urn:jaxa:darts:hyb2_mascot_mbus:data_hk:gnc-1_calibration_3 1.0 1.16.0.0 Product_Observational 2023-12-01Z 1.0 Initial version 2017-11-21T03:51:12.232Z 2017-11-22T06:51:09.545Z Hayabusa2 Mission urn:jaxa:darts:context:investigation:mission.hyb2 data_to_investigation MASCOT Host The MASCOT (Mobile Asteroid surface SCOuT) is compact landing package onboard the Hayabusa2 Spacecraft, that was developed by DLR (German Aerospace Center) and CNES (French National Center for Space Studies). MASCOT has a wide-angle camera (MASCAM) to capture images of the lander's surrounding, an infrared spectroscopic microscope (MicrOmega) to investigate the composition and characteristics of the minerals on the surface of Ryugu, a thermal radiometer (MARA) to measure the surface temperature, and a magnetometer (MasMag) to measure any magnetic field. MASCOT has a hopping mechanism using a motor to rotate a swing-arm within the lander. This hopping mechanism is designed for correcting attiude with respect to the surface, and changing location only once. MASCOT does not use solar cells but is equipped with a lithium primary battery built into the lander. The duration of the battery is about 16 hours, which corresponds to about two rotations of Ryugu. urn:jaxa:darts:context:instrument_host:lander.mascot is_instrument_host MBUS Instrument MASCOT Lander Bus urn:jaxa:darts:context:instrument:mascot.mbus is_instrument MASCOT BUS Equipment GNC-1_calibration_3.csv 2023-12-01Z 16727

0 498 UTF-8 Text Column Names

498 PDS DSV 1 16727 Carriage-Return Line-Feed Comma 34 0 MOBT ASCII_Date_Time_YMD_UTC MASCOT Onboard Time expressed in UTC. Simple conversion from spacecraft elapsed time to UTC withou any corrections UTC ASCII_Date_Time_YMD_UTC MASCOT Onboard Time expressed in UTC. Includes relatively complex measured corrections for the Hayabusa-2 clock drift. Excludes any corrections for the MASCOT clock drift MIomGpioOutLpc0_OpsX ASCII_String IOM-M: GPIO Core - Output Register Field MIomGpioOutLpc1_OpsY ASCII_String IOM-M: GPIO Core - Output Register Field MIomGpioOutLpc3_OpsZ ASCII_String IOM-M: GPIO Core - Output Register Field RIomGpioOutLpc0_OpsX ASCII_String IOM-R: GPIO Core - Output Register Field RIomGpioOutLpc1_OpsY ASCII_String IOM-R: GPIO Core - Output Register Field RIomGpioOutLpc3_OpsZ ASCII_String IOM-R: GPIO Core - Output Register Field Pcdu1StGnc_1 ASCII_String PCDU1: Field in Status HK Packet Pcdu2StGnc_2 ASCII_String PCDU2: Field in Status HK Packet Pcdu1Curr_5vGnc1 ASCII_Real A PCDU1: Field in Analogue HK Packet Pcdu2Curr_5vGnc2 ASCII_Real A PCDU2: Field in Analogue HK Packet MAvm0_OPS+Z ASCII_Real V IOM-M: Analogue Voltage Monitor 0 - OPS+Z MAvm10_PEC-Y ASCII_Real V IOM-M: Analogue Voltage Monitor 10 - PEC-Y MAvm11_PEC+Y ASCII_Real V IOM-M: Analogue Voltage Monitor 11 - PEC+Y MAvm12_PEC-Z ASCII_Real V IOM-M: Analogue Voltage Monitor 12 - PEC-Z MAvm1_OPS-X ASCII_Real V IOM-M: Analogue Voltage Monitor 1 - OPS-X MAvm2_OPS+X ASCII_Real V IOM-M: Analogue Voltage Monitor 2 - OPS+X MAvm3_OPS-Y ASCII_Real V IOM-M: Analogue Voltage Monitor 3 - OPS-Y MAvm4_OPS+Y ASCII_Real V IOM-M: Analogue Voltage Monitor 4 - OPS+Y MAvm7_PEC+Z ASCII_Real V IOM-M: Analogue Voltage Monitor 7 - PEC+Z MAvm8_PEC-X ASCII_Real V IOM-M: Analogue Voltage Monitor 8 - PEC-X MAvm9_PEC+X ASCII_Real V IOM-M: Analogue Voltage Monitor 9 - PEC+X RAvm0_OPS+Z ASCII_Real V IOM-R: Analogue Voltage Monitor 0 - OPS+Z RAvm10_PEC-Y ASCII_Real V IOM-R: Analogue Voltage Monitor 10 - PEC-Y RAvm11_PEC+Y ASCII_Real V IOM-R: Analogue Voltage Monitor 11 - PEC+Y RAvm12_PEC-Z ASCII_Real V IOM-R: Analogue Voltage Monitor 12 - PEC-Z RAvm1_OPS-X ASCII_Real V IOM-R: Analogue Voltage Monitor 1 - OPS-X RAvm2_OPS+X ASCII_Real V IOM-R: Analogue Voltage Monitor 2 - OPS+X RAvm3_OPS-Y ASCII_Real V IOM-R: Analogue Voltage Monitor 3 - OPS-Y RAvm4_OPS+Y ASCII_Real V IOM-R: Analogue Voltage Monitor 4 - OPS+Y RAvm7_PEC+Z ASCII_Real V IOM-R: Analogue Voltage Monitor 7 - PEC+Z RAvm8_PEC-X ASCII_Real V IOM-R: Analogue Voltage Monitor 8 - PEC-X RAvm9_PEC+X ASCII_Real V IOM-R: Analogue Voltage Monitor 9 - PEC+X