF_STIM_RATE', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'TOF_STIM_RATE', 'SCALEMAX': 8, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 7, 'VALIDMIN': 0, 'VAR_NOTES': '  Invalid when DSCB_COMM_ACTIVE is 0', 'VAR_TYPE': 'data'}
VDRInfo(Variable='TOF_STIM_RATE', Num=497, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")


Variable: WDOG_RESET_CNT
{'CATDESC': 'Count of CDH watchdog resets', 'DEPEND_0': 'EPOCH', 'DISPLAY_TYPE': 'time_series', 'FIELDNAM': 'WDOG_RESET_CNT', 'FILLVAL': -32768, 'FORMAT': 'I6', 'LABLAXIS': 'WDOG_RESET_CNT', 'SCALEMAX': 128, 'SCALEMIN': -1, 'SCALETYP': 'linear', 'UNITS': ' ', 'VALIDMAX': 127, 'VALIDMIN': 0, 'VAR_NOTES': ' ', 'VAR_TYPE': 'data'}
VDRInfo(Variable='WDOG_RESET_CNT', Num=498, Var_Type='zVariable', Data_Type=2, Data_Type_Description='CDF_INT2', Num_Elements=1, Num_Dims=0, Dim_Sizes=[], Sparse='No_sparse', Last_Rec=1439, Rec_Vary=True, Dim_Vary=[], Compress=0, Pad=array([-32767], dtype=int16), Block_Factor=0)

VAR_NOTES is whitespace
UNITS =  
If no units, then "unitless"
SI_CONVERSION should be present even if there are no units (1>unitless), e.g., 1.0E-9>s for Epoch where UNITS=ns, and if already in SI: e.g., "1.0>s")