urn:nasa:pds:mars2020_pixl:data_raw_ancillary:pe__0257_0689787692_000e08__00800000890639370018___j.csv
2.0
Mars2020 PIXL_ENG E08 Observational Product - pe__0257_0689787692_000e08__00800000890639370018___j.CSV
1.16.0.0
Product_Observational
PE__0257_0689787692_000E08__00800000890639370018___J02
VICAR PRODUCT_ID
2021-11-10T03:46:02.271Z
21:12:49.267
21:38:01
125.112
Mars2020
Mission
urn:nasa:pds:context:investigation:mission.mars2020
data_to_investigation
This is the PDS4 logical identifier for the Mars2020 Mission.
Mars 2020
Host
urn:nasa:pds:context:instrument_host:spacecraft.mars2020
is_instrument_host
This is the PDS4 logical identifier for the Mars 2020 spacecraft.
Pixl Engineering And Health
Instrument
urn:nasa:pds:context:instrument:mars2020.pixl
is_instrument
This is the PDS4 logical identifier for the Pixl Engineering And Health onboard the Mars 2020 spacecraft.
Mars
Planet
urn:nasa:pds:context:target:planet.mars
data_to_target
This is the PDS4 logical identifier for the planet - mars.
Surface Mission
689787692
1
257
Sol-00257M21:12:49.267
21:38:01
257
125.112
A
18
8
HK Frame
0
0
NONE
chronos.m2020_ops210303_v1
Telemetry
Geometry as reported by the spacecraft in telemetry
geom_telemetry_state
RSM
REMOTE SENSING MAST
DEPLOYED
AZIMUTH FINAL-RESOLVER
3.15116
ELEVATION FINAL-RESOLVER
0.751571
AZIMUTH INITIAL-RESOLVER
1e+30
ELEVATION INITIAL-RESOLVER
1e+30
AZIMUTH REQUESTED
1e+30
ELEVATION REQUESTED
1e+30
AZIMUTH FINAL-ENCODER
3.15905
ELEVATION FINAL-ENCODER
0.750522
AZIMUTH INITIAL-ENCODER
1e+30
ELEVATION INITIAL-ENCODER
1e+30
ARM
SAMPLE ARM
PIXL
JOINT 1 AZIMUTH-ENCODER
-2.25562
JOINT 2 ELEVATION-ENCODER
-2.04511
JOINT 3 ELBOW-ENCODER
-2.17066
JOINT 4 WRIST-ENCODER
2.84386
JOINT 5 TURRET-ENCODER
1.41814
JOINT 1 AZIMUTH-RESOLVER
-2.25586
JOINT 2 ELEVATION-RESOLVER
-2.04668
JOINT 3 ELBOW-RESOLVER
-2.17196
JOINT 4 WRIST-RESOLVER
2.84258
JOINT 5 TURRET-RESOLVER
1.41819
SCS DOCKING CLOCK ANGLE
0.0601513
PRELOAD_VALUE
0
PRELOAD_TOOL
PIXL
FACILITY CONTACT SENSOR A
NO CONTACT
FACILITY CONTACT SENSOR B
NO CONTACT
DRILL STABILIZER 1
NO CONTACT
DRILL STABILIZER 2
NO CONTACT
DOCK 1
NO CONTACT
DOCK 2
NO CONTACT
DOCK 3
NO CONTACT
DOCK 4
NO CONTACT
AZIMUTH JOINT
-37.2046
ELEVATION JOINT
-35.5813
ELBOW JOINT
-45.503
WRIST JOINT
-41.6196
TURRET JOINT
-39.1471
DEFLECTION BODY DELTA TEMPERATURE
0
DEFLECTION ARM DELTA TEMPERATURE
-78.2917
-0.06384207962777157
0.09279187038979318
0.9936366829270975
-0.0638421
0.0927919
0.993637
CHASSIS
MOBILITY CHASSIS
DEPLOYED
LEFT FRONT WHEEL STEER MOTOR
-0
RIGHT FRONT WHEEL STEER MOTOR
0.000852212
LEFT REAR WHEEL STEER MOTOR
-0
RIGHT REAR WHEEL STEER MOTOR
4.26106e-05
LEFT BOGIE
0.0218451
RIGHT BOGIE
0.0118992
LEFT DIFFERENTIAL
-0.00384167
RIGHT DIFFERENTIAL
0.0167516
LEFT FRONT WHEEL DRIVE MOTOR
0
RIGHT FRONT WHEEL DRIVE MOTOR
0
MIDDLE LEFT WHEEL DRIVE MOTOR
0
MIDDLE RIGHT WHEEL DRIVE MOTOR
0
LEFT REAR WHEEL DRIVE MOTOR
0
RIGHT REAR WHEEL DRIVE MOTOR
0
-0.06176423352855114
-0.09159511061491847
0.9938790244129672
-0.229492
-0.340332
3.69287
HGA
HIGH GAIN ANTENNA
DEPLOYED
AZIMUTH
1.13444
ELEVATION
-0.784997
ROVER_NAV_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18
ROVER_NAV_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18_TELEMETRY
Clockwise
Up
ROVER_NAV_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
TELEMETRY
0
0
0
0.816348
-0.0554429
-0.000385927
0.574893
Forward
SITE_FRAME
SITE
8
Sun_Find
0
RSM_HEAD_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18
RSM_HEAD_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18_TELEMETRY
Clockwise
Up
RSM_HEAD_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
TELEMETRY
0.805035
0.559442
-1.91903
0.913776
-0.00307057
-0.406178
-0.00478775
Forward
ROVER_NAV_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
Unknown
ARM_TURRET_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18
ARM_TURRET_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18_TELEMETRY
Clockwise
Up
ARM_TURRET_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
TELEMETRY
1.98408
0.145083
-0.767918
0.702387
0.616744
-0.168627
-0.312799
Forward
ROVER_NAV_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
Unknown
ARM_PIXL_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18
ARM_PIXL_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18_TELEMETRY
Clockwise
Up
ARM_PIXL_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
TELEMETRY
2.07308
0.168276
-0.422101
0.717845
0.316867
-0.555342
0.27548
Forward
ROVER_NAV_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
Unknown
PIXL_BASE_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18
PIXL_BASE_FRAME_8_0_152_450_0_144_1074_432_0_0_89063937_18_TELEMETRY
Clockwise
Up
PIXL_BASE_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
TELEMETRY
2.07308
0.168276
-0.422101
0.717845
0.316867
-0.555342
0.27548
Forward
ROVER_NAV_FRAME
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
Unknown
RMC
SITE
8
DRIVE
0
POSE
152
ARM
450
SHA
0
DRILL
144
RSM
1074
HGA
432
BITCAR
0
SEAL
0
RTT
89063937
PMC
18
pixl00011
0
1
8
689787691:46341
0
1359
33
PixlUtility
MPCS_M2020_DP
422469037
PixlUtility_0689787691-63379-1.dat
Data Product
42580
2021-314T03:46:02.237Z
689787691.633
COMPLETE_CHECKSUM_PASS
2021-11-10T09:01:24.305Z
2021-11-10T09:04:32.275Z
31
3008
1
1
m20-sops-control-1
128
0
SURFACE_NOMINAL
3008
37166
false
0
pe__0257_0689787692_000e08__00800000890639370018___j02
processing_information_to_data_object
MULTIMISSION INSTRUMENT PROCESSING LAB, JET PROPULSION LAB
M2020EDRGEN
V7.3 9-30-2021
CODMAC LEVEL 1 TO LEVEL 2 CONVERSION VIA JPL/MIPL M2020EDRGEN
urn:nasa:pds:mars2020_pixl:document:pixl_bundle_sis
data_to_document
urn:nasa:pds:mars2020_pixl:document:pixl_edr_sis
data_to_document
urn:nasa:pds:mars2020_pixl:document:pixl_rdr_sis
data_to_document
urn:nasa:pds:mars2020_pixl:data_raw_ancillary:pe__0257_0689787692_000e08__00800000890639370018___j.csv
data_to_raw_product
Reference pointer to the raw product.
PE__0257_0689787692_000E08__00800000890639370018___J02.CSV
pe__0257_0689787692_000e08__00800000890639370018___j02
2022-02-11
PIXL HOUSEKEEPING SPREADSHEET
pixl-housekeeping-spreadsheet
1871
PDS DSV 1
1
Carriage-Return Line-Feed
Comma
118
0
SCLK
1
ASCII_Integer
Spacecraft Clock. Set by RCE before booting the PIXL, free-runs thereafter.
