DATABASE TABLE MNEMONIC MNEMDESC MNEMTYPE MNEMUNITS S S S S S S mtaacis aciseleca_avg Navg NUMBER OF SAMPLES IN AVG. I mtaacis aciseleca_avg _1dahacu_avg DETECTOR ASSY. HTR CURRENT A D A mtaacis aciseleca_avg _1dahacu_lim DETECTOR ASSY. HTR CURRENT A LIM. I mtaacis aciseleca_avg _1dahacu_std DETECTOR ASSY. HTR CURRENT A STD. DEV. D A mtaacis aciseleca_avg _1dahavo_avg DETECTOR ASSY. HTR VOLTAGE A D V mtaacis aciseleca_avg _1dahavo_lim DETECTOR ASSY. HTR VOLTAGE A LIM. I mtaacis aciseleca_avg _1dahavo_std DETECTOR ASSY. HTR VOLTAGE A STD. DEV. D V mtaacis aciseleca_avg _1dahhavo_avg DA HOUSING HTR +28V INPUT A D V mtaacis aciseleca_avg _1dahhavo_lim DA HOUSING HTR +28V INPUT A LIM. I mtaacis aciseleca_avg _1dahhavo_std DA HOUSING HTR +28V INPUT A STD. DEV. D V mtaacis aciseleca_avg _1de28avo_avg DEA +28V INPUT A D V mtaacis aciseleca_avg _1de28avo_lim DEA +28V INPUT A LIM. I mtaacis aciseleca_avg _1de28avo_std DEA +28V INPUT A STD. DEV. D V mtaacis aciseleca_avg _1deicacu_avg DEA INPUT CURRENT A D A mtaacis aciseleca_avg _1deicacu_lim DEA INPUT CURRENT A LIM. I mtaacis aciseleca_avg _1deicacu_std DEA INPUT CURRENT A STD. DEV. D A mtaacis aciseleca_avg _1den0avo_avg DEA -6V VOLTAGE A D V mtaacis aciseleca_avg _1den0avo_lim DEA -6V VOLTAGE A LIM. I mtaacis aciseleca_avg _1den0avo_std DEA -6V VOLTAGE A STD. DEV. D V mtaacis aciseleca_avg _1den1avo_avg DEA -15V VOLTAGE A D V mtaacis aciseleca_avg _1den1avo_lim DEA -15V VOLTAGE A LIM. I mtaacis aciseleca_avg _1den1avo_std DEA -15V VOLTAGE A STD. DEV. D V mtaacis aciseleca_avg _1dep0avo_avg DEA +6V VOLTAGE A D V mtaacis aciseleca_avg _1dep0avo_lim DEA +6V VOLTAGE A LIM. I mtaacis aciseleca_avg _1dep0avo_std DEA +6V VOLTAGE A STD. DEV. D V mtaacis aciseleca_avg _1dep1avo_avg DEA +15V ANALOG A D V mtaacis aciseleca_avg _1dep1avo_lim DEA +15V ANALOG A LIM. I mtaacis aciseleca_avg _1dep1avo_std DEA +15V ANALOG A STD. DEV. D V mtaacis aciseleca_avg _1dep2avo_avg DEA +24V ANALOG A D V mtaacis aciseleca_avg _1dep2avo_lim DEA +24V ANALOG A LIM. I mtaacis aciseleca_avg _1dep2avo_std DEA +24V ANALOG A STD. DEV. D V mtaacis aciseleca_avg _1dep3avo_avg DEA +28V ANALOG A D V mtaacis aciseleca_avg _1dep3avo_lim DEA +28V ANALOG A LIM. I mtaacis aciseleca_avg _1dep3avo_std DEA +28V ANALOG A STD. DEV. D V mtaacis aciseleca_avg _1dp28avo_avg DPA +28V INPUT A D V mtaacis aciseleca_avg _1dp28avo_lim DPA +28V INPUT A LIM. I mtaacis aciseleca_avg _1dp28avo_std DPA +28V INPUT A STD. DEV. D V mtaacis aciseleca_avg _1dpicacu_avg DPA INPUT CURRENT A D A mtaacis aciseleca_avg _1dpicacu_lim DPA INPUT CURRENT A LIM. I mtaacis aciseleca_avg _1dpicacu_std DPA INPUT CURRENT A STD. DEV. D A mtaacis aciseleca_avg _1dpp0avo_avg DPA +5V ANALOG A D V mtaacis aciseleca_avg _1dpp0avo_lim DPA +5V ANALOG A LIM. I mtaacis aciseleca_avg _1dpp0avo_std DPA +5V ANALOG A STD. DEV. D V mtaacis aciselecb_avg Navg NUMBER OF SAMPLES IN AVG. I mtaacis aciselecb_avg _1dahbcu_avg DETECTOR ASSY. HTR CURRENT B D A mtaacis aciselecb_avg _1dahbcu_lim DETECTOR ASSY. HTR CURRENT B LIM. I mtaacis aciselecb_avg _1dahbcu_std DETECTOR ASSY. HTR CURRENT B STD. DEV. D A mtaacis aciselecb_avg _1dahbvo_avg DETECTOR ASSY. HTR VOLTAGE B D V mtaacis aciselecb_avg _1dahbvo_lim DETECTOR ASSY. HTR VOLTAGE B LIM. I mtaacis aciselecb_avg _1dahbvo_std DETECTOR ASSY. HTR VOLTAGE B STD. DEV. D V mtaacis aciselecb_avg _1dahhbvo_avg DA HOUSING HTR +28V INPUT B D V mtaacis aciselecb_avg _1dahhbvo_lim DA HOUSING HTR +28V INPUT B LIM. I mtaacis aciselecb_avg _1dahhbvo_std DA HOUSING HTR +28V INPUT B STD. DEV. D V mtaacis aciselecb_avg _1de28bvo_avg DEA +28V INPUT B D V mtaacis aciselecb_avg _1de28bvo_lim DEA +28V INPUT B LIM. I mtaacis aciselecb_avg _1de28bvo_std DEA +28V INPUT B STD. DEV. D V mtaacis aciselecb_avg _1deicbcu_avg DEA INPUT CURRENT B D A mtaacis aciselecb_avg _1deicbcu_lim DEA INPUT CURRENT B LIM. I mtaacis aciselecb_avg _1deicbcu_std DEA INPUT CURRENT B STD. DEV. D A mtaacis aciselecb_avg _1den0bvo_avg DEA -6V VOLTAGE B D V mtaacis aciselecb_avg _1den0bvo_lim DEA -6V VOLTAGE B LIM. I mtaacis aciselecb_avg _1den0bvo_std DEA -6V VOLTAGE B STD. DEV. D V mtaacis aciselecb_avg _1den1bvo_avg DEA -15V VOLTAGE B D V mtaacis aciselecb_avg _1den1bvo_lim DEA -15V VOLTAGE B LIM. I mtaacis aciselecb_avg _1den1bvo_std DEA -15V VOLTAGE B STD. DEV. D V mtaacis aciselecb_avg _1dep0bvo_avg DEA +6V VOLTAGE B D V mtaacis aciselecb_avg _1dep0bvo_lim DEA +6V VOLTAGE B LIM. I mtaacis aciselecb_avg _1dep0bvo_std DEA +6V VOLTAGE B STD. DEV. D V mtaacis aciselecb_avg _1dep1bvo_avg DEA +15V ANALOG B D V mtaacis aciselecb_avg _1dep1bvo_lim DEA +15V ANALOG B LIM. I mtaacis aciselecb_avg _1dep1bvo_std DEA +15V ANALOG B STD. DEV. D V mtaacis aciselecb_avg _1dep2bvo_avg DEA +24V ANALOG B D V mtaacis aciselecb_avg _1dep2bvo_lim DEA +24V ANALOG B LIM. I mtaacis aciselecb_avg _1dep2bvo_std DEA +24V ANALOG B STD. DEV. D V mtaacis aciselecb_avg _1dep3bvo_avg DEA +28V ANALOG B D V mtaacis aciselecb_avg _1dep3bvo_lim DEA +28V ANALOG B LIM. I mtaacis aciselecb_avg _1dep3bvo_std DEA +28V ANALOG B STD. DEV. D V mtaacis aciselecb_avg _1dp28bvo_avg DPA +28V INPUT B D V mtaacis aciselecb_avg _1dp28bvo_lim DPA +28V INPUT B LIM. I mtaacis aciselecb_avg _1dp28bvo_std DPA +28V INPUT B STD. DEV. D V mtaacis aciselecb_avg _1dpicbcu_avg DPA INPUT CURRENT B D A mtaacis aciselecb_avg _1dpicbcu_lim DPA INPUT CURRENT B LIM. I mtaacis aciselecb_avg _1dpicbcu_std DPA INPUT CURRENT B STD. DEV. D A mtaacis aciselecb_avg _1dpp0bvo_avg DPA +5V ANALOG B D V mtaacis aciselecb_avg _1dpp0bvo_lim DPA +5V ANALOG B LIM. I mtaacis aciselecb_avg _1dpp0bvo_std DPA +5V ANALOG B STD. DEV. D V mtaacis acismech_avg Navg NUMBER OF SAMPLES IN AVG. I mtaacis acismech_avg _1hoprapr_avg DIFFERENTIAL HOUSING PRESSURE A D kPa mtaacis acismech_avg _1hoprapr_lim DIFFERENTIAL HOUSING PRESSURE A LIM. I mtaacis acismech_avg _1hoprapr_std DIFFERENTIAL HOUSING PRESSURE A STD. DEV. D kPa mtaacis acismech_avg _1hoprbpr_avg DIFFERENTIAL HOUSING PRESSURE B D kPa mtaacis acismech_avg _1hoprbpr_lim DIFFERENTIAL HOUSING PRESSURE B LIM. I mtaacis acismech_avg _1hoprbpr_std DIFFERENTIAL HOUSING PRESSURE B STD. DEV. D kPa mtaacis acistemp_avg Navg NUMBER OF SAMPLES IN AVG. I mtaacis acistemp_avg _1cbat_avg CAMERA BODY TEMP. A D K mtaacis acistemp_avg _1cbat_lim CAMERA BODY TEMP. A LIM. I mtaacis acistemp_avg _1cbat_std CAMERA BODY TEMP. A STD. DEV. D K mtaacis acistemp_avg _1cbbt_avg CAMERA BODY TEMP. B D K mtaacis acistemp_avg _1cbbt_lim CAMERA BODY TEMP. B LIM. I mtaacis acistemp_avg _1cbbt_std CAMERA BODY TEMP. B STD. DEV. D K mtaacis acistemp_avg _1crat_avg COLD RADIATOR TEMP. A D K mtaacis acistemp_avg _1crat_lim COLD RADIATOR TEMP. A LIM. I mtaacis acistemp_avg _1crat_std COLD RADIATOR TEMP. A STD. DEV. D K mtaacis acistemp_avg _1crbt_avg COLD RADIATOR TEMP. B D K mtaacis acistemp_avg _1crbt_lim COLD RADIATOR TEMP. B LIM. I mtaacis acistemp_avg _1crbt_std COLD RADIATOR TEMP. B STD. DEV. D K mtaacis acistemp_avg _1dactbt_avg DA COLLIMATOR-TOP TEMP. B D K mtaacis acistemp_avg _1dactbt_lim DA COLLIMATOR-TOP TEMP. B LIM. I mtaacis acistemp_avg _1dactbt_std DA COLLIMATOR-TOP TEMP. B STD. DEV. D K mtaacis acistemp_avg _1deamzt_avg DEA -Z PANEL TEMP (RT830) D K mtaacis acistemp_avg _1deamzt_lim DEA -Z PANEL TEMP (RT830) LIM. I mtaacis acistemp_avg _1deamzt_std DEA -Z PANEL TEMP (RT830) STD. DEV. D K mtaacis acistemp_avg _1dpamyt_avg DPA -Y PANEL TEMP (RT810) D K mtaacis acistemp_avg _1dpamyt_lim DPA -Y PANEL TEMP (RT810) LIM. I mtaacis acistemp_avg _1dpamyt_std DPA -Y PANEL TEMP (RT810) STD. DEV. D K mtaacis acistemp_avg _1dpamzt_avg DPA -Z PANEL TEMP (RT830) D K mtaacis acistemp_avg _1dpamzt_lim DPA -Z PANEL TEMP (RT830) LIM. I mtaacis acistemp_avg _1dpamzt_std DPA -Z PANEL TEMP (RT830) STD. DEV. D K mtaacis acistemp_avg _1mahcat_avg DOOR CLOSE ACTUATOR TEMP A D K mtaacis acistemp_avg _1mahcat_lim DOOR CLOSE ACTUATOR TEMP A LIM. I mtaacis acistemp_avg _1mahcat_std DOOR CLOSE ACTUATOR TEMP A STD. DEV. D K mtaacis acistemp_avg _1mahcbt_avg DOOR CLOSE ACTUATOR TEMP B D K mtaacis acistemp_avg _1mahcbt_lim DOOR CLOSE ACTUATOR TEMP B LIM. I mtaacis acistemp_avg _1mahcbt_std DOOR CLOSE ACTUATOR TEMP B STD. DEV. D K mtaacis acistemp_avg _1mahoat_avg DOOR OPEN ACTUATOR TEMP A D K mtaacis acistemp_avg _1mahoat_lim DOOR OPEN ACTUATOR TEMP A LIM. I mtaacis acistemp_avg _1mahoat_std DOOR OPEN ACTUATOR TEMP A STD. DEV. D K mtaacis acistemp_avg _1mahobt_avg DOOR OPEN ACTUATOR TEMP B D K mtaacis acistemp_avg _1mahobt_lim DOOR OPEN ACTUATOR TEMP B LIM. I mtaacis acistemp_avg _1mahobt_std DOOR OPEN ACTUATOR TEMP B STD. DEV. D K mtaacis acistemp_avg _1oahat_avg OPEN ACTUATOR TEMPERATURE COLD D K mtaacis acistemp_avg _1oahat_lim OPEN ACTUATOR TEMPERATURE COLD LIM. I mtaacis acistemp_avg _1oahat_std OPEN ACTUATOR TEMPERATURE COLD STD. DEV. D K mtaacis acistemp_avg _1oahbt_avg OPEN ACTUATOR HOUSING TEMP. B D K mtaacis acistemp_avg _1oahbt_lim OPEN ACTUATOR HOUSING TEMP. B LIM. I mtaacis acistemp_avg _1oahbt_std OPEN ACTUATOR HOUSING TEMP. B STD. DEV. D K mtaacis acistemp_avg _1pdeaat_avg PSMC DEA POWER SUPPLY TEMP A D K mtaacis acistemp_avg _1pdeaat_lim PSMC DEA POWER SUPPLY TEMP A LIM. I mtaacis acistemp_avg _1pdeaat_std PSMC DEA POWER SUPPLY TEMP A STD. DEV. D K mtaacis acistemp_avg _1pdeabt_avg PSMC DEA POWER SUPPLY TEMP B D K mtaacis acistemp_avg _1pdeabt_lim PSMC DEA POWER SUPPLY TEMP B LIM. I mtaacis acistemp_avg _1pdeabt_std PSMC DEA POWER SUPPLY TEMP B STD. DEV. D K mtaacis acistemp_avg _1pin1at_avg PSMC TEMP 1A D K mtaacis acistemp_avg _1pin1at_lim PSMC TEMP 1A LIM. I mtaacis acistemp_avg _1pin1at_std PSMC TEMP 1A STD. DEV. D K mtaacis acistemp_avg _1wrat_avg WARM RADIATOR TEMP A D K mtaacis acistemp_avg _1wrat_lim WARM RADIATOR TEMP A LIM. I mtaacis acistemp_avg _1wrat_std WARM RADIATOR TEMP A STD. DEV. D K mtaacis acistemp_avg _1wrbt_avg WARM RADIATOR TEMP B D K mtaacis acistemp_avg _1wrbt_lim WARM RADIATOR TEMP B LIM. I mtaacis acistemp_avg _1wrbt_std WARM RADIATOR TEMP B STD. DEV. D K mtaconfig mta_sc_criteria pt_mooncent_ang D mtaconfig mta_sc_criteria pt_moonlimb_ang D mtaconfig mta_sc_criteria pt_ramvect_ang D mtaconfig mta_sc_criteria pt_suncent_ang D mtaconfig mta_sc_criteria pt_sunlimb_ang D mtaconfig mta_sc_criteria sc_altitude D mtaconfig mta_sc_criteria sc_point_x D mtaconfig mta_sc_criteria sc_point_y D mtaconfig mta_sc_criteria sc_point_z D mtaephin ephhk_avg Navg NUMBER OF SAMPLES IN AVG. I mtaephin ephhk_avg _eiostatus_a_avg EIO Status Flag A D mtaephin ephhk_avg _eiostatus_a_lim EIO Status Flag A LIM. I mtaephin ephhk_avg _eiostatus_a_std EIO Status Flag A STD. DEV. D mtaephin ephhk_avg _eiostatus_b_avg EIO Status Flag B D mtaephin ephhk_avg _eiostatus_b_lim EIO Status Flag B LIM. I mtaephin ephhk_avg _eiostatus_b_std EIO Status Flag B STD. DEV. D mtaephin ephhk_avg _eiostatus_c_avg EIO Status Flag C D mtaephin