timeThe SPEVAL parameter code is used as the name for the table in which the parameters values are stored.an 11 character field containing the mission timestamp of the valueutkthe timestamp of the value converted to UTK (integer)valuethe value of the parameter at the given time. The type of this column is dependant upon the parameter.
The parameters values are stored at different sample rates. The following list shows which parameters are stored, their code (ie. the table name), units and the sample rate:
code description units rate
---- ---------------- ----- -----------
B070 AOCS MODE
0
B175 RPM SUBMODE
0
B178 FPM SUBMODE
0
C051 VOPTO 1
V
880
C052 VOPTO 2
V
880
C054 AD RAD_MON V
880
C100 SVDFETM
V
880
C101 SVSFETM
V
880
C102 SVECRANM
V
880
C103 SVSUBM
V
880
C104 SVDLM
V
880
C105 SVCBM
V
880
C106 SVCHM
V
880
C107 SWTEMP
K
880
C110 SW VLOGP
V
880
C111 SW VLOGN
V
880
C112 SW IDFET
V
880
C113 SW ISUB
V
880
C121 LVGGM
V
880
C122 LVPCM
V
880
C123 LVRM
V
880
C124 LVDD1M
V
880
C125 LVCADREM
V
880
C126 LALPHIRM
V
880
C127 LVREFM
V
880
C128 LVAM
V
880
C129 LVECRANM
V
880
C130 LWVDD2M
V
880
C133 TEMPLW1
V
880
C139 BB VOLT
V
880
C159 VGEN 15P
V
880
C160 VGEN 15N
V
880
C161 VGEN 5P
V
880
C162 LW 5P
V
880
C163 LW 15P
V
880
C164 LW 15N
V
880
C165 SW VETAP
V
880
C166 SW VETAN
V
880
C167 LW CAM3P
V
880
C168 LW CAM3N
V
880
C169 SW CAM3N
V
880
C170 SW CAM3P
V
880
C172 CAM1T1
K
880
C173 CAM1T2
K
880
C174 CAM1T3
K
880
C175 CAM1T4
K
880
C176 CAM2BT
C
880
C177 CAM2AT
C
880
C178 CAM3T
K
880
C191 RAD MON VOLT V
880
E200 EXP GROUND ACT.
0
K001 T317 LOW BAFFLE K
550
K002 T333 UPP BAFFLE K
550
K003 T335 UPP BAFFLE K
550
K005 T703 AUX LHEI K
550
K009 T352 SSH ELS -Z K
550
K010 T354 SSH BASE -Z K
550
K017 T111
K
550
K018 T106 TANK
K
550
K019 T113 TANK
K
550
K020 T203 OSS CAM K
110
K021 T205 OSS SWS K
110
K023 T422 1ST SHLD K
550
K024 T424 1ST SHLD K
550
K025 T442
K
550
K026 T444
K
550
K027 T464
K
550
K028 T462
K
550
K030 T253
K
550
K031 T255 PRIM MIRROR K
550
K032 T263 SEC MIRROR K
550
K034 T101 HEII DLCM1 K
550
K101 T316 LOW BAFFLE K
550
K102 T332 UPP BAFFLE K
550
K103 T334 UPP BAFFLE K
550
K105 T702 AUX LHEI K
550
K109 T351 SSH TOP +Z K
550
K110 T353 SSH BASE +Z K
550
K119 T114 TANK
K
550
K120 T204 OSS LWS K
110
K121 T206 OSS PHT K
110
K123 T421 1ST SHLD K
550
K124 T423 1ST SHLD K
550
K125 T441 2ND SHLD K
550
K126 T443
K
550
K127 T463 3RD SHLD K
550
K128 T461
K
550
K131 T254 PRIM MIRROR K
550
K132 T262 SEC MIRROR K
550
M006 HKSTAGE
60
M031 FAIL WARN
60
M130 TEMP FCS1
K
60
M131 TEMP FCS2
K
60
M132 TEMP C200
K
60
M133 TEMP C100
K
60
M134 TEMP P2
K
60
M135 TEMP P3
K
60
M138 TEMP S1
K
60
M139 TEMP S2
K
60
M140 TEMP P1
K
60
M144 BIAS C100
V
60
M146 BIAS P3
V
60
M147 BIAS C200 1 V
60
M148 BIAS C200 2 V
60
M149 BIAS C200 3 V
60
M150 BIAS C200 4 V
60
M151 BIAS P1
V
60
M152 BIAS P2
V
60
M154 BIAS S1
60
M155 BIAS S2
60
M156 CRE SUB+ G1 V
60
M157 CRE SUB+ G2 V
60
M158 CRE SUB- G1 V
60
M159 CRE SUB- G2 V
60
P023 I CAM(N)CAM(R) A
110
P024 I LWS(N)LWS(R) A
110
P025 I SWS(N)SWS(R) A
110
P026 I PHT(N)PHT(R) A
110
P042 TH ANS-2 PHT2 C
60
P101 MAIN BUS VOLTAGE V
110
Q001 CAM EXP. N
0
Q002 LWS EXP. N
0
Q003 PHT EXP. N
0
Q004 SWS EXP. N
0
Q005
0
Q006
0
Q007
0
Q008 PHT EXP. R
0
Q041 HEAT. COMP PHT N
60
Q072 HEAT. COMP PHT R
60
Q077 LIMIT. L(N)/P(R)
60
Q078 LIMIT. P(N)/S(R)
60
S048 BIAS B1
300
S049 BIAS B2
300
S050 BIAS B3
300
S051 BIAS B4
300
S052 BIAS B5
300
S053 BIAS B6
300
S197 TEMP SW BLK K
24
S198 TEMP LW 35U K
24
S199 TEMP FP BLK K
24
S200 TEMP FP 35U K
24
S203 TEMP ADC #1 C
24
S204 TEMP ADC #2 C
24
S213 MON SW +15 V
112
S214 MON SW -15 V
112
S215 MON LW +15 V
112
S216 MON LW -15 V
112
S217 MON COM +15 V
112
S218 MON COM -15 V
112
S223 CAL FP CAL V
112
S224 CAL GRACAL V
112
S227 TEMP UP #1 C
24
S228 TEMP UP #2 C
24
S234 CURR FP MAIN V
112
S235 CURR FP COR1 V
112
S236 CURR FP COR2 V
112