PMC
2
ASCII_Integer
PIXL Motion Counter. Initialized to zero at boot, increments each time the PIXL iFSW commands a motor movement.
hk_fcnt
3
ASCII_Integer
Frame Count. Initialized to zero at boot. Incremented by the FPGA each time a HK frame is recorded.
f_pixl_analog_fpga
4
ASCII_Integer
Temperature Sensor on the Analog FPGA. Conversion formula is documented in D-94125 Rev-G Para 7.2 (same for all below)
f_pixl_chassis_top
5
ASCII_Integer
Temperature Sensor at the top of the PIXL Electronics chassis.
f_pixl_chassis_bottom
6
ASCII_Integer
Temperature sensor at the bottom of the PIXL Electronics Chassis.
f_pixl_aft_low_cal
7
ASCII_Integer
Cal Resistor with constant value near low end of range
f_pixl_aft_high_cal
8
ASCII_Integer
Cal Resistor with constant value near high end of range
f_pixl_motor_v_plus
9
ASCII_Integer
Voltage of the 'Plus 5-volts' being fed to the Motors
f_pixl_motor_v_minus
10
ASCII_Integer
Voltage of the 'Minus 5-volts' being fed to the Motors.
f_pixl_sdd_1
11
ASCII_Integer
SDD-1 Bias Voltage
f_pixl_sdd_2
12
ASCII_Integer
SDD-2 Bias Voltage
f_pixl_3_3_volt
13
ASCII_Integer
Voltage level of the 'plus 3.3 V rail'
f_pixl_1_8_volt
14
ASCII_Integer
Voltage level of the 'plus 1.8 V rail'
f_pixl_dspc_v_plus
15
ASCII_Integer
Voltage level of the DSPC Positive voltage
f_pixl_dspc_v_minus
16
ASCII_Integer
Voltage level of the DSPC Negative voltage
f_pixl_prt_curr
17
ASCII_Integer
PRT Current
f_pixl_arm_resist
18
ASCII_Integer
Rover Arm Resistance (ohms)
f_head_sdd_1
19
ASCII_Integer
SDD-1 Temperature
f_head_sdd_2
20
ASCII_Integer
SDD-2 Temperature
f_head_afe
21
ASCII_Integer
Analog Front End Temperature
f_head_lvcm
22
ASCII_Integer
Low Voltage Control Module Temperature
f_head_hvmm
23
ASCII_Integer
High Voltage Multiplier Module
f_head_bipod1
24
ASCII_Integer
Bipod 1 Temperature
f_head_bipod2
25
ASCII_Integer
Bipod 2 Temperature
f_head_bipod3
26
ASCII_Integer
Bipod 3 Temperature
f_head_cover
27
ASCII_Integer
Cover Motor Temperature
f_head_hop
28
ASCII_Integer
High Output Paraffin Actuator Temperature
f_head_flie
29
ASCII_Integer
Flood Light Illuminator Electronics Temperature
f_head_tec1
30
ASCII_Integer
Thermo-Electric Cooler 1 Temperature
f_head_tec2
31
ASCII_Integer
Thermo Electric Cooler 2 Temperature
f_head_xray
32
ASCII_Integer
X-ray bench Temperature
f_head_yellow_piece
33
ASCII_Integer
Yellow Piece Temperature
f_head_mcc
34
ASCII_Integer
Microscopic Context Camera Temperature
f_hvps_fvmon
35
ASCII_Integer
Filament Monitor Voltage
f_hvps_fimon
36
ASCII_Integer
Filament Monitor Current
f_hvps_hvmon
37
ASCII_Integer
High Voltage Monitor Voltage
f_hvps_himon
38
ASCII_Integer
High Voltage Monitor Current
f_hvps_13v_plus
39
ASCII_Integer
'Plus 13 Volt' voltage level
f_hvps_13v_minus
40
ASCII_Integer
'Minus 13 Volt' voltage level
f_hvps_5v_plus
41
ASCII_Integer
'plus 5 volt' voltage level
f_hvps_lvcm
42
ASCII_Integer
LVCM Voltage
i_valid_cmds
43
ASCII_Integer
Number of valid commands received
i_crf_retry
44
ASCII_Integer
Number of Retried commands received
i_sdf_retry
45
ASCII_Integer
Number of SDF Re-tries
i_rejected_cmds
46
ASCII_Integer
Number of rejected commands
i_hk_side
47
ASCII_Integer
RCE Command source (0 = A side, 1 = B side)
i_motor_1
48
ASCII_Integer
Actuator 1 step count
i_motor_2
49
ASCII_Integer
Actuator 2 step count
i_motor_3
50
ASCII_Integer
Actuator 3 step count
i_motor_4
51
ASCII_Integer
Actuator 4 step count
i_motor_5
52
ASCII_Integer
Actuator 5 step count
i_motor_6
53
ASCII_Integer
Actuator 6 step count
i_motor_cover
54
ASCII_Integer
Cover Motor step count
i_hes_sense
55
ASCII_Integer
Hall Effect Sensor Sens
i_flash_status
56
ASCII_Integer
Flash Status bits
u_hk_version
57
ASCII_String
HK FPGA Version
u_hk_time
58
ASCII_Integer
HK Time (This is the source for SCLK reported in all Packet Headers)
u_hk_power
59
ASCII_String
State of all the Power Switches (see mask in D-94125 Rev-G Para 7.2)
u_fsw_0
60
ASCII_String
Instrument FSW Status word 0 (Only helpful for last value if Processor Panics)
u_fsw_1
61
ASCII_String
Instrument FSW Status word 1 (Only helpful for last value if Processor Panics)
u_fsw_2
62
ASCII_String
Instrument FSW Status word 2 (Only helpful for last value if Processor Panics)
u_fsw_3
63
ASCII_String
Instrument FSW Status word 3 (Only helpful for last value if Processor Panics)
u_fsw_4
64
ASCII_String
Instrument FSW Status word 4 (Only helpful for last value if Processor Panics)
u_fsw_5
65
ASCII_String
Instrument FSW Status word 5 (Only helpful for last value if Processor Panics)
f_pixl_analog_fpga_conv
66
ASCII_Real
Computed value: (f_pixl_analog_fpga * 0.0320719) + (-262.454)
f_pixl_chassis_top_conv
67
ASCII_Real
Computed value: (f_pixl_chassis_top * 0.0320719) + (-262.454)
f_pixl_chassis_bottom_conv
68
ASCII_Real
Computed value: (f_pixl_chassis_bottom * 0.0320719) + (-262.454)
f_pixl_aft_low_cal_conv
69
ASCII_Real
Computed value: (f_pixl_aft_low_cal * 0.0320719) + (-262.454)
f_pixl_aft_high_cal_conv
70
ASCII_Real
Computed value: (f_pixl_aft_high_cal * 0.0320719) + (-262.454)
f_pixl_motor_v_plus_conv
71
ASCII_Real
Computed value: (f_pixl_motor_v_plus * 0.001)
f_pixl_motor_v_minus_conv
72
ASCII_Real
Computed value: ((getSignExtend16Bit(f_pixl_motor_v_minus)+16384)/992.0)-(f_pixl_3_3_volt/200.0)
f_pixl_sdd_1_conv
73
ASCII_Real
Computed value: (49152-f_pixl_sdd_1)*(250.0/16383)
f_pixl_sdd_2_conv
74
ASCII_Real
Computed value: (49152-f_pixl_sdd_2)*(250.0/16383)
f_pixl_3_3_volt_conv
75
ASCII_Real
Computed value: (f_pixl_3_3_volt*0.001)
f_pixl_1_8_volt_conv
76
ASCII_Real
(f_pixl_1_8_volt*0.001)
f_pixl_dspc_v_plus_conv
77
ASCII_Real
Computed value: (f_pixl_dspc_v_plus * 0.001)
f_pixl_dspc_v_minus_conv
78
ASCII_Real
Computed value: ((getSignExtend16Bit(f_pixl_dspc_v_minus)+16384)/992.0) - (f_pixl_3_3_volt/200.0)
f_pixl_prt_curr_conv
79
ASCII_Real
Computed value: (f_pixl_prt_curr * 0.001)
f_pixl_arm_resist_conv
80
ASCII_Real
Computed value: (f_pixl_arm_resist * 0.01) + (-100)
f_head_sdd_1_conv
81
ASCII_Real
Computed value: scaled_dn = logf(f_head_sdd_1*73.4236) divisor = 1.129241e-3 + (2.341077e-4*scaled_dn) + (8.775468e-8*scaled_dn^3) if divisor>0, the value is (1/divisor)-273.15, else a value is 512.0.
f_head_sdd_2_conv
82
ASCII_Real
Computed value: scaled_dn = logf(f_head_sdd_2*73.4236) divisor = 1.129241e-3 + (2.341077e-4*scaled_dn) + (8.775468e-8*scaled_dn^3) if divisor>0, the value is (1/divisor)-273.15, else a value is 512.0.
f_head_afe_conv
83
ASCII_Real
Computed value: (f_head_afe * 0.0320719) + (-262.454)
f_head_lvcm_conv
84
ASCII_Real
Computed value: (f_head_lvcm * 0.0320719) + (-262.454)
f_head_hvmm_conv
85
ASCII_Real
Computed value: (f_head_hvmm * 0.0320719) + (-262.454)
f_head_bipod1_conv
86
ASCII_Real
Computed value: (f_head_bipod1 * 0.0320719) + (-262.454)
f_head_bipod2_conv
87
ASCII_Real
Computed value: (f_head_bipod2 * 0.0320719) + (-262.454)
f_head_bipod3_conv
88
ASCII_Real
Computed value: (f_head_bipod3 * 0.0320719) + (-262.454)
f_head_cover_conv
89
ASCII_Real
Computed value: (f_head_cover * 0.0320719) + (-262.454)
f_head_hop_conv
90
ASCII_Real
Computed value: (f_head_hop * 0.0320719) + (-262.454)
f_head_flie_conv
91
ASCII_Real
Computed value: (f_head_flie * 0.0320719) + (-262.454)
f_head_tec1_conv
92
ASCII_Real
Computed value: (f_head_tec1 * 0.0320719) + (-262.454)
f_head_tec2_conv
93
ASCII_Real
Computed value: (f_head_tec2 * 0.0320719) + (-262.454)
f_head_xray_conv
94
ASCII_Real
Computed value: (f_head_xray * 0.0320719) + (-262.454)
f_head_yellow_piece_conv
95
ASCII_Real
Computed value: (f_head_yellow_piece * 0.0320719) + -262.454)
f_head_mcc_conv
96
ASCII_Real
Computed value: (f_head_mcc * 0.0320719) + (-262.454)
f_hvps_fvmon_conv
97
ASCII_Real
Computed value: (f_hvps_fvmon * 0.00122100122)
f_hvps_fimon_conv
98
ASCII_Real
Computed value: (f_hvps_fimon * 0.00122100122)
f_hvps_hvmon_conv
99
ASCII_Real
Computed value: (f_hvps_hvmon * 0.00805860805)
f_hvps_himon_conv
100
ASCII_Real
Computed value: (f_hvps_himon * 0.00610500611)
f_hvps_13v_plus_conv
101
ASCII_Real
Computed value: (f_hvps_13v_plus * 0.00366300366)
f_hvps_13v_minus_conv
102
ASCII_Real
Computed value: getSignExtend16Bit(f_hvps_13v_minus), 0.00366300366, 0.0)
f_hvps_5v_plus_conv
103
ASCII_Real
Computed value: (f_hvps_5v_plus * 0.00366300366)
f_hvps_lvcm_conv
104
ASCII_Real
Computed value: scaled_dn=logf((f_hvps_lvcm*29400)/(4095-f_hvps_lvcm)) divisor=1.032797e-3 + (2.385758e-4*scaled_dn) + (1.583187e-7*scaled_dn^3) if divisor>0, the value is (1/divisor)-273.15, else a value is 0.0.
i_valid_cmds_conv
105
ASCII_Integer
i_valid_cmds
i_crf_retry_conv
106
ASCII_Integer
i_crf_retry
i_sdf_retry_conv
107
ASCII_Integer
i_sdf_retry
i_rejected_cmds_conv
108
ASCII_Integer
i_rejected_cmds
i_hk_side_conv
109
ASCII_Integer
i_hk_side
i_motor_1_conv
110
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_1
i_motor_2_conv
111
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_2
i_motor_3_conv
112
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_3
i_motor_4_conv
113
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_4
i_motor_5_conv
114
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_5
i_motor_6_conv
115
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_6
i_motor_cover_conv
116
ASCII_Integer
Sign Extends a 16-bit input value to 32-bits Position channels for i_motor_cover
i_hes_sense_conv
117
ASCII_Integer
i_hes_sense
i_flash_status_conv
118
ASCII_Integer
i_flash_status