ephhk_avg _eiostatus_c_lim EIO Status Flag C LIM. I mtaephin ephhk_avg _eiostatus_c_std EIO Status Flag C STD. DEV. D mtaephin ephhk_avg _eiostatus_d_avg EIO Status Flag D D mtaephin ephhk_avg _eiostatus_d_lim EIO Status Flag D LIM. I mtaephin ephhk_avg _eiostatus_d_std EIO Status Flag D STD. DEV. D mtaephin ephhk_avg _eiostatus_e_avg EIO Status Flag E D mtaephin ephhk_avg _eiostatus_e_lim EIO Status Flag E LIM. I mtaephin ephhk_avg _eiostatus_e_std EIO Status Flag E STD. DEV. D mtaephin ephhk_avg _eiostatus_f_avg EIO Status Flag F D mtaephin ephhk_avg _eiostatus_f_lim EIO Status Flag F LIM. I mtaephin ephhk_avg _eiostatus_f_std EIO Status Flag F STD. DEV. D mtaephin ephhk_avg _eiostatus_g_avg EIO Status Flag G D mtaephin ephhk_avg _eiostatus_g_lim EIO Status Flag G LIM. I mtaephin ephhk_avg _eiostatus_g_std EIO Status Flag G STD. DEV. D mtaephin ephhk_avg _eiostatus_h_avg EIO Status Flag H D mtaephin ephhk_avg _eiostatus_h_lim EIO Status Flag H LIM. I mtaephin ephhk_avg _eiostatus_h_std EIO Status Flag H STD. DEV. D mtaephin ephhk_avg _ephsimstatus_avg EPHIN Simulation Status D mtaephin ephhk_avg _ephsimstatus_lim EPHIN Simulation Status LIM. I mtaephin ephhk_avg _ephsimstatus_std EPHIN Simulation Status STD. DEV. D mtaephin ephhk_avg _hkcmdsuccess_avg HK Command Successfull D mtaephin ephhk_avg _hkcmdsuccess_lim HK Command Successfull LIM. I mtaephin ephhk_avg _hkcmdsuccess_std HK Command Successfull STD. DEV. D mtaephin ephhk_avg _hkretryneed_avg HK Retry needed? D mtaephin ephhk_avg _hkretryneed_lim HK Retry needed? LIM. I mtaephin ephhk_avg _hkretryneed_std HK Retry needed? STD. DEV. D mtaephin ephhk_avg _hkreturncode_avg HK Return Code D mtaephin ephhk_avg _hkreturncode_lim HK Return Code LIM. I mtaephin ephhk_avg _hkreturncode_std HK Return Code STD. DEV. D mtaephin ephhk_avg _hktimatimout_avg HK Timer A Timeout D mtaephin ephhk_avg _hktimatimout_lim HK Timer A Timeout LIM. I mtaephin ephhk_avg _hktimatimout_std HK Timer A Timeout STD. DEV. D mtaephin ephhk_avg _hktimdtimout_avg HK Timer D Timeout D mtaephin ephhk_avg _hktimdtimout_lim HK Timer D Timeout LIM. I mtaephin ephhk_avg _hktimdtimout_std HK Timer D Timeout STD. DEV. D mtaephin ephhk_avg _sccmdsuccess_avg Sci Command Successfull D mtaephin ephhk_avg _sccmdsuccess_lim Sci Command Successfull LIM. I mtaephin ephhk_avg _sccmdsuccess_std Sci Command Successfull STD. DEV. D mtaephin ephhk_avg _scretryneed_avg Sci Retry neede? D mtaephin ephhk_avg _scretryneed_lim Sci Retry neede? LIM. I mtaephin ephhk_avg _scretryneed_std Sci Retry neede? STD. DEV. D mtaephin ephhk_avg _screturncode_avg Sci Return Code D mtaephin ephhk_avg _screturncode_lim Sci Return Code LIM. I mtaephin ephhk_avg _screturncode_std Sci Return Code STD. DEV. D mtaephin ephhk_avg _tccmdsuccess_avg TC Command Successfull? D mtaephin ephhk_avg _tccmdsuccess_lim TC Command Successfull? LIM. I mtaephin ephhk_avg _tccmdsuccess_std TC Command Successfull? STD. DEV. D mtaephin ephhk_avg _tcnaksent_avg TC NAK Sent? D mtaephin ephhk_avg _tcnaksent_lim TC NAK Sent? LIM. I mtaephin ephhk_avg _tcnaksent_std TC NAK Sent? STD. DEV. D mtaephin ephhk_avg _tcretryneed_avg TC Retry needed D mtaephin ephhk_avg _tcretryneed_lim TC Retry needed LIM. I mtaephin ephhk_avg _tcretryneed_std TC Retry needed STD. DEV. D mtaephin ephhk_avg _tcreturncode_avg TC Return Code D mtaephin ephhk_avg _tcreturncode_lim TC Return Code LIM. I mtaephin ephhk_avg _tcreturncode_std TC Return Code STD. DEV. D mtaephin ephhk_avg _tctimatimout_avg TC Timer A Timeout D mtaephin ephhk_avg _tctimatimout_lim TC Timer A Timeout LIM. I mtaephin ephhk_avg _tctimatimout_std TC Timer A Timeout STD. DEV. D mtaephin ephhk_avg _tctimdtimout_avg TC Timer D Timeout D mtaephin ephhk_avg _tctimdtimout_lim TC Timer D Timeout LIM. I mtaephin ephhk_avg _tctimdtimout_std TC Timer D Timeout STD. DEV. D mtaephin ephhk_avg _telecmdcnt_avg Telecommand Count D mtaephin ephhk_avg _telecmdcnt_lim Telecommand Count LIM. I mtaephin ephhk_avg _telecmdcnt_std Telecommand Count STD. DEV. D mtaephin ephhk_avg _telecmdcode_avg Telecommand Code D mtaephin ephhk_avg _telecmdcode_lim Telecommand Code LIM. I mtaephin ephhk_avg _telecmdcode_std Telecommand Code STD. DEV. D mtaephin ephkey_avg Navg NUMBER OF SAMPLES IN AVG. I mtaephin ephkey_avg _scct0_avg Sci single detector counter CT0 D mtaephin ephkey_avg _scct0_lim Sci single detector counter CT0 LIM. I mtaephin ephkey_avg _scct0_std Sci single detector counter CT0 STD. DEV. D mtaephin ephkey_avg _sce1300_avg Sci single detector counter E1300 D mtaephin ephkey_avg _sce1300_lim Sci single detector counter E1300 LIM. I mtaephin ephkey_avg _sce1300_std Sci single detector counter E1300 STD. DEV. D mtaephin ephkey_avg _sce150_avg Sci single detector counter E150 D mtaephin ephkey_avg _sce150_lim Sci single detector counter E150 LIM. I mtaephin ephkey_avg _sce150_std Sci single detector counter E150 STD. DEV. D mtaephin ephkey_avg _sce3000_avg Sci single detector counter E3000 D mtaephin ephkey_avg _sce3000_lim Sci single detector counter E3000 LIM. I mtaephin ephkey_avg _sce3000_std Sci single detector counter E3000 STD. DEV. D mtaephin ephkey_avg _sce300_avg Sci single detector counter E300 D mtaephin ephkey_avg _sce300_lim Sci single detector counter E300 LIM. I mtaephin ephkey_avg _sce300_std Sci single detector counter E300 STD. DEV. D mtaephin ephkey_avg _sch25gm_avg Sci single detector counter H25GM D mtaephin ephkey_avg _sch25gm_lim Sci single detector counter H25GM LIM. I mtaephin ephkey_avg _sch25gm_std Sci single detector counter H25GM STD. DEV. D mtaephin ephkey_avg _sch41gm_avg Sci single detector counter H41GM D mtaephin ephkey_avg _sch41gm_lim Sci single detector counter H41GM LIM. I mtaephin ephkey_avg _sch41gm_std Sci single detector counter H41GM STD. DEV. D mtaephin ephkey_avg _sch4gm_avg Sci single detector counter H4GM D mtaephin ephkey_avg _sch4gm_lim Sci single detector counter H4GM LIM. I mtaephin ephkey_avg _sch4gm_std Sci single detector counter H4GM STD. DEV. D mtaephin ephkey_avg _sch8gm_avg Sci single detector counter H8GM D mtaephin ephkey_avg _sch8gm_lim Sci single detector counter H8GM LIM. I mtaephin ephkey_avg _sch8gm_std Sci single detector counter H8GM STD. DEV. D mtaephin ephkey_avg _scint_avg Sci single detector counter INT D mtaephin ephkey_avg _scint_lim Sci single detector counter INT LIM. I mtaephin ephkey_avg _scint_std Sci single detector counter INT STD. DEV. D mtaephin ephkey_avg _scp25gm_avg Sci single detector counter P25GM D mtaephin ephkey_avg _scp25gm_lim Sci single detector counter P25GM LIM. I mtaephin ephkey_avg _scp25gm_std Sci single detector counter P25GM STD. DEV. D mtaephin ephkey_avg _scp41gm_avg Sci single detector counter P41GM D mtaephin ephkey_avg _scp41gm_lim Sci single detector counter P41GM LIM. I mtaephin ephkey_avg _scp41gm_std Sci single detector counter P41GM STD. DEV. D mtaephin ephkey_avg _scp4gm_avg Sci single detector counter P4GM D mtaephin ephkey_avg _scp4gm_lim Sci single detector counter P4GM LIM. I mtaephin ephkey_avg _scp4gm_std Sci single detector counter P4GM STD. DEV. D mtaephin ephkey_avg _scp8gm_avg Sci single detector counter P8GM D mtaephin ephkey_avg _scp8gm_lim Sci single detector counter P8GM LIM. I mtaephin ephkey_avg _scp8gm_std Sci single detector counter P8GM STD. DEV. D mtaephin ephrate_avg Navg NUMBER OF SAMPLES IN AVG. I mtaephin ephrate_avg _sca00_avg Sci single detector counter A00 D mtaephin ephrate_avg _sca00_lim Sci single detector counter A00 LIM. I mtaephin ephrate_avg _sca00_std Sci single detector counter A00 STD. DEV. D mtaephin ephrate_avg _sca01_avg Sci single detector counter A01 D mtaephin ephrate_avg _sca01_lim Sci single detector counter A01 LIM. I mtaephin ephrate_avg _sca01_std Sci single detector counter A01 STD. DEV. D mtaephin ephrate_avg _sca02_avg Sci single detector counter A02 D mtaephin ephrate_avg _sca02_lim Sci single detector counter A02 LIM. I mtaephin ephrate_avg _sca02_std Sci single detector counter A02 STD. DEV. D mtaephin ephrate_avg _sca03_avg Sci single detector counter A03 D mtaephin ephrate_avg _sca03_lim Sci single detector counter A03 LIM. I mtaephin ephrate_avg _sca03_std Sci single detector counter A03 STD. DEV. D mtaephin ephrate_avg _sca04_avg Sci single detector counter A04 D mtaephin ephrate_avg _sca04_lim Sci single detector counter A04 LIM. I mtaephin ephrate_avg _sca04_std Sci single detector counter A04 STD. DEV. D mtaephin ephrate_avg _sca05_avg Sci single detector counter A05 D mtaephin ephrate_avg _sca05_lim Sci single detector counter A05 LIM. I mtaephin ephrate_avg _sca05_std Sci single detector counter A05 STD. DEV. D mtaephin ephrate_avg _scb00_avg Sci single detector counter B00 D mtaephin ephrate_avg _scb00_lim Sci single detector counter B00 LIM. I mtaephin ephrate_avg _scb00_std Sci single detector counter B00 STD. DEV. D mtaephin ephrate_avg _scb01_avg Sci single detector counter B01 D mtaephin ephrate_avg _scb01_lim Sci single detector counter B01 LIM. I mtaephin ephrate_avg _scb01_std Sci single detector counter B01 STD. DEV. D mtaephin ephrate_avg _scb02_avg Sci single detector counter B02 D mtaephin ephrate_avg _scb02_lim Sci single detector counter B02 LIM. I mtaephin ephrate_avg _scb02_std Sci single detector counter B02 STD. DEV. D mtaephin ephrate_avg _scb04_avg Sci single detector counter B04 D mtaephin ephrate_avg _scb04_lim Sci single detector counter B04 LIM. I mtaephin ephrate_avg _scb04_std Sci single detector counter B04 STD. DEV. D mtaephin ephrate_avg _scb05_avg Sci single detector counter B05 D mtaephin ephrate_avg _scb05_lim Sci single detector counter B05 LIM. I mtaephin ephrate_avg _scb05_std Sci single detector counter B05 STD. DEV. D mtaephin ephrate_avg _scc0_avg Sci single detector counter C0 D mtaephin ephrate_avg _scc0_lim Sci single detector counter C0 LIM. I mtaephin ephrate_avg _scc0_std Sci single detector counter C0 STD. DEV. D mtaephin ephrate_avg _scct1_avg Sci single detector counter CT1 D mtaephin ephrate_avg _scct1_lim Sci single detector counter CT1 LIM. I mtaephin ephrate_avg _scct1_std Sci single detector counter CT1 STD. DEV. D mtaephin ephrate_avg _scct2_avg Sci single detector counter CT2 D mtaephin ephrate_avg _scct2_lim Sci single detector counter CT2 LIM. I mtaephin ephrate_avg _scct2_std Sci single detector counter CT2 STD. DEV. D mtaephin ephrate_avg _scct3_avg Sci single detector counter CT3 D mtaephin ephrate_avg _scct3_lim Sci single detector counter CT3 LIM. I mtaephin ephrate_avg _scct3_std Sci single detector counter CT3 STD. DEV. D mtaephin ephrate_avg _scct4_avg Sci single detector counter CT4 D mtaephin ephrate_avg _scct4_lim Sci single detector counter CT4 LIM. I mtaephin ephrate_avg _scct4_std Sci single detector counter CT4 STD. DEV. D mtaephin ephrate_avg _scct5_avg Sci single detector counter CT5 D mtaephin ephrate_avg _scct5_lim Sci single detector counter CT5 LIM. I mtaephin ephrate_avg _scct5_std Sci single detector counter CT5 STD. DEV. D mtaephin ephrate_avg _scd0_avg Sci single detector counter D0 D mtaephin ephrate_avg _scd0_lim Sci single detector counter D0 LIM. I mtaephin ephrate_avg _scd0_std Sci single detector counter D0 STD. DEV. D mtaephin ephrate_avg _sce0_avg Sci single detector counter E0 D mtaephin ephrate_avg _sce0_lim Sci single detector counter E0 LIM. I mtaephin ephrate_avg _sce0_std Sci single detector counter E0 STD. DEV. D mtaephin ephrate_avg _scf0_avg Sci single detector counter F0 D mtaephin ephrate_avg _scf0_lim Sci single detector counter F0 LIM. I mtaephin ephrate_avg _scf0_std Sci single detector counter F0 STD. DEV. D mtaephin ephrate_avg _scg0_avg Sci single detector counter G0 D mtaephin ephrate_avg _scg0_lim Sci single detector counter G0 LIM. I mtaephin ephrate_avg _scg0_std Sci single detector counter G0 STD. DEV. D mtaephin ephrate_avg _sch25gr_avg Sci single detector counter H25GR D mtaephin ephrate_avg _sch25gr_lim Sci single detector counter H25GR LIM. I mtaephin ephrate_avg _sch25gr_std Sci single detector counter H25GR STD. DEV. D mtaephin ephrate_avg _sch25s1_avg Sci single detector counter H25S1 D mtaephin ephrate_avg _sch25s1_lim Sci single detector counter H25S1 LIM. I mtaephin ephrate_avg _sch25s1_std Sci single detector counter H25S1 STD. DEV. D mtaephin ephrate_avg _sch25s23_avg Sci single detector counter H25S23 D mtaephin ephrate_avg _sch25s23_lim Sci single detector counter H25S23 LIM. I mtaephin ephrate_avg _sch25s23_std Sci single detector counter H25S23 STD. DEV. D mtaephin ephrate_avg _sch41gr_avg Sci single detector counter H41GR D mtaephin ephrate_avg _sch41gr_lim Sci single detector counter H41GR LIM. I mtaephin ephrate_avg _sch41gr_std Sci single detector counter H41GR STD. DEV. D mtaephin ephrate_avg _sch41s1_avg Sci single detector counter H41S1 D mtaephin ephrate_avg _sch41s1_lim Sci single detector counter H41S1 LIM. I mtaephin ephrate_avg _sch41s1_std Sci single detector counter H41S1 STD. DEV. D mtaephin ephrate_avg _sch41s23_avg Sci single detector counter H41S23 D mtaephin ephrate_avg _sch41s23_lim Sci single detector counter H41S23 LIM. I mtaephin ephrate_avg _sch41s23_std Sci single detector counter H41S23 STD. DEV. D mtaephin ephrate_avg _sch4gr_avg Sci single detector counter H4GR D mtaephin ephrate_avg _sch4gr_lim Sci single detector counter H4GR LIM. I mtaephin ephrate_avg _sch4gr_std Sci single detector counter H4GR STD. DEV. D mtaephin ephrate_avg _sch4s1_avg Sci single detector counter H4S1 D mtaephin ephrate_avg _sch4s1_lim Sci single detector counter H4S1 LIM. I mtaephin ephrate_avg _sch4s1_std Sci single detector counter H4S1 STD. DEV. D mtaephin ephrate_avg _sch4s23_avg Sci single detector counter H4S23 D mtaephin ephrate_avg _sch4s23_lim Sci single detector counter H4S23 LIM. I mtaephin ephrate_avg _sch4s23_std Sci single detector counter H4S23 STD. DEV. D mtaephin ephrate_avg _sch8gr_avg Sci single detector counter H8GR D mtaephin ephrate_avg _sch8gr_lim Sci single detector counter H8GR LIM. I mtaephin ephrate_avg _sch8gr_std Sci single detector counter H8GR STD. DEV. D mtaephin ephrate_avg _sch8s1_avg Sci single detector counter H8S1 D mtaephin ephrate_avg _sch8s1_lim Sci single detector counter H8S1 LIM. I mtaephin ephrate_avg _sch8s1_std Sci single detector counter H8S1 STD. DEV. D mtaephin ephrate_avg _sch8s23_avg Sci single detector counter H8S23 D mtaephin ephrate_avg _sch8s23_lim Sci single detector counter H8S23 LIM. I mtaephin ephrate_avg _sch8s23_std Sci single detector counter H8S23 STD. DEV. D mtaephin ephrate_avg _scp25gr_avg Sci single detector counter P25GR D mtaephin ephrate_avg _scp25gr_lim Sci single detector counter P25GR LIM. I mtaephin ephrate_avg _scp25gr_std Sci single detector counter P25GR STD. DEV. D mtaephin ephrate_avg _scp25s_avg Sci single detector counter P25S D mtaephin ephrate_avg _scp25s_lim Sci single detector counter P25S LIM. I mtaephin ephrate_avg _scp25s_std Sci single detector counter P25S STD. DEV. D mtaephin ephrate_avg _scp41gr_avg Sci single detector counter P41GR D mtaephin ephrate_avg _scp41gr_lim Sci single detector counter P41GR LIM. I mtaephin ephrate_avg _scp41gr_std Sci single detector counter P41GR STD. DEV. D mtaephin ephrate_avg _scp41s_avg Sci single detector counter P41S D mtaephin ephrate_avg _scp41s_lim Sci single detector counter P41S LIM. I mtaephin ephrate_avg _scp41s_std Sci single detector counter P41S STD. DEV. D mtaephin ephrate_avg _scp4gr_avg Sci single detector counter P4GR D mtaephin ephrate_avg _scp4gr_lim Sci single detector counter P4GR LIM. I mtaephin ephrate_avg _scp4gr_std Sci single detector counter P4GR STD. DEV. D mtaephin ephrate_avg _scp4s_avg Sci single detector counter P4S D mtaephin ephrate_avg _scp4s_lim Sci single detector counter P4S LIM. I mtaephin ephrate_avg _scp4s_std Sci single detector counter P4S STD. DEV. D mtaephin ephrate_avg _scp8gr_avg Sci single detector counter P8GR D mtaephin ephrate_avg _scp8gr_lim Sci single detector counter P8GR LIM. I mtaephin ephrate_avg _scp8gr_std Sci single detector counter P8GR STD. DEV. D mtaephin ephrate_avg _scp8s_avg Sci single detector counter P8S D mtaephin ephrate_avg _scp8s_lim Sci single detector counter P8S LIM. I mtaephin ephrate_avg _scp8s_std Sci single detector counter P8S STD. DEV. D mtaephin ephtv_avg Navg NUMBER OF SAMPLES IN AVG. I mtaephin ephtv_avg _5eiot_avg EIO TEMP D K mtaephin ephtv_avg _5eiot_lim EIO TEMP LIM. I mtaephin ephtv_avg _5eiot_std EIO TEMP STD. DEV. D K mtaephin ephtv_avg _5ephint_avg EPHIN TEMP D K mtaephin ephtv_avg _5ephint_lim EPHIN TEMP LIM. I mtaephin ephtv_avg _5ephint_std EPHIN TEMP STD. DEV. D K mtaephin ephtv_avg _hkabiasleaki_avg HK A bias leakage current D uA mtaephin ephtv_avg _hkabiasleaki_lim HK A bias leakage current LIM. I mtaephin ephtv_avg _hkabiasleaki_std HK A bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkbbiasleaki_avg HK B bias leakage current D uA mtaephin ephtv_avg _hkbbiasleaki_lim HK B bias leakage current LIM. I mtaephin ephtv_avg _hkbbiasleaki_std HK B bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkcbiasleaki_avg HK C bias leakage current D uA mtaephin ephtv_avg _hkcbiasleaki_lim HK C bias leakage current LIM. I mtaephin ephtv_avg _hkcbiasleaki_std HK C bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkdbiasleaki_avg HK D bias leakage current D uA mtaephin ephtv_avg _hkdbiasleaki_lim HK D bias leakage current LIM. I mtaephin ephtv_avg _hkdbiasleaki_std HK D bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkebiasleaki_avg HK E bias leakage current D uA mtaephin ephtv_avg _hkebiasleaki_lim HK E bias leakage current LIM. I mtaephin ephtv_avg _hkebiasleaki_std HK E bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkeboxtemp_avg HK EBox tempreture D K mtaephin ephtv_avg _hkeboxtemp_lim HK EBox tempreture LIM. I mtaephin ephtv_avg _hkeboxtemp_std HK EBox tempreture STD. DEV. D K mtaephin ephtv_avg _hkfbiasleaki_avg HK F bias leakage current D uA mtaephin ephtv_avg _hkfbiasleaki_lim HK F bias leakage current LIM. I mtaephin ephtv_avg _hkfbiasleaki_std HK F bias leakage current STD. DEV. D uA mtaephin ephtv_avg _hkghv_avg HK G high voltage D V mtaephin ephtv_avg _hkghv_lim HK G high voltage LIM. I mtaephin ephtv_avg _hkghv_std HK G high voltage STD. DEV. D V mtaephin ephtv_avg _hkn6i_avg HK -6V rail current D mA mtaephin ephtv_avg _hkn6i_lim HK -6V rail current LIM. I mtaephin ephtv_avg _hkn6i_std HK -6V rail current STD. DEV. D mA mtaephin ephtv_avg _hkn6v_avg HK -6V rail voltage D V mtaephin ephtv_avg _hkn6v_lim HK -6V rail voltage LIM. I mtaephin ephtv_avg _hkn6v_std HK -6V rail voltage STD. DEV. D V mtaephin ephtv_avg _hkp27i_avg HK +27V rail current D mA mtaephin ephtv_avg _hkp27i_lim HK +27V rail current LIM. I mtaephin ephtv_avg _hkp27i_std HK +27V rail current STD. DEV. D mA mtaephin ephtv_avg _hkp27v_avg HK +27V rail voltage D V mtaephin ephtv_avg _hkp27v_lim HK +27V rail voltage LIM. I mtaephin ephtv_avg _hkp27v_std HK +27V rail voltage STD. DEV. D V mtaephin ephtv_avg _hkp5i_avg HK +5V rail current D mA mtaephin ephtv_avg _hkp5i_lim HK +5V rail current LIM. I mtaephin ephtv_avg _hkp5i_std HK +5V rail current STD. DEV. D mA mtaephin ephtv_avg _hkp5v_avg HK +5V rail voltage D V mtaephin ephtv_avg _hkp5v_lim HK +5V rail voltage LIM. I mtaephin ephtv_avg _hkp5v_std HK +5V rail voltage STD. DEV. D V mtaephin ephtv_avg _hkp6i_avg HK +6V rail current D mA mtaephin ephtv_avg _hkp6i_lim HK +6V rail current LIM. I mtaephin ephtv_avg _hkp6i_std HK +6V rail current STD. DEV. D mA mtaephin ephtv_avg _hkp6v_avg HK +6V rail voltage D V mtaephin ephtv_avg _hkp6v_lim HK +6V rail voltage LIM. I mtaephin ephtv_avg _hkp6v_std HK +6V rail voltage STD. DEV. D V mtaephin ephtv_avg _teio_avg EPHIN ELECTRONICS HOUSING TEMP D K mtaephin ephtv_avg _teio_lim EPHIN ELECTRONICS HOUSING TEMP LIM. I mtaephin ephtv_avg _teio_std EPHIN ELECTRONICS HOUSING TEMP STD. DEV. D K mtaephin ephtv_avg _tephin_avg EPHIN SENSOR HOUSING TEMP D K mtaephin ephtv_avg _tephin_lim EPHIN SENSOR HOUSING TEMP LIM. I mtaephin ephtv_avg _tephin_std EPHIN SENSOR HOUSING TEMP STD. DEV. D K mtahrc hrcelec_avg Navg NUMBER OF SAMPLES IN AVG. I mtahrc hrcelec_avg _2detart_avg DETECTOR EVENT RATE A D mtahrc hrcelec_avg _2detart_lim DETECTOR EVENT RATE A LIM. I mtahrc hrcelec_avg _2detart_std DETECTOR EVENT RATE A STD. DEV. D mtahrc hrcelec_avg _2detbrt_avg DETECTOR EVENT RATE B D mtahrc hrcelec_avg _2detbrt_lim DETECTOR EVENT RATE B LIM. I mtahrc hrcelec_avg _2detbrt_std DETECTOR EVENT RATE B STD. DEV. D mtahrc hrcelec_avg _calpalv_avg Cal Pulser Amplitude D mtahrc hrcelec_avg _calpalv_lim Cal Pulser Amplitude LIM. I mtahrc hrcelec_avg _calpalv_std Cal Pulser Amplitude STD. DEV. D mtahrc hrcelec_avg _cbhuast_avg Blanking High Limit - U D mtahrc hrcelec_avg _cbhuast_lim Blanking High Limit - U LIM. I mtahrc hrcelec_avg _cbhuast_std Blanking High Limit - U STD. DEV. D mtahrc hrcelec_avg _cbhvast_avg Blanking High Limit - V D mtahrc hrcelec_avg _cbhvast_lim Blanking High Limit - V LIM. I mtahrc hrcelec_avg _cbhvast_std Blanking High Limit - V STD. DEV. D mtahrc hrcelec_avg _cbluast_avg Blanking Low Limit - U D mtahrc hrcelec_avg _cbluast_lim Blanking Low Limit - U LIM. I mtahrc hrcelec_avg _cbluast_std Blanking Low Limit - U STD. DEV. D mtahrc hrcelec_avg _cblvast_avg Blanking Low Limit - V D mtahrc hrcelec_avg _cblvast_lim Blanking Low Limit - V LIM. I mtahrc hrcelec_avg _cblvast_std Blanking Low Limit - V STD. DEV. D mtahrc hrcelec_avg _fcpuast_avg Forced Coarse Position - U D mtahrc hrcelec_avg _fcpuast_lim Forced Coarse Position - U LIM. I mtahrc hrcelec_avg _fcpuast_std Forced Coarse Position - U STD. DEV. D mtahrc hrcelec_avg _fcpvast_avg Forced Coarse Position - V D mtahrc hrcelec_avg _fcpvast_lim Forced Coarse Position - V LIM. I mtahrc hrcelec_avg _fcpvast_std Forced Coarse Position - V STD. DEV. D mtahrc hrcelec_avg _hvpsstat_avg HVPS Status D mtahrc hrcelec_avg _hvpsstat_lim HVPS Status LIM. I mtahrc hrcelec_avg _hvpsstat_std HVPS Status STD. DEV. D mtahrc hrcelec_avg _imbpast_avg Imaging Det Bottom Plate HV Step D mtahrc hrcelec_avg _imbpast_lim Imaging Det Bottom Plate HV Step LIM. I mtahrc hrcelec_avg _imbpast_std Imaging Det Bottom Plate HV Step STD. DEV. D mtahrc hrcelec_avg _imhblv_avg Imaging Bot & Top MCP HV Monitor D mtahrc hrcelec_avg _imhblv_lim Imaging Bot & Top MCP HV Monitor LIM. I mtahrc hrcelec_avg _imhblv_std Imaging Bot & Top MCP HV Monitor STD. DEV. D mtahrc hrcelec_avg _imhvlv_avg Imaging Bot MCP HV Monitor D mtahrc hrcelec_avg _imhvlv_lim Imaging Bot MCP HV Monitor LIM. I mtahrc hrcelec_avg _imhvlv_std Imaging Bot MCP HV Monitor STD. DEV. D mtahrc hrcelec_avg _imtpast_avg Imaging Det Top Plate HV Step D mtahrc hrcelec_avg _imtpast_lim Imaging Det Top Plate HV Step LIM. I mtahrc hrcelec_avg _imtpast_std Imaging Det Top Plate HV Step STD. DEV. D mtahrc hrcelec_avg _lldialv_avg Lower Level Disc Setting D mtahrc hrcelec_avg _lldialv_lim Lower Level Disc Setting LIM. I mtahrc hrcelec_avg _lldialv_std Lower Level Disc Setting STD. DEV. D mtahrc hrcelec_avg _mlswenbl_avg Motor Limit Switch Enable D mtahrc hrcelec_avg _mlswenbl_lim Motor Limit Switch Enable LIM. I mtahrc hrcelec_avg _mlswenbl_std Motor Limit Switch Enable STD. DEV. D mtahrc hrcelec_avg _mlswstat_avg Motor Limit Switch Status D mtahrc hrcelec_avg _mlswstat_lim Motor Limit Switch Status LIM. I mtahrc hrcelec_avg _mlswstat_std Motor Limit Switch Status STD. DEV. D mtahrc hrcelec_avg _mtrcmndr_avg Motor Command Register D mtahrc hrcelec_avg _mtrcmndr_lim Motor Command Register LIM. I mtahrc hrcelec_avg _mtrcmndr_std Motor Command Register STD. DEV. D mtahrc hrcelec_avg _mtritmp_avg Motor Over-Current/Temp D mtahrc hrcelec_avg _mtritmp_lim Motor Over-Current/Temp LIM. I mtahrc hrcelec_avg _mtritmp_std Motor Over-Current/Temp STD. DEV. D mtahrc hrcelec_avg _mtrselct_avg Selected Motor D mtahrc hrcelec_avg _mtrselct_lim Selected Motor LIM. I mtahrc hrcelec_avg _mtrselct_std Selected Motor STD. DEV. D mtahrc hrcelec_avg _mtrstatr_avg Motor Status Register D mtahrc hrcelec_avg _mtrstatr_lim Motor Status Register LIM. I mtahrc hrcelec_avg _mtrstatr_std Motor Status Register STD. DEV. D mtahrc hrcelec_avg _n15cast_avg -15V LVPS on/off D mtahrc hrcelec_avg _n15cast_lim -15V LVPS on/off LIM. I mtahrc hrcelec_avg _n15cast_std -15V LVPS on/off STD. DEV. D mtahrc hrcelec_avg _p15cast_avg +15V LVPS on/off D mtahrc hrcelec_avg _p15cast_lim +15V LVPS on/off LIM. I mtahrc hrcelec_avg _p15cast_std +15V LVPS on/off STD. DEV. D mtahrc hrcelec_avg _p24cast_avg +24V LVPS on/off D mtahrc hrcelec_avg _p24cast_lim +24V LVPS on/off LIM. I mtahrc hrcelec_avg _p24cast_std +24V LVPS on/off STD. DEV. D mtahrc hrcelec_avg _rsrfalv_avg Range Switch Setting D mtahrc hrcelec_avg _rsrfalv_lim Range Switch Setting LIM. I mtahrc hrcelec_avg _rsrfalv_std Range Switch Setting STD. DEV. D mtahrc hrcelec_avg _s1hvlv_avg Shield PMT 1 HV Monitor D mtahrc hrcelec_avg _s1hvlv_lim Shield PMT 1 HV Monitor LIM. I mtahrc hrcelec_avg _s1hvlv_std Shield PMT 1 HV Monitor STD. DEV. D mtahrc hrcelec_avg _s1hvst_avg Shield PMT 1 HV Setting D mtahrc hrcelec_avg _s1hvst_lim Shield PMT 1 HV Setting LIM. I mtahrc hrcelec_avg _s1hvst_std Shield PMT 1 HV Setting STD. DEV. D mtahrc hrcelec_avg _s2hvlv_avg Shield PMT 2 HV Monitor D mtahrc hrcelec_avg _s2hvlv_lim Shield PMT 2 HV Monitor LIM. I mtahrc hrcelec_avg _s2hvlv_std Shield PMT 2 HV Monitor STD. DEV. D mtahrc hrcelec_avg _s2hvst_avg Shield PMT 2 HV Setting D mtahrc hrcelec_avg _s2hvst_lim Shield PMT 2 HV Setting LIM. I mtahrc hrcelec_avg _s2hvst_std Shield PMT 2 HV Setting STD. DEV. D mtahrc hrcelec_avg _scidpren_avg Science Processor Enables D mtahrc hrcelec_avg _scidpren_lim Science Processor Enables LIM. I mtahrc hrcelec_avg _scidpren_std Science Processor Enables STD. DEV. D mtahrc hrcelec_avg _scthast_avg Last Motor Step Load D mtahrc hrcelec_avg _scthast_lim Last Motor Step Load LIM. I mtahrc hrcelec_avg _scthast_std Last Motor Step Load STD. DEV. D mtahrc hrcelec_avg _spbpast_avg Spect Det Bottom Plate HV Step D mtahrc hrcelec_avg _spbpast_lim Spect Det Bottom Plate HV Step LIM. I mtahrc hrcelec_avg _spbpast_std Spect Det Bottom Plate HV Step STD. DEV. D mtahrc hrcelec_avg _sphblv_avg Spect Bot & Top MCP HV Monitor D mtahrc hrcelec_avg _sphblv_lim Spect Bot & Top MCP HV Monitor LIM. I mtahrc hrcelec_avg _sphblv_std Spect Bot & Top MCP HV Monitor STD. DEV. D mtahrc hrcelec_avg _sphvlv_avg Spect Bot MCP HV Monitor D mtahrc hrcelec_avg _sphvlv_lim Spect Bot MCP HV Monitor LIM. I mtahrc hrcelec_avg _sphvlv_std Spect Bot MCP HV Monitor STD. DEV. D mtahrc hrcelec_avg _sptpast_avg Spect Det Top Plate HV Step D mtahrc hrcelec_avg _sptpast_lim Spect Det Top Plate HV Step LIM. I mtahrc hrcelec_avg _sptpast_std Spect Det Top Plate HV Step STD. DEV. D mtahrc hrcelec_avg _wdthast_avg Width Threshold Setting D mtahrc hrcelec_avg _wdthast_lim Width Threshold Setting LIM. I mtahrc hrcelec_avg _wdthast_std Width Threshold Setting STD. DEV. D mtahrc hrchk_avg Navg NUMBER OF SAMPLES IN AVG. I mtahrc hrchk_avg _c05palv_avg +5V Bus Monitor D mtahrc hrchk_avg _c05palv_lim +5V Bus Monitor LIM. I mtahrc hrchk_avg _c05palv_std +5V Bus Monitor STD. DEV. D mtahrc hrchk_avg _c15nalv_avg -15V Bus Monitor D mtahrc hrchk_avg _c15nalv_lim -15V Bus Monitor LIM. I mtahrc hrchk_avg _c15nalv_std -15V Bus Monitor STD. DEV. D mtahrc hrchk_avg _c15palv_avg +15V Bus Monitor D mtahrc hrchk_avg _c15palv_lim +15V Bus Monitor LIM. I mtahrc hrchk_avg _c15palv_std +15V Bus Monitor STD. DEV. D mtahrc hrchk_avg _c24palv_avg +24V Bus Monitor D mtahrc hrchk_avg _c24palv_lim +24V Bus Monitor LIM. I mtahrc hrchk_avg _c24palv_std +24V Bus Monitor STD. DEV. D mtahrc hrchk_avg _fe00atm_avg Front End Temperature D mtahrc hrchk_avg _fe00atm_lim Front End Temperature LIM. I mtahrc hrchk_avg _fe00atm_std Front End Temperature STD. DEV. D mtahrc hrchk_avg _fepratm_avg FE Preamp Card Temperature D mtahrc hrchk_avg _fepratm_lim FE Preamp Card Temperature LIM. I mtahrc hrchk_avg _fepratm_std FE Preamp Card Temperature STD. DEV. D mtahrc hrchk_avg _imhvatm_avg Imaging Det HVPS Temperature D mtahrc hrchk_avg _imhvatm_lim Imaging Det HVPS Temperature LIM. I mtahrc hrchk_avg _imhvatm_std Imaging Det HVPS Temperature STD. DEV. D mtahrc hrchk_avg _iminatm_avg Imaging Det Temperature D mtahrc hrchk_avg _iminatm_lim Imaging Det Temperature LIM. I mtahrc hrchk_avg _iminatm_std Imaging Det Temperature STD. DEV. D mtahrc hrchk_avg _lvplatm_avg LVPS plate Temperature D mtahrc hrchk_avg _lvplatm_lim LVPS plate Temperature LIM. I mtahrc hrchk_avg _lvplatm_std LVPS plate Temperature STD. DEV. D mtahrc hrchk_avg _prbscr_avg Primary Bus Current D mtahrc hrchk_avg _prbscr_lim Primary Bus Current LIM. I mtahrc hrchk_avg _prbscr_std Primary Bus Current STD. DEV. D mtahrc hrchk_avg _prbsvl_avg Primary Bus Voltage D mtahrc hrchk_avg _prbsvl_lim Primary Bus Voltage LIM. I mtahrc hrchk_avg _prbsvl_std Primary Bus Voltage STD. DEV. D mtahrc hrchk_avg _smtratm_avg Selected Motor Temperature D mtahrc hrchk_avg _smtratm_lim Selected Motor Temperature LIM. I mtahrc hrchk_avg _smtratm_std Selected Motor Temperature STD. DEV. D mtahrc hrchk_avg _sphvatm_avg Spect Det HVPS Temperature D mtahrc hrchk_avg _sphvatm_lim Spect Det HVPS Temperature LIM. I mtahrc hrchk_avg _sphvatm_std Spect Det HVPS Temperature STD. DEV. D mtahrc hrchk_avg _spinatm_avg Spect Det Temperature D mtahrc hrchk_avg _spinatm_lim Spect Det Temperature LIM. I mtahrc hrchk_avg _spinatm_std Spect Det Temperature STD. DEV. D mtahrc hrctemp_avg Navg NUMBER OF SAMPLES IN AVG. I mtahrc hrctemp_avg _2ceahvpt_avg CEA RADIATOR TEMPERATURE AT CENTER D K mtahrc hrctemp_avg _2ceahvpt_lim CEA RADIATOR TEMPERATURE AT CENTER LIM. I mtahrc hrctemp_avg _2ceahvpt_std CEA RADIATOR TEMPERATURE AT CENTER STD. DEV. D K mtahrc hrctemp_avg _2chtrpzt_avg CENTRAL ELECTRONICS BOX TEMP D K mtahrc hrctemp_avg _2chtrpzt_lim CENTRAL ELECTRONICS BOX TEMP LIM. I mtahrc hrctemp_avg _2chtrpzt_std CENTRAL ELECTRONICS BOX TEMP STD. DEV. D K mtahrc hrctemp_avg _2condmxt_avg CONDUIT -X FACE TEMPERATURE D K mtahrc hrctemp_avg _2condmxt_lim CONDUIT -X FACE TEMPERATURE LIM. I mtahrc hrctemp_avg _2condmxt_std CONDUIT -X FACE TEMPERATURE STD. DEV. D K mtahrc hrctemp_avg _2dcentrt_avg DETECTOR HOUSING TEMP 2 D K mtahrc hrctemp_avg _2dcentrt_lim DETECTOR HOUSING TEMP 2 LIM. I mtahrc hrctemp_avg _2dcentrt_std DETECTOR HOUSING TEMP 2 STD. DEV. D K mtahrc hrctemp_avg _2dtstatt_avg DETECTOR HOUSING TEMP 1 D K mtahrc hrctemp_avg _2dtstatt_lim DETECTOR HOUSING TEMP 1 LIM. I mtahrc hrctemp_avg _2dtstatt_std DETECTOR HOUSING TEMP 1 STD. DEV. D K mtahrc hrctemp_avg _2fhtrmzt_avg FRONT END ELECTRONICS BOX TEMPERATURE D K mtahrc hrctemp_avg _2fhtrmzt_lim FRONT END ELECTRONICS BOX TEMPERATURE LIM. I mtahrc hrctemp_avg _2fhtrmzt_std FRONT END ELECTRONICS BOX TEMPERATURE STD. DEV. D K mtahrc hrctemp_avg _2fradpyt_avg FRONT END ASSEMBLY +Y AT RADIATOR CENTER TEMP D K mtahrc hrctemp_avg _2fradpyt_lim FRONT END ASSEMBLY +Y AT RADIATOR CENTER TEMP LIM. I mtahrc hrctemp_avg _2fradpyt_std FRONT END ASSEMBLY +Y AT RADIATOR CENTER TEMP STD. DEV. D K mtahrc hrctemp_avg _2pmt1t_avg PMT 1 TEMPERATURE D K mtahrc hrctemp_avg _2pmt1t_lim PMT 1 TEMPERATURE LIM. I mtahrc hrctemp_avg _2pmt1t_std PMT 1 TEMPERATURE STD. DEV. D K mtahrc hrctemp_avg _2pmt2t_avg PMT 2 TEMPERATURE D K mtahrc hrctemp_avg _2pmt2t_lim PMT 2 TEMPERATURE LIM. I mtahrc hrctemp_avg _2pmt2t_std PMT 2 TEMPERATURE STD. DEV. D K mtahrc hrctemp_avg _2uvlspxt_avg UV LIGHT SHIELD NEXT TO SNOUT TEMP D K mtahrc hrctemp_avg _2uvlspxt_lim UV LIGHT SHIELD NEXT TO SNOUT TEMP LIM. I mtahrc hrctemp_avg _2uvlspxt_std UV LIGHT SHIELD NEXT TO SNOUT TEMP STD. DEV. D K mtahrc hrcveto_avg Navg NUMBER OF SAMPLES IN AVG. I mtahrc hrcveto_avg _shevart_avg Shield event rate D mtahrc hrcveto_avg _shevart_lim Shield event rate LIM. I mtahrc hrcveto_avg _shevart_std Shield event rate STD. DEV. D mtahrc hrcveto_avg _tlevart_avg Total event rate D mtahrc hrcveto_avg _tlevart_lim Total event rate LIM. I mtahrc hrcveto_avg _tlevart_std Total event rate STD. DEV. D mtahrc hrcveto_avg _vlevart_avg Valid event rate D mtahrc hrcveto_avg _vlevart_lim Valid event rate LIM. I mtahrc hrcveto_avg _vlevart_std Valid event rate STD. DEV. D mtapcad pcadftsgrad_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcadftsgrad_avg _ohrthr27_avg RT 20 : PERISCOPE D K mtapcad pcadftsgrad_avg _ohrthr27_lim RT 20 : PERISCOPE LIM. I mtapcad pcadftsgrad_avg _ohrthr27_std RT 20 : PERISCOPE STD. DEV. D K mtapcad pcadftsgrad_avg _ohrthr42_avg RT 133: PERISCOPE D K mtapcad pcadftsgrad_avg _ohrthr42_lim RT 133: PERISCOPE LIM. I mtapcad pcadftsgrad_avg _ohrthr42_std RT 133: PERISCOPE STD. DEV. D K mtapcad pcadftsgrad_avg _ohrthr43_avg RT 134: PERISCOPE D K mtapcad pcadftsgrad_avg _ohrthr43_lim RT 134: PERISCOPE LIM. I mtapcad pcadftsgrad_avg _ohrthr43_std RT 134: PERISCOPE STD. DEV. D K mtapcad pcadftsgrad_avg _oobagrd3_avg RT 505 TO RT 504: PERISCOPE GRADIENT MONITOR D K mtapcad pcadftsgrad_avg _oobagrd3_lim RT 505 TO RT 504: PERISCOPE GRADIENT MONITOR LIM. I mtapcad pcadftsgrad_avg _oobagrd3_std RT 505 TO RT 504: PERISCOPE GRADIENT MONITOR STD. DEV. D K mtapcad pcadftsgrad_avg _oobagrd6_avg RT 507 TO RT 506: PERISCOPE GRADIENT MONITOR D K mtapcad pcadftsgrad_avg _oobagrd6_lim RT 507 TO RT 506: PERISCOPE GRADIENT MONITOR LIM. I mtapcad pcadftsgrad_avg _oobagrd6_std RT 507 TO RT 506: PERISCOPE GRADIENT MONITOR STD. DEV. D K mtapcad pcadgdrift_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcadgdrift_avg _aogbias1_avg GYRO DRIFT RATE ESTIMATE (ROLL). D rad/s mtapcad pcadgdrift_avg _aogbias1_lim GYRO DRIFT RATE ESTIMATE (ROLL). LIM. I mtapcad pcadgdrift_avg _aogbias1_std GYRO DRIFT RATE ESTIMATE (ROLL). STD. DEV. D rad/s mtapcad pcadgdrift_avg _aogbias2_avg GYRO DRIFT RATE ESTIMATE (PITCH). D rad/s mtapcad pcadgdrift_avg _aogbias2_lim GYRO DRIFT RATE ESTIMATE (PITCH). LIM. I mtapcad pcadgdrift_avg _aogbias2_std GYRO DRIFT RATE ESTIMATE (PITCH). STD. DEV. D rad/s mtapcad pcadgdrift_avg _aogbias3_avg GYRO DRIFT RATE ESTIMATE (YAW). D rad/s mtapcad pcadgdrift_avg _aogbias3_lim GYRO DRIFT RATE ESTIMATE (YAW). LIM. I mtapcad pcadgdrift_avg _aogbias3_std GYRO DRIFT RATE ESTIMATE (YAW). STD. DEV. D rad/s mtapcad pcadgdrift_avg _aogyrct1_avg ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED D mtapcad pcadgdrift_avg _aogyrct1_lim ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED LIM. I mtapcad pcadgdrift_avg _aogyrct1_std ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED STD. DEV. D mtapcad pcadgdrift_avg _aogyrct2_avg ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED D mtapcad pcadgdrift_avg _aogyrct2_lim ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED LIM. I mtapcad pcadgdrift_avg _aogyrct2_std ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED STD. DEV. D mtapcad pcadgdrift_avg _aogyrct3_avg ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED D mtapcad pcadgdrift_avg _aogyrct3_lim ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED LIM. I mtapcad pcadgdrift_avg _aogyrct3_std ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED STD. DEV. D mtapcad pcadgdrift_avg _aogyrct4_avg ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED D mtapcad pcadgdrift_avg _aogyrct4_lim ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED LIM. I mtapcad pcadgdrift_avg _aogyrct4_std ACCUMULATED GYRO PULSE COUNTS FROM OBC SELECTED STD. DEV. D mtapcad pcadgrate_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcadgrate_avg _ai1ax1x_avg IRU-1 AXIS 1X ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai1ax1x_lim IRU-1 AXIS 1X ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai1ax1x_std IRU-1 AXIS 1X ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai1ax1y_avg IRU-1 AXIS 1Y ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai1ax1y_lim IRU-1 AXIS 1Y ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai1ax1y_std IRU-1 AXIS 1Y ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai1ax2x_avg IRU-1 AXIS 2X ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai1ax2x_lim IRU-1 AXIS 2X ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai1ax2x_std IRU-1 AXIS 2X ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai1ax2y_avg IRU-1 AXIS 2Y ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai1ax2y_lim IRU-1 AXIS 2Y ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai1ax2y_std IRU-1 AXIS 2Y ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai2ax1x_avg IRU-2 AXIS 1X ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai2ax1x_lim IRU-2 AXIS 1X ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai2ax1x_std IRU-2 AXIS 1X ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai2ax1y_avg IRU-2 AXIS 1Y ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai2ax1y_lim IRU-2 AXIS 1Y ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai2ax1y_std IRU-2 AXIS 1Y ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai2ax2x_avg IRU-2 AXIS 2X ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai2ax2x_lim IRU-2 AXIS 2X ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai2ax2x_std IRU-2 AXIS 2X ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _ai2ax2y_avg IRU-2 AXIS 2Y ANALOG RATE D deg/s mtapcad pcadgrate_avg _ai2ax2y_lim IRU-2 AXIS 2Y ANALOG RATE LIM. I mtapcad pcadgrate_avg _ai2ax2y_std IRU-2 AXIS 2Y ANALOG RATE STD. DEV. D deg/s mtapcad pcadgrate_avg _aoalpang_avg FSS ALPHA ANGLE MEAS D deg mtapcad pcadgrate_avg _aoalpang_lim FSS ALPHA ANGLE MEAS LIM. I mtapcad pcadgrate_avg _aoalpang_std FSS ALPHA ANGLE MEAS STD. DEV. D deg mtapcad pcadgrate_avg _aoattqt1_avg ESTIMATED SPACECRAFT ATTITUDE QUATERION 1 (ECI) D mtapcad pcadgrate_avg _aoattqt1_lim ESTIMATED SPACECRAFT ATTITUDE QUATERION 1 (ECI) LIM. I mtapcad pcadgrate_avg _aoattqt1_std ESTIMATED SPACECRAFT ATTITUDE QUATERION 1 (ECI) STD. DEV. D mtapcad pcadgrate_avg _aoattqt2_avg ESTIMATED SPACECRAFT ATTITUDE QUATERION 2 (ECI) D mtapcad pcadgrate_avg _aoattqt2_lim ESTIMATED SPACECRAFT ATTITUDE QUATERION 2 (ECI) LIM. I mtapcad pcadgrate_avg _aoattqt2_std ESTIMATED SPACECRAFT ATTITUDE QUATERION 2 (ECI) STD. DEV. D mtapcad pcadgrate_avg _aoattqt3_avg ESTIMATED SPACECRAFT ATTITUDE QUATERION 3 (ECI) D mtapcad pcadgrate_avg _aoattqt3_lim ESTIMATED SPACECRAFT ATTITUDE QUATERION 3 (ECI) LIM. I mtapcad pcadgrate_avg _aoattqt3_std ESTIMATED SPACECRAFT ATTITUDE QUATERION 3 (ECI) STD. DEV. D mtapcad pcadgrate_avg _aoattqt4_avg ESTIMATED SPACECRAFT ATTITUDE QUATERION 4 (ECI) D mtapcad pcadgrate_avg _aoattqt4_lim ESTIMATED SPACECRAFT ATTITUDE QUATERION 4 (ECI) LIM. I mtapcad pcadgrate_avg _aoattqt4_std ESTIMATED SPACECRAFT ATTITUDE QUATERION 4 (ECI) STD. DEV. D mtapcad pcadgrate_avg _aobetang_avg FSS BETA ANGLE MEAS D deg mtapcad pcadgrate_avg _aobetang_lim FSS BETA ANGLE MEAS LIM. I mtapcad pcadgrate_avg _aobetang_std FSS BETA ANGLE MEAS STD. DEV. D deg mtapcad pcadgrate_avg _aocmdqt1_avg COMMANDED SPACECRAFT ATTITUDE QUATERNION 1 D mtapcad pcadgrate_avg _aocmdqt1_lim COMMANDED SPACECRAFT ATTITUDE QUATERNION 1 LIM. I mtapcad pcadgrate_avg _aocmdqt1_std COMMANDED SPACECRAFT ATTITUDE QUATERNION 1 STD. DEV. D mtapcad pcadgrate_avg _aocmdqt2_avg COMMANDED SPACECRAFT ATTITUDE QUATERNION 2 D mtapcad pcadgrate_avg _aocmdqt2_lim COMMANDED SPACECRAFT ATTITUDE QUATERNION 2 LIM. I mtapcad pcadgrate_avg _aocmdqt2_std COMMANDED SPACECRAFT ATTITUDE QUATERNION 2 STD. DEV. D mtapcad pcadgrate_avg _aocmdqt3_avg COMMANDED SPACECRAFT ATTITUDE QUATERNION 3 D mtapcad pcadgrate_avg _aocmdqt3_lim COMMANDED SPACECRAFT ATTITUDE QUATERNION 3 LIM. I mtapcad pcadgrate_avg _aocmdqt3_std COMMANDED SPACECRAFT ATTITUDE QUATERNION 3 STD. DEV. D mtapcad pcadgrate_avg _aoscpos1_avg SPACECRAFT POSITION VECTOR X (ECI FRAME) D km mtapcad pcadgrate_avg _aoscpos1_lim SPACECRAFT POSITION VECTOR X (ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscpos1_std SPACECRAFT POSITION VECTOR X (ECI FRAME) STD. DEV. D km mtapcad pcadgrate_avg _aoscpos2_avg SPACECRAFT POSITION VECTOR Y (ECI FRAME) D km mtapcad pcadgrate_avg _aoscpos2_lim SPACECRAFT POSITION VECTOR Y (ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscpos2_std SPACECRAFT POSITION VECTOR Y (ECI FRAME) STD. DEV. D km mtapcad pcadgrate_avg _aoscpos3_avg SPACECRAFT POSITION VECTOR Z (ECI FRAME) D km mtapcad pcadgrate_avg _aoscpos3_lim SPACECRAFT POSITION VECTOR Z (ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscpos3_std SPACECRAFT POSITION VECTOR Z (ECI FRAME) STD. DEV. D km mtapcad pcadgrate_avg _aoscvel1_avg SPACECRAFT VELOCITY VECTOR X ECI FRAME) D km/s mtapcad pcadgrate_avg _aoscvel1_lim SPACECRAFT VELOCITY VECTOR X ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscvel1_std SPACECRAFT VELOCITY VECTOR X ECI FRAME) STD. DEV. D km/s mtapcad pcadgrate_avg _aoscvel2_avg SPACECRAFT VELOCITY VECTOR Y (ECI FRAME) D km/s mtapcad pcadgrate_avg _aoscvel2_lim SPACECRAFT VELOCITY VECTOR Y (ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscvel2_std SPACECRAFT VELOCITY VECTOR Y (ECI FRAME) STD. DEV. D km/s mtapcad pcadgrate_avg _aoscvel3_avg SPACECRAFT VELOCITY VECTOR Z (ECI FRAME) D km/s mtapcad pcadgrate_avg _aoscvel3_lim SPACECRAFT VELOCITY VECTOR Z (ECI FRAME) LIM. I mtapcad pcadgrate_avg _aoscvel3_std SPACECRAFT VELOCITY VECTOR Z (ECI FRAME) STD. DEV. D km/s mtapcad pcadgrate_avg _aosunec1_avg UNIT VECTOR FROM THE SPACECRAFT TO THE SUN X (E D mtapcad pcadgrate_avg _aosunec1_lim UNIT VECTOR FROM THE SPACECRAFT TO THE SUN X (E LIM. I mtapcad pcadgrate_avg _aosunec1_std UNIT VECTOR FROM THE SPACECRAFT TO THE SUN X (E STD. DEV. D mtapcad pcadgrate_avg _aosunec2_avg UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Y (E D mtapcad pcadgrate_avg _aosunec2_lim UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Y (E LIM. I mtapcad pcadgrate_avg _aosunec2_std UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Y (E STD. DEV. D mtapcad pcadgrate_avg _aosunec3_avg UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Z (E D mtapcad pcadgrate_avg _aosunec3_lim UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Z (E LIM. I mtapcad pcadgrate_avg _aosunec3_std UNIT VECTOR FROM THE SPACECRAFT TO THE SUN Z (E STD. DEV. D mtapcad pcadgrate_avg _aosunsa1_avg CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME D mtapcad pcadgrate_avg _aosunsa1_lim CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME LIM. I mtapcad pcadgrate_avg _aosunsa1_std CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME STD. DEV. D mtapcad pcadgrate_avg _aosunsa2_avg CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME D mtapcad pcadgrate_avg _aosunsa2_lim CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME LIM. I mtapcad pcadgrate_avg _aosunsa2_std CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME STD. DEV. D mtapcad pcadgrate_avg _aosunsa3_avg CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME D mtapcad pcadgrate_avg _aosunsa3_lim CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME LIM. I mtapcad pcadgrate_avg _aosunsa3_std CSSA DERIVED UNIT VECTOR TO THE SUN IN SA FRAME STD. DEV. D mtapcad pcadgrate_avg _aotarqt1_avg TARGET ATTITUDE QUATERNION ELEMENT 1 D mtapcad pcadgrate_avg _aotarqt1_lim TARGET ATTITUDE QUATERNION ELEMENT 1 LIM. I mtapcad pcadgrate_avg _aotarqt1_std TARGET ATTITUDE QUATERNION ELEMENT 1 STD. DEV. D mtapcad pcadgrate_avg _aotarqt2_avg TARGET ATTITUDE QUATERNION ELEMENT 2 D mtapcad pcadgrate_avg _aotarqt2_lim TARGET ATTITUDE QUATERNION ELEMENT 2 LIM. I mtapcad pcadgrate_avg _aotarqt2_std TARGET ATTITUDE QUATERNION ELEMENT 2 STD. DEV. D mtapcad pcadgrate_avg _aotarqt3_avg TARGET ATTITUDE QUATERNION ELEMENT 3 D mtapcad pcadgrate_avg _aotarqt3_lim TARGET ATTITUDE QUATERNION ELEMENT 3 LIM. I mtapcad pcadgrate_avg _aotarqt3_std TARGET ATTITUDE QUATERNION ELEMENT 3 STD. DEV. D mtapcad pcaditv_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcaditv_avg _afsspc1v_avg FSS POWER CONV 1 VOLTAGE D V mtapcad pcaditv_avg _afsspc1v_lim FSS POWER CONV 1 VOLTAGE LIM. I mtapcad pcaditv_avg _afsspc1v_std FSS POWER CONV 1 VOLTAGE STD. DEV. D V mtapcad pcaditv_avg _afsspc2v_avg FSS POWER CONV 2 VOLTAGE D V mtapcad pcaditv_avg _afsspc2v_lim FSS POWER CONV 2 VOLTAGE LIM. I mtapcad pcaditv_avg _afsspc2v_std FSS POWER CONV 2 VOLTAGE STD. DEV. D V mtapcad pcaditv_avg _agws1v_avg GYRO WHEEL SUPPLY 1 INPUT VOLTAGE D V mtapcad pcaditv_avg _agws1v_lim GYRO WHEEL SUPPLY 1 INPUT VOLTAGE LIM. I mtapcad pcaditv_avg _agws1v_std GYRO WHEEL SUPPLY 1 INPUT VOLTAGE STD. DEV. D V mtapcad pcaditv_avg _agws2v_avg GYRO WHEEL SUPPLY 2 INPUT VOLTAGE D V mtapcad pcaditv_avg _agws2v_lim GYRO WHEEL SUPPLY 2 INPUT VOLTAGE LIM. I mtapcad pcaditv_avg _agws2v_std GYRO WHEEL SUPPLY 2 INPUT VOLTAGE STD. DEV. D V mtapcad pcaditv_avg _airu1bt_avg IRU-1 BASE TEMP D K mtapcad pcaditv_avg _airu1bt_lim IRU-1 BASE TEMP LIM. I mtapcad pcaditv_avg _airu1bt_std IRU-1 BASE TEMP STD. DEV. D K mtapcad pcaditv_avg _airu1g1i_avg IRU-1 GYRO #1 CURRENT D mA mtapcad pcaditv_avg _airu1g1i_lim IRU-1 GYRO #1 CURRENT LIM. I mtapcad pcaditv_avg _airu1g1i_std IRU-1 GYRO #1 CURRENT STD. DEV. D mA mtapcad pcaditv_avg _airu1g1t_avg IRU-1 GYRO #1 TEMP D K mtapcad pcaditv_avg _airu1g1t_lim IRU-1 GYRO #1 TEMP LIM. I mtapcad pcaditv_avg _airu1g1t_std IRU-1 GYRO #1 TEMP STD. DEV. D K mtapcad pcaditv_avg _airu1g2i_avg IRU-1 GYRO #2 CURRENT D mA mtapcad pcaditv_avg _airu1g2i_lim IRU-1 GYRO #2 CURRENT LIM. I mtapcad pcaditv_avg _airu1g2i_std IRU-1 GYRO #2 CURRENT STD. DEV. D mA mtapcad pcaditv_avg _airu1g2t_avg IRU-1 GYRO #2 TEMP D K mtapcad pcaditv_avg _airu1g2t_lim IRU-1 GYRO #2 TEMP LIM. I mtapcad pcaditv_avg _airu1g2t_std IRU-1 GYRO #2 TEMP STD. DEV. D K mtapcad pcaditv_avg _airu1vft_avg IRU-1 VFC TEMP D K mtapcad pcaditv_avg _airu1vft_lim IRU-1 VFC TEMP LIM. I mtapcad pcaditv_avg _airu1vft_std IRU-1 VFC TEMP STD. DEV. D K mtapcad pcaditv_avg _airu2bt_avg IRU-2 BASE TEMP D K mtapcad pcaditv_avg _airu2bt_lim IRU-2 BASE TEMP LIM. I mtapcad pcaditv_avg _airu2bt_std IRU-2 BASE TEMP STD. DEV. D K mtapcad pcaditv_avg _airu2g1i_avg IRU-2 GYRO #1 CURRENT D mA mtapcad pcaditv_avg _airu2g1i_lim IRU-2 GYRO #1 CURRENT LIM. I mtapcad pcaditv_avg _airu2g1i_std IRU-2 GYRO #1 CURRENT STD. DEV. D mA mtapcad pcaditv_avg _airu2g1t_avg IRU-2 GYRO #1 TEMP D K mtapcad pcaditv_avg _airu2g1t_lim IRU-2 GYRO #1 TEMP LIM. I mtapcad pcaditv_avg _airu2g1t_std IRU-2 GYRO #1 TEMP STD. DEV. D K mtapcad pcaditv_avg _airu2g2i_avg IRU-2 GYRO #2 CURRENT D mA mtapcad pcaditv_avg _airu2g2i_lim IRU-2 GYRO #2 CURRENT LIM. I mtapcad pcaditv_avg _airu2g2i_std IRU-2 GYRO #2 CURRENT STD. DEV. D mA mtapcad pcaditv_avg _airu2g2t_avg IRU-2 GYRO #2 TEMP D K mtapcad pcaditv_avg _airu2g2t_lim IRU-2 GYRO #2 TEMP LIM. I mtapcad pcaditv_avg _airu2g2t_std IRU-2 GYRO #2 TEMP STD. DEV. D K mtapcad pcaditv_avg _airu2vft_avg IRU-2 VFC TEMP D K mtapcad pcaditv_avg _airu2vft_lim IRU-2 VFC TEMP LIM. I mtapcad pcaditv_avg _airu2vft_std IRU-2 VFC TEMP STD. DEV. D K mtapcad pcaditv_avg _aocssi1_avg CSSA1 A/D DATA D mA mtapcad pcaditv_avg _aocssi1_lim CSSA1 A/D DATA LIM. I mtapcad pcaditv_avg _aocssi1_std CSSA1 A/D DATA STD. DEV. D mA mtapcad pcaditv_avg _aocssi2_avg CSSA2 A/D DATA D mA mtapcad pcaditv_avg _aocssi2_lim CSSA2 A/D DATA LIM. I mtapcad pcaditv_avg _aocssi2_std CSSA2 A/D DATA STD. DEV. D mA mtapcad pcaditv_avg _aocssi3_avg CSSA3 A/D DATA D mA mtapcad pcaditv_avg _aocssi3_lim CSSA3 A/D DATA LIM. I mtapcad pcaditv_avg _aocssi3_std CSSA3 A/D DATA STD. DEV. D mA mtapcad pcaditv_avg _aocssi4_avg CSSA4 A/D DATA D mA mtapcad pcaditv_avg _aocssi4_lim CSSA4 A/D DATA LIM. I mtapcad pcaditv_avg _aocssi4_std CSSA4 A/D DATA STD. DEV. D mA mtapcad pcadrwrate_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcadrwrate_avg _aorwcmd1_avg REACTION WHEEL TORQUE COMMANDS 1 D J mtapcad pcadrwrate_avg _aorwcmd1_lim REACTION WHEEL TORQUE COMMANDS 1 LIM. I mtapcad pcadrwrate_avg _aorwcmd1_std REACTION WHEEL TORQUE COMMANDS 1 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcmd2_avg REACTION WHEEL TORQUE COMMANDS 2 D J mtapcad pcadrwrate_avg _aorwcmd2_lim REACTION WHEEL TORQUE COMMANDS 2 LIM. I mtapcad pcadrwrate_avg _aorwcmd2_std REACTION WHEEL TORQUE COMMANDS 2 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcmd3_avg REACTION WHEEL TORQUE COMMANDS 3 D J mtapcad pcadrwrate_avg _aorwcmd3_lim REACTION WHEEL TORQUE COMMANDS 3 LIM. I mtapcad pcadrwrate_avg _aorwcmd3_std REACTION WHEEL TORQUE COMMANDS 3 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcmd4_avg REACTION WHEEL TORQUE COMMANDS 4 D J mtapcad pcadrwrate_avg _aorwcmd4_lim REACTION WHEEL TORQUE COMMANDS 4 LIM. I mtapcad pcadrwrate_avg _aorwcmd4_std REACTION WHEEL TORQUE COMMANDS 4 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcmd5_avg REACTION WHEEL TORQUE COMMANDS 5 D J mtapcad pcadrwrate_avg _aorwcmd5_lim REACTION WHEEL TORQUE COMMANDS 5 LIM. I mtapcad pcadrwrate_avg _aorwcmd5_std REACTION WHEEL TORQUE COMMANDS 5 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcmd6_avg REACTION WHEEL TORQUE COMMANDS 6 D J mtapcad pcadrwrate_avg _aorwcmd6_lim REACTION WHEEL TORQUE COMMANDS 6 LIM. I mtapcad pcadrwrate_avg _aorwcmd6_std REACTION WHEEL TORQUE COMMANDS 6 STD. DEV. D J mtapcad pcadrwrate_avg _aorwcnt1_avg REACTION WHEEL TACHOMETER PULSE COUNTS 1 D mtapcad pcadrwrate_avg _aorwcnt1_lim REACTION WHEEL TACHOMETER PULSE COUNTS 1 LIM. I mtapcad pcadrwrate_avg _aorwcnt1_std REACTION WHEEL TACHOMETER PULSE COUNTS 1 STD. DEV. D mtapcad pcadrwrate_avg _aorwcnt2_avg REACTION WHEEL TACHOMETER PULSE COUNTS 2 D mtapcad pcadrwrate_avg _aorwcnt2_lim REACTION WHEEL TACHOMETER PULSE COUNTS 2 LIM. I mtapcad pcadrwrate_avg _aorwcnt2_std REACTION WHEEL TACHOMETER PULSE COUNTS 2 STD. DEV. D mtapcad pcadrwrate_avg _aorwcnt3_avg REACTION WHEEL TACHOMETER PULSE COUNTS 3 D mtapcad pcadrwrate_avg _aorwcnt3_lim REACTION WHEEL TACHOMETER PULSE COUNTS 3 LIM. I mtapcad pcadrwrate_avg _aorwcnt3_std REACTION WHEEL TACHOMETER PULSE COUNTS 3 STD. DEV. D mtapcad pcadrwrate_avg _aorwcnt4_avg REACTION WHEEL TACHOMETER PULSE COUNTS 4 D mtapcad pcadrwrate_avg _aorwcnt4_lim REACTION WHEEL TACHOMETER PULSE COUNTS 4 LIM. I mtapcad pcadrwrate_avg _aorwcnt4_std REACTION WHEEL TACHOMETER PULSE COUNTS 4 STD. DEV. D mtapcad pcadrwrate_avg _aorwcnt5_avg REACTION WHEEL TACHOMETER PULSE COUNTS 5 D mtapcad pcadrwrate_avg _aorwcnt5_lim REACTION WHEEL TACHOMETER PULSE COUNTS 5 LIM. I mtapcad pcadrwrate_avg _aorwcnt5_std REACTION WHEEL TACHOMETER PULSE COUNTS 5 STD. DEV. D mtapcad pcadrwrate_avg _aorwcnt6_avg REACTION WHEEL TACHOMETER PULSE COUNTS 6 D mtapcad pcadrwrate_avg _aorwcnt6_lim REACTION WHEEL TACHOMETER PULSE COUNTS 6 LIM. I mtapcad pcadrwrate_avg _aorwcnt6_std REACTION WHEEL TACHOMETER PULSE COUNTS 6 STD. DEV. D mtapcad pcadrwrate_avg _aorwmc1_avg COMMANDED REACTION WHEEL ANGULAR MOMENTUM 1 D J mtapcad pcadrwrate_avg _aorwmc1_lim COMMANDED REACTION WHEEL ANGULAR MOMENTUM 1 LIM. I mtapcad pcadrwrate_avg _aorwmc1_std COMMANDED REACTION WHEEL ANGULAR MOMENTUM 1 STD. DEV. D J mtapcad pcadrwrate_avg _aorwmc4_avg COMMANDED REACTION WHEEL ANGULAR MOMENTUM 4 D J mtapcad pcadrwrate_avg _aorwmc4_lim COMMANDED REACTION WHEEL ANGULAR MOMENTUM 4 LIM. I mtapcad pcadrwrate_avg _aorwmc4_std COMMANDED REACTION WHEEL ANGULAR MOMENTUM 4 STD. DEV. D J mtapcad pcadrwrate_avg _aorwmc5_avg COMMANDED REACTION WHEEL ANGULAR MOMENTUM 5 D J mtapcad pcadrwrate_avg _aorwmc5_lim COMMANDED REACTION WHEEL ANGULAR MOMENTUM 5 LIM. I mtapcad pcadrwrate_avg _aorwmc5_std COMMANDED REACTION WHEEL ANGULAR MOMENTUM 5 STD. DEV. D J mtapcad pcadrwrate_avg _aorwspd1_avg REACTION WHEEL ESTIMATED SPEED 1 D rad/s mtapcad pcadrwrate_avg _aorwspd1_lim REACTION WHEEL ESTIMATED SPEED 1 LIM. I mtapcad pcadrwrate_avg _aorwspd1_std REACTION WHEEL ESTIMATED SPEED 1 STD. DEV. D rad/s mtapcad pcadrwrate_avg _aorwspd2_avg REACTION WHEEL ESTIMATED SPEED 2 D rad/s mtapcad pcadrwrate_avg _aorwspd2_lim REACTION WHEEL ESTIMATED SPEED 2 LIM. I mtapcad pcadrwrate_avg _aorwspd2_std REACTION WHEEL ESTIMATED SPEED 2 STD. DEV. D rad/s mtapcad pcadrwrate_avg _aorwspd3_avg REACTION WHEEL ESTIMATED SPEED 3 D rad/s mtapcad pcadrwrate_avg _aorwspd3_lim REACTION WHEEL ESTIMATED SPEED 3 LIM. I mtapcad pcadrwrate_avg _aorwspd3_std REACTION WHEEL ESTIMATED SPEED 3 STD. DEV. D rad/s mtapcad pcadrwrate_avg _aorwspd4_avg REACTION WHEEL ESTIMATED SPEED 4 D rad/s mtapcad pcadrwrate_avg _aorwspd4_lim REACTION WHEEL ESTIMATED SPEED 4 LIM. I mtapcad pcadrwrate_avg _aorwspd4_std REACTION WHEEL ESTIMATED SPEED 4 STD. DEV. D rad/s mtapcad pcadrwrate_avg _aorwspd5_avg REACTION WHEEL ESTIMATED SPEED 5 D rad/s mtapcad pcadrwrate_avg _aorwspd5_lim REACTION WHEEL ESTIMATED SPEED 5 LIM. I mtapcad pcadrwrate_avg _aorwspd5_std REACTION WHEEL ESTIMATED SPEED 5 STD. DEV. D rad/s mtapcad pcadrwrate_avg _aorwspd6_avg REACTION WHEEL ESTIMATED SPEED 6 D rad/s mtapcad pcadrwrate_avg _aorwspd6_lim REACTION WHEEL ESTIMATED SPEED 6 LIM. I mtapcad pcadrwrate_avg _aorwspd6_std REACTION WHEEL ESTIMATED SPEED 6 STD. DEV. D rad/s mtapcad pcadtemp_avg Navg NUMBER OF SAMPLES IN AVG. I mtapcad pcadtemp_avg _aacbppt_avg AC BASEPLATE TEMP (PRIME) D K mtapcad pcadtemp_avg _aacbppt_lim AC BASEPLATE TEMP (PRIME) LIM. I mtapcad pcadtemp_avg _aacbppt_std AC BASEPLATE TEMP (PRIME) STD. DEV. D K mtapcad pcadtemp_avg _aacbprt_avg AC BASEPLATE TEMP (RDNT) D K mtapcad pcadtemp_avg _aacbprt_lim AC BASEPLATE TEMP (RDNT) LIM. I mtapcad pcadtemp_avg _aacbprt_std AC BASEPLATE TEMP (RDNT) STD. DEV. D K mtapcad pcadtemp_avg _aacccdpt_avg AC CCD TEMP (PRI) D K mtapcad pcadtemp_avg _aacccdpt_lim AC CCD TEMP (PRI) LIM. I mtapcad pcadtemp_avg _aacccdpt_std AC CCD TEMP (PRI) STD. DEV. D K mtapcad pcadtemp_avg _aacccdrt_avg AC CCD TEMP (RDNT) D K mtapcad pcadtemp_avg _aacccdrt_lim AC CCD TEMP (RDNT) LIM. I mtapcad pcadtemp_avg _aacccdrt_std AC CCD TEMP (RDNT) STD. DEV. D K mtapcad pcadtemp_avg _aach1t_avg AC HOUSING TEMP (ACH1) D K mtapcad pcadtemp_avg _aach1t_lim AC HOUSING TEMP (ACH1) LIM. I mtapcad pcadtemp_avg _aach1t_std AC HOUSING TEMP (ACH1) STD. DEV. D K mtapcad pcadtemp_avg _aach2t_avg AC HOUSING TEMP (ACH2) D K mtapcad pcadtemp_avg _aach2t_lim AC HOUSING TEMP (ACH2) LIM. I mtapcad pcadtemp_avg _aach2t_std AC HOUSING TEMP (ACH2) STD. DEV. D K mtapcad pcadtemp_avg _aaotalt_avg AC OPT TEL ASSY LENS TEMP D K mtapcad pcadtemp_avg _aaotalt_lim AC OPT TEL ASSY LENS TEMP LIM. I mtapcad pcadtemp_avg _aaotalt_std AC OPT TEL ASSY LENS TEMP STD. DEV. D K mtapcad pcadtemp_avg _aaotapmt_avg AC OPT TEL ASSY PRIMARY MIRROR TEMP D K mtapcad pcadtemp_avg _aaotapmt_lim AC OPT TEL ASSY PRIMARY MIRROR TEMP LIM. I mtapcad pcadtemp_avg _aaotapmt_std AC OPT TEL ASSY PRIMARY MIRROR TEMP STD. DEV. D K mtapcad pcadtemp_avg _aaotasmt_avg AC OPT TEL ASSY SECONDARY MIRROR TEMP D K mtapcad pcadtemp_avg _aaotasmt_lim AC OPT TEL ASSY SECONDARY MIRROR TEMP LIM. I mtapcad pcadtemp_avg _aaotasmt_std AC OPT TEL ASSY SECONDARY MIRROR TEMP STD. DEV. D K mtapcad pcadtemp_avg _aaoth2mt_avg AC OPT TEL ASSY SECONDARY MIRROR TEMP (HRMA) D K mtapcad pcadtemp_avg _aaoth2mt_lim AC OPT TEL ASSY SECONDARY MIRROR TEMP (HRMA) LIM. I mtapcad pcadtemp_avg _aaoth2mt_std AC OPT TEL ASSY SECONDARY MIRROR TEMP (HRMA) STD. DEV. D K mtasim simactu_avg Navg NUMBER OF SAMPLES IN AVG. I mtasim simactu_avg _faedge_avg FA Tab Edge Detection Flags D mtasim simactu_avg _faedge_lim FA Tab Edge Detection Flags LIM. I mtasim simactu_avg _faedge_std FA Tab Edge Detection Flags STD. DEV. D mtasim simactu_avg _fapos_avg FA Position D mm mtasim simactu_avg _fapos_lim FA Position LIM. I mtasim simactu_avg _fapos_std FA Position STD. DEV. D mm mtasim simactu_avg _fatabwid_avg FA Most Recent detected Tab Width D mtasim simactu_avg _fatabwid_lim FA Most Recent detected Tab Width LIM. I mtasim simactu_avg _fatabwid_std FA Most Recent detected Tab Width STD. DEV. D mtasim simactu_avg _ldrtnum_avg Last Detected Reference Tab Number D mtasim simactu_avg _ldrtnum_lim Last Detected Reference Tab Number LIM. I mtasim simactu_avg _ldrtnum_std Last Detected Reference Tab Number STD. DEV. D mtasim simactu_avg _ldrtrelpos_avg Last Detected Reference Relative Postion D mm mtasim simactu_avg _ldrtrelpos_lim Last Detected Reference Relative Postion LIM. I mtasim simactu_avg _ldrtrelpos_std Last Detected Reference Relative Postion STD. DEV. D mm mtasim simactu_avg _mrmdest_avg Most Recent Motor Move Destination D mtasim simactu_avg _mrmdest_lim Most Recent Motor Move Destination LIM. I mtasim simactu_avg _mrmdest_std Most Recent Motor Move Destination STD. DEV. D mtasim simactu_avg _pwmlevel_avg Max Power Motor Volt recent move D mtasim simactu_avg _pwmlevel_lim Max Power Motor Volt recent move LIM. I mtasim simactu_avg _pwmlevel_std Max Power Motor Volt recent move STD. DEV. D mtasim simactu_avg _tscedge_avg TSC Tab Edge Detection Flags D mtasim simactu_avg _tscedge_lim TSC Tab Edge Detection Flags LIM. I mtasim simactu_avg _tscedge_std TSC Tab Edge Detection Flags STD. DEV. D mtasim simactu_avg _tscpos_avg TSC Postion D mm mtasim simactu_avg _tscpos_lim TSC Postion LIM. I mtasim simactu_avg _tscpos_std TSC Postion STD. DEV. D mm mtasim simactu_avg _tsctabwid_avg TSC Most Recent detected Tab Width D mtasim simactu_avg _tsctabwid_lim TSC Most Recent detected Tab Width LIM. I mtasim simactu_avg _tsctabwid_std TSC Most Recent detected Tab Width STD. DEV. D mtasim simelec_avg Navg NUMBER OF SAMPLES IN AVG. I mtasim simelec_avg _agrndadc_avg Analog Ground A/D Converter Reading D V mtasim simelec_avg _agrndadc_lim Analog Ground A/D Converter Reading LIM. I mtasim simelec_avg _agrndadc_std Analog Ground A/D Converter Reading STD. DEV. D V mtasim simelec_avg _fatabadc_avg FA Tab Position Sensor A/D Converter D V mtasim simelec_avg _fatabadc_lim FA Tab Position Sensor A/D Converter LIM. I mtasim simelec_avg _fatabadc_std FA Tab Position Sensor A/D Converter STD. DEV. D V mtasim simelec_avg _n15vadc_avg -15V Power Supply A/D Converter Reading D V mtasim simelec_avg _n15vadc_lim -15V Power Supply A/D Converter Reading LIM. I mtasim simelec_avg _n15vadc_std -15V Power Supply A/D Converter Reading STD. DEV. D V mtasim simelec_avg _p15vadc_avg +15V Power Supply A/D Converter Reading D V mtasim simelec_avg _p15vadc_lim +15V Power Supply A/D Converter Reading LIM. I mtasim simelec_avg _p15vadc_std +15V Power Supply A/D Converter Reading STD. DEV. D V mtasim simelec_avg _p5vadc_avg +5V Power Supply A/D Converter Reading D V mtasim simelec_avg _p5vadc_lim +5V Power Supply A/D Converter Reading LIM. I mtasim simelec_avg _p5vadc_std +5V Power Supply A/D Converter Reading STD. DEV. D V mtasim simelec_avg _tsctabadc_avg TSC Tab Position Sensor A/D converter D V mtasim simelec_avg _tsctabadc_lim TSC Tab Position Sensor A/D converter LIM. I mtasim simelec_avg _tsctabadc_std TSC Tab Position Sensor A/D converter STD. DEV. D V mtasim simtemp_avg Navg NUMBER OF SAMPLES IN AVG. I mtasim simtemp_avg _3btu_bpt_avg BTU BASEPLATE (+X) ABORT HTR TSC2 D K mtasim simtemp_avg _3btu_bpt_lim BTU BASEPLATE (+X) ABORT HTR TSC2 LIM. I mtasim simtemp_avg _3btu_bpt_std BTU BASEPLATE (+X) ABORT HTR TSC2 STD. DEV. D K mtasim simtemp_avg _3fabraat_avg FA STRUCTURE AT BEARING A ABORT HTR. FA6 TEMP D K mtasim simtemp_avg _3fabraat_lim FA STRUCTURE AT BEARING A ABORT HTR. FA6 TEMP LIM. I mtasim simtemp_avg _3fabraat_std FA STRUCTURE AT BEARING A ABORT HTR. FA6 TEMP STD. DEV. D K mtasim simtemp_avg _3fabrcat_avg FA STRUCTURE AT BEARING C ABORT HTR. FA6 TEMP D K mtasim simtemp_avg _3fabrcat_lim FA STRUCTURE AT BEARING C ABORT HTR. FA6 TEMP LIM. I mtasim simtemp_avg _3fabrcat_std FA STRUCTURE AT BEARING C ABORT HTR. FA6 TEMP STD. DEV. D K mtasim simtemp_avg _3famyzat_avg FA STRUCTURE +X FACE AT -Y-Z END ABORT HTR. FA6 D K mtasim simtemp_avg _3famyzat_lim FA STRUCTURE +X FACE AT -Y-Z END ABORT HTR. FA6 LIM. I mtasim simtemp_avg _3famyzat_std FA STRUCTURE +X FACE AT -Y-Z END ABORT HTR. FA6 STD. DEV. D K mtasim simtemp_avg _3fapyzat_avg FA STRUCTURE +X FACE AT +Y+Z END ABORT HTR. FA6 D K mtasim simtemp_avg _3fapyzat_lim FA STRUCTURE +X FACE AT +Y+Z END ABORT HTR. FA6 LIM. I mtasim simtemp_avg _3fapyzat_std FA STRUCTURE +X FACE AT +Y+Z END ABORT HTR. FA6 STD. DEV. D K mtasim simtemp_avg _3faralat_avg FA STRUCTURE AT RAIL -Z ABORT HEATER FA6 TEMP D K mtasim simtemp_avg _3faralat_lim FA STRUCTURE AT RAIL -Z ABORT HEATER FA6 TEMP LIM. I mtasim simtemp_avg _3faralat_std FA STRUCTURE AT RAIL -Z ABORT HEATER FA6 TEMP STD. DEV. D K mtasim simtemp_avg _3flcabpt_avg FLCA BASEPLATE (+X) TEMP D K mtasim simtemp_avg _3flcabpt_lim FLCA BASEPLATE (+X) TEMP LIM. I mtasim simtemp_avg _3flcabpt_std FLCA BASEPLATE (+X) TEMP STD. DEV. D K mtasim simtemp_avg _3rctubpt_avg RCTU BASEPLATE (+X) ABORT HTR TSC2 TEMP D K mtasim simtemp_avg _3rctubpt_lim RCTU BASEPLATE (+X) ABORT HTR TSC2 TEMP LIM. I mtasim simtemp_avg _3rctubpt_std RCTU BASEPLATE (+X) ABORT HTR TSC2 TEMP STD. DEV. D K mtasim simtemp_avg _3tsmxcet_avg -X TURTLE SHELL NR HRC CEA TEMP D K mtasim simtemp_avg _3tsmxcet_lim -X TURTLE SHELL NR HRC CEA TEMP LIM. I mtasim simtemp_avg _3tsmxcet_std -X TURTLE SHELL NR HRC CEA TEMP STD. DEV. D K mtasim simtemp_avg _3tsmxspt_avg -X TURTLE SHELL NR ACIS SS TEMP D K mtasim simtemp_avg _3tsmxspt_lim -X TURTLE SHELL NR ACIS SS TEMP LIM. I mtasim simtemp_avg _3tsmxspt_std -X TURTLE SHELL NR ACIS SS TEMP STD. DEV. D K mtasim simtemp_avg _3tsmydpt_avg -Y TURTLE SHELL NR ACIS DPA TEMP D K mtasim simtemp_avg _3tsmydpt_lim -Y TURTLE SHELL NR ACIS DPA TEMP LIM. I mtasim simtemp_avg _3tsmydpt_std -Y TURTLE SHELL NR ACIS DPA TEMP STD. DEV. D K mtasim simtemp_avg _3tspyfet_avg +Y TURTLE SHELL NR HRC FEA TEMP D K mtasim simtemp_avg _3tspyfet_lim +Y TURTLE SHELL NR HRC FEA TEMP LIM. I mtasim simtemp_avg _3tspyfet_std +Y TURTLE SHELL NR HRC FEA TEMP STD. DEV. D K mtasim simtemp_avg _3tspzdet_avg +Z TURTLE SHELL NR ACIS DEA TEMP D K mtasim simtemp_avg _3tspzdet_lim +Z TURTLE SHELL NR ACIS DEA TEMP LIM. I mtasim simtemp_avg _3tspzdet_std +Z TURTLE SHELL NR ACIS DEA TEMP STD. DEV. D K mtasim simtemp_avg _3tspzspt_avg +Z TURTLE SHELL NR ACIS SS TEMP D K mtasim simtemp_avg _3tspzspt_lim +Z TURTLE SHELL NR ACIS SS TEMP LIM. I mtasim simtemp_avg _3tspzspt_std +Z TURTLE SHELL NR ACIS SS TEMP STD. DEV. D K mtasim simtemp_avg _3ttacs1t_avg TT AT ACIS ATTACH #1 ABORT HTR TSC1 TEMP D K mtasim simtemp_avg _3ttacs1t_lim TT AT ACIS ATTACH #1 ABORT HTR TSC1 TEMP LIM. I mtasim simtemp_avg _3ttacs1t_std TT AT ACIS ATTACH #1 ABORT HTR TSC1 TEMP STD. DEV. D K mtasim simtemp_avg _3ttacs2t_avg TT AT ACIS ATTACH #2 ABORT HTR TSC1 TEMP D K mtasim simtemp_avg _3ttacs2t_lim TT AT ACIS ATTACH #2 ABORT HTR TSC1 TEMP LIM. I mtasim simtemp_avg _3ttacs2t_std TT AT ACIS ATTACH #2 ABORT HTR TSC1 TEMP STD. DEV. D K mtasim simtemp_avg _3ttacs3t_avg TT AT ACIS ATTACH #3 ABORT HTR TSC1 TEMP D K mtasim simtemp_avg _3ttacs3t_lim TT AT ACIS ATTACH #3 ABORT HTR TSC1 TEMP LIM. I mtasim simtemp_avg _3ttacs3t_std TT AT ACIS ATTACH #3 ABORT HTR TSC1 TEMP STD. DEV. D K mtasim simtemp_avg _3ttbrgbt_avg TT AT BEARING B ABORT HTR TSC4 TEMP D K mtasim simtemp_avg _3ttbrgbt_lim TT AT BEARING B ABORT HTR TSC4 TEMP LIM. I mtasim simtemp_avg _3ttbrgbt_std TT AT BEARING B ABORT HTR TSC4 TEMP STD. DEV. D K mtasim simtemp_avg _3tthrc1t_avg TT AT HRC BIPOD ATTACH #1 ABORT HTR TSC2 TEMP D K mtasim simtemp_avg _3tthrc1t_lim TT AT HRC BIPOD ATTACH #1 ABORT HTR TSC2 TEMP LIM. I mtasim simtemp_avg _3tthrc1t_std TT AT HRC BIPOD ATTACH #1 ABORT HTR TSC2 TEMP STD. DEV. D K mtasim simtemp_avg _3tthrc2t_avg TT AT HRC BIPOD ATTACH #2 ABORT HTR TSC2 TEMP D K mtasim simtemp_avg _3tthrc2t_lim TT AT HRC BIPOD ATTACH #2 ABORT HTR TSC2 TEMP LIM. I mtasim simtemp_avg _3tthrc2t_std TT AT HRC BIPOD ATTACH #2 ABORT HTR TSC2 TEMP STD. DEV. D K mtasim simtemp_avg _3tthrc3t_avg TT AT HRC BIPOD ATTACH #3 & ACIS #4 TEMP D K mtasim simtemp_avg _3tthrc3t_lim TT AT HRC BIPOD ATTACH #3 & ACIS #4 TEMP LIM. I mtasim simtemp_avg _3tthrc3t_std TT AT HRC BIPOD ATTACH #3 & ACIS #4 TEMP STD. DEV. D K mtasim simtemp_avg _3ttralat_avg TT AT RAIL A ABORT HTR TSC3 TEMP D K mtasim simtemp_avg _3ttralat_lim TT AT RAIL A ABORT HTR TSC3 TEMP LIM. I mtasim simtemp_avg _3ttralat_std TT AT RAIL A ABORT HTR TSC3 TEMP STD. DEV. D K mtasim simtemp_avg _3ttralct_avg TT AT RAIL C ABORT HTR TSC5 TEMP D K mtasim simtemp_avg _3ttralct_lim TT AT RAIL C ABORT HTR TSC5 TEMP LIM. I mtasim simtemp_avg _3ttralct_std TT AT RAIL C ABORT HTR TSC5 TEMP STD. DEV. D K mtasim simtemp_avg _3ttvalvt_avg TT AT VENT VALVE ABORT HTR TSC7 TEMP D K mtasim simtemp_avg _3ttvalvt_lim TT AT VENT VALVE ABORT HTR TSC7 TEMP LIM. I mtasim simtemp_avg _3ttvalvt_std TT AT VENT VALVE ABORT HTR TSC7 TEMP STD. DEV. D K mtasim simtemp_avg _boxtemp_avg SEA Box Temperature D K mtasim simtemp_avg _boxtemp_lim SEA Box Temperature LIM. I mtasim simtemp_avg _boxtemp_std SEA Box Temperature STD. DEV. D K mtasim simtemp_avg _famtrtemp_avg FA Motor Temperature D K mtasim simtemp_avg _famtrtemp_lim FA Motor Temperature LIM. I mtasim simtemp_avg _famtrtemp_std FA Motor Temperature STD. DEV. D K mtasim simtemp_avg _flexatemp_avg Flexture A Temperature D K mtasim simtemp_avg _flexatemp_lim Flexture A Temperature LIM. I mtasim simtemp_avg _flexatemp_std Flexture A Temperature STD. DEV. D K mtasim simtemp_avg _flexatset_avg Flexture A Temperature Setpoint D K mtasim simtemp_avg _flexatset_lim Flexture A Temperature Setpoint LIM. I mtasim simtemp_avg _flexatset_std Flexture A Temperature Setpoint STD. DEV. D K mtasim simtemp_avg _flexbtemp_avg Flexture B Temperature D K mtasim simtemp_avg _flexbtemp_lim Flexture B Temperature LIM. I mtasim simtemp_avg _flexbtemp_std Flexture B Temperature STD. DEV. D K mtasim simtemp_avg _flexbtset_avg Flexture B Temperature Setpoint D K mtasim simtemp_avg _flexbtset_lim Flexture B Temperature Setpoint LIM. I mtasim simtemp_avg _flexbtset_std Flexture B Temperature Setpoint STD. DEV. D K mtasim simtemp_avg _flexctemp_avg Flexture C Temperature D K mtasim simtemp_avg _flexctemp_lim Flexture C Temperature LIM. I mtasim simtemp_avg _flexctemp_std Flexture C Temperature STD. DEV. D K mtasim simtemp_avg _flexctset_avg Flexture C Temperature Setpoint D K mtasim simtemp_avg _flexctset_lim Flexture C Temperature Setpoint LIM. I mtasim simtemp_avg _flexctset_std Flexture C Temperature Setpoint STD. DEV. D K mtasim simtemp_avg _psutemp_avg SEA Power Supply Temperature D K mtasim simtemp_avg _psutemp_lim SEA Power Supply Temperature LIM. I mtasim simtemp_avg _psutemp_std SEA Power Supply Temperature STD. DEV. D K mtasim simtemp_avg _tscmtrtemp_avg TSC Motor Temperature D K mtasim simtemp_avg _tscmtrtemp_lim TSC Motor Temperature LIM. I mtasim simtemp_avg _tscmtrtemp_std TSC Motor Temperature STD. DEV. D K mtasubsys batt_temp_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys batt_temp_avg _tb1t1_avg BATT 1 TEMP 1 D K mtasubsys batt_temp_avg _tb1t1_lim BATT 1 TEMP 1 LIM. I mtasubsys batt_temp_avg _tb1t1_std BATT 1 TEMP 1 STD. DEV. D K mtasubsys batt_temp_avg _tb1t2_avg BATT 1 TEMP 2 D K mtasubsys batt_temp_avg _tb1t2_lim BATT 1 TEMP 2 LIM. I mtasubsys batt_temp_avg _tb1t2_std BATT 1 TEMP 2 STD. DEV. D K mtasubsys batt_temp_avg _tb1t3_avg BATT 1 TEMP 3 D K mtasubsys batt_temp_avg _tb1t3_lim BATT 1 TEMP 3 LIM. I mtasubsys batt_temp_avg _tb1t3_std BATT 1 TEMP 3 STD. DEV. D K mtasubsys batt_temp_avg _tb2t1_avg BATT 2 TEMP 1 D K mtasubsys batt_temp_avg _tb2t1_lim BATT 2 TEMP 1 LIM. I mtasubsys batt_temp_avg _tb2t1_std BATT 2 TEMP 1 STD. DEV. D K mtasubsys batt_temp_avg _tb2t2_avg BATT 2 TEMP 2 D K mtasubsys batt_temp_avg _tb2t2_lim BATT 2 TEMP 2 LIM. I mtasubsys batt_temp_avg _tb2t2_std BATT 2 TEMP 2 STD. DEV. D K mtasubsys batt_temp_avg _tb2t3_avg BATT 2 TEMP 3 D K mtasubsys batt_temp_avg _tb2t3_lim BATT 2 TEMP 3 LIM. I mtasubsys batt_temp_avg _tb2t3_std BATT 2 TEMP 3 STD. DEV. D K mtasubsys batt_temp_avg _tb3t1_avg BATT 3 TEMP 1 D K mtasubsys batt_temp_avg _tb3t1_lim BATT 3 TEMP 1 LIM. I mtasubsys batt_temp_avg _tb3t1_std BATT 3 TEMP 1 STD. DEV. D K mtasubsys batt_temp_avg _tb3t2_avg BATT 3 TEMP 2 D K mtasubsys batt_temp_avg _tb3t2_lim BATT 3 TEMP 2 LIM. I mtasubsys batt_temp_avg _tb3t2_std BATT 3 TEMP 2 STD. DEV. D K mtasubsys batt_temp_avg _tb3t3_avg BATT 3 TEMP 3 D K mtasubsys batt_temp_avg _tb3t3_lim BATT 3 TEMP 3 LIM. I mtasubsys batt_temp_avg _tb3t3_std BATT 3 TEMP 3 STD. DEV. D K mtasubsys epsbatt_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys epsbatt_avg _eb1ci_avg BATT 1 CHARGE CURRENT D A mtasubsys epsbatt_avg _eb1ci_lim BATT 1 CHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb1ci_std BATT 1 CHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb1di_avg BATT 1 DISCHARGE CURRENT D A mtasubsys epsbatt_avg _eb1di_lim BATT 1 DISCHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb1di_std BATT 1 DISCHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb1v_avg BATT 1 VOLTAGE D V mtasubsys epsbatt_avg _eb1v_lim BATT 1 VOLTAGE LIM. I mtasubsys epsbatt_avg _eb1v_std BATT 1 VOLTAGE STD. DEV. D V mtasubsys epsbatt_avg _eb2ci_avg BATT 2 CHARGE CURRENT D A mtasubsys epsbatt_avg _eb2ci_lim BATT 2 CHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb2ci_std BATT 2 CHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb2di_avg BATT 2 DISCHARGE CURRENT D A mtasubsys epsbatt_avg _eb2di_lim BATT 2 DISCHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb2di_std BATT 2 DISCHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb2v_avg BATT 2 VOLTAGE D V mtasubsys epsbatt_avg _eb2v_lim BATT 2 VOLTAGE LIM. I mtasubsys epsbatt_avg _eb2v_std BATT 2 VOLTAGE STD. DEV. D V mtasubsys epsbatt_avg _eb3ci_avg BATT 3 CHARGE CURRENT D A mtasubsys epsbatt_avg _eb3ci_lim BATT 3 CHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb3ci_std BATT 3 CHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb3di_avg BATT 3 DISCHARGE CURRENT D A mtasubsys epsbatt_avg _eb3di_lim BATT 3 DISCHARGE CURRENT LIM. I mtasubsys epsbatt_avg _eb3di_std BATT 3 DISCHARGE CURRENT STD. DEV. D A mtasubsys epsbatt_avg _eb3v_avg BATT 3 VOLTAGE D V mtasubsys epsbatt_avg _eb3v_lim BATT 3 VOLTAGE LIM. I mtasubsys epsbatt_avg _eb3v_std BATT 3 VOLTAGE STD. DEV. D V mtasubsys epsbatt_avg _ecnv1v_avg CONV 1 +15V OUTPUT D V mtasubsys epsbatt_avg _ecnv1v_lim CONV 1 +15V OUTPUT LIM. I mtasubsys epsbatt_avg _ecnv1v_std CONV 1 +15V OUTPUT STD. DEV. D V mtasubsys epsbatt_avg _ecnv2v_avg CONV 2 +15V OUTPUT D V mtasubsys epsbatt_avg _ecnv2v_lim CONV 2 +15V OUTPUT LIM. I mtasubsys epsbatt_avg _ecnv2v_std CONV 2 +15V OUTPUT STD. DEV. D V mtasubsys epsbatt_avg _ecnv3v_avg CONV 3 +15V OUTPUT D V mtasubsys epsbatt_avg _ecnv3v_lim CONV 3 +15V OUTPUT LIM. I mtasubsys epsbatt_avg _ecnv3v_std CONV 3 +15V OUTPUT STD. DEV. D V mtasubsys epsbatt_avg _eepa5v_avg +5V RCTU_EP A D V mtasubsys epsbatt_avg _eepa5v_lim +5V RCTU_EP A LIM. I mtasubsys epsbatt_avg _eepa5v_std +5V RCTU_EP A STD. DEV. D V mtasubsys epsbatt_avg _eepb5v_avg +5V RCTU_EP B D V mtasubsys epsbatt_avg _eepb5v_lim +5V RCTU_EP B LIM. I mtasubsys epsbatt_avg _eepb5v_std +5V RCTU_EP B STD. DEV. D V mtasubsys epsbatt_avg _eochrgb1_avg BATT 1 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 D mtasubsys epsbatt_avg _eochrgb1_lim BATT 1 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 LIM. I mtasubsys epsbatt_avg _eochrgb1_std BATT 1 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 STD. DEV. D mtasubsys epsbatt_avg _eochrgb2_avg BATT 2 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 D mtasubsys epsbatt_avg _eochrgb2_lim BATT 2 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 LIM. I mtasubsys epsbatt_avg _eochrgb2_std BATT 2 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 STD. DEV. D mtasubsys epsbatt_avg _eochrgb3_avg BATT 3 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 D mtasubsys epsbatt_avg _eochrgb3_lim BATT 3 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 LIM. I mtasubsys epsbatt_avg _eochrgb3_std BATT 3 SOC RANGE (INTEGER 0 TO 10000 = 0 TO 100 STD. DEV. D mtasubsys epsbatt_avg _eoeb1cic_avg BATTERY 1 CHARGE RAW COUNTS D A mtasubsys epsbatt_avg _eoeb1cic_lim BATTERY 1 CHARGE RAW COUNTS LIM. I mtasubsys epsbatt_avg _eoeb1cic_std BATTERY 1 CHARGE RAW COUNTS STD. DEV. D A mtasubsys epsbatt_avg _eoeb1dic_avg BATTERY 1 DISCHARGE (RAW COUNTS) D A mtasubsys epsbatt_avg _eoeb1dic_lim BATTERY 1 DISCHARGE (RAW COUNTS) LIM. I mtasubsys epsbatt_avg _eoeb1dic_std BATTERY 1 DISCHARGE (RAW COUNTS) STD. DEV. D A mtasubsys epsbatt_avg _eoeb1vc_avg BATTERY 1 VOLTAGE (COUNTS) D V mtasubsys epsbatt_avg _eoeb1vc_lim BATTERY 1 VOLTAGE (COUNTS) LIM. I mtasubsys epsbatt_avg _eoeb1vc_std BATTERY 1 VOLTAGE (COUNTS) STD. DEV. D V mtasubsys epsbatt_avg _eoeb2cic_avg BATTERY 2 CHARGE RAW COUNTS D mtasubsys epsbatt_avg _eoeb2cic_lim BATTERY 2 CHARGE RAW COUNTS LIM. I mtasubsys epsbatt_avg _eoeb2cic_std BATTERY 2 CHARGE RAW COUNTS STD. DEV. D mtasubsys epsbatt_avg _eoeb2vc_avg BATTERY 2 VOLTAGE (COUNTS) D V mtasubsys epsbatt_avg _eoeb2vc_lim BATTERY 2 VOLTAGE (COUNTS) LIM. I mtasubsys epsbatt_avg _eoeb2vc_std BATTERY 2 VOLTAGE (COUNTS) STD. DEV. D V mtasubsys epsbatt_avg _eoeb3cic_avg BATTERY 3 CHARGE RAW COUNTS D A mtasubsys epsbatt_avg _eoeb3cic_lim BATTERY 3 CHARGE RAW COUNTS LIM. I mtasubsys epsbatt_avg _eoeb3cic_std BATTERY 3 CHARGE RAW COUNTS STD. DEV. D A mtasubsys epsbatt_avg _eoeb3vc_avg BATTERY 3 VOLTAGE (COUNTS) D V mtasubsys epsbatt_avg _eoeb3vc_lim BATTERY 3 VOLTAGE (COUNTS) LIM. I mtasubsys epsbatt_avg _eoeb3vc_std BATTERY 3 VOLTAGE (COUNTS) STD. DEV. D V mtasubsys epsbatt_avg _eoecnv1c_avg BATTERY 1 CONVERTER VOLTAGE RAW COUNTS (ECNV1V) D V mtasubsys epsbatt_avg _eoecnv1c_lim BATTERY 1 CONVERTER VOLTAGE RAW COUNTS (ECNV1V) LIM. I mtasubsys epsbatt_avg _eoecnv1c_std BATTERY 1 CONVERTER VOLTAGE RAW COUNTS (ECNV1V) STD. DEV. D V mtasubsys epsbatt_avg _eoecnv2c_avg BATTERY 2 CONVERTER VOLTAGE RAW COUNTS (ECNV2V) D V mtasubsys epsbatt_avg _eoecnv2c_lim BATTERY 2 CONVERTER VOLTAGE RAW COUNTS (ECNV2V) LIM. I mtasubsys epsbatt_avg _eoecnv2c_std BATTERY 2 CONVERTER VOLTAGE RAW COUNTS (ECNV2V) STD. DEV. D V mtasubsys epsbatt_avg _eoecnv3c_avg BATTERY 3 CONVERTER VOLTAGE RAW COUNTS (ECNV3V) D V mtasubsys epsbatt_avg _eoecnv3c_lim BATTERY 3 CONVERTER VOLTAGE RAW COUNTS (ECNV3V) LIM. I mtasubsys epsbatt_avg _eoecnv3c_std BATTERY 3 CONVERTER VOLTAGE RAW COUNTS (ECNV3V) STD. DEV. D V mtasubsys epsbatt_avg _eoesac1c_avg SOLAR ARRAY -Y CURRENT (RAW COUNTS) D A mtasubsys epsbatt_avg _eoesac1c_lim SOLAR ARRAY -Y CURRENT (RAW COUNTS) LIM. I mtasubsys epsbatt_avg _eoesac1c_std SOLAR ARRAY -Y CURRENT (RAW COUNTS) STD. DEV. D A mtasubsys epsbatt_avg _eoesac2c_avg SOLAR ARRAY +Y CURRENT (RAW COUNTS) D A mtasubsys epsbatt_avg _eoesac2c_lim SOLAR ARRAY +Y CURRENT (RAW COUNTS) LIM. I mtasubsys epsbatt_avg _eoesac2c_std SOLAR ARRAY +Y CURRENT (RAW COUNTS) STD. DEV. D A mtasubsys sc_anc_temp_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys sc_anc_temp_avg _tatecdpt_avg TEC DRIVER PRI TEMP D K mtasubsys sc_anc_temp_avg _tatecdpt_lim TEC DRIVER PRI TEMP LIM. I mtasubsys sc_anc_temp_avg _tatecdpt_std TEC DRIVER PRI TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tatecdrt_avg TEC DRIVER RDNT TEMP D K mtasubsys sc_anc_temp_avg _tatecdrt_lim TEC DRIVER RDNT TEMP LIM. I mtasubsys sc_anc_temp_avg _tatecdrt_std TEC DRIVER RDNT TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tboltcut_avg DOOR BOLT-CUTTER TEMP D K mtasubsys sc_anc_temp_avg _tboltcut_lim DOOR BOLT-CUTTER TEMP LIM. I mtasubsys sc_anc_temp_avg _tboltcut_std DOOR BOLT-CUTTER TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tcnr_brm_avg -Y/+Z PANEL CORNER PANEL TEMP (BRM) D K mtasubsys sc_anc_temp_avg _tcnr_brm_lim -Y/+Z PANEL CORNER PANEL TEMP (BRM) LIM. I mtasubsys sc_anc_temp_avg _tcnr_brm_std -Y/+Z PANEL CORNER PANEL TEMP (BRM) STD. DEV. D K mtasubsys sc_anc_temp_avg _tesh1_avg EARTH SENSOR-1 HOUSING TEMP (+Y) D K mtasubsys sc_anc_temp_avg _tesh1_lim EARTH SENSOR-1 HOUSING TEMP (+Y) LIM. I mtasubsys sc_anc_temp_avg _tesh1_std EARTH SENSOR-1 HOUSING TEMP (+Y) STD. DEV. D K mtasubsys sc_anc_temp_avg _tesh2_avg EARTH SENSOR-2 HOUSING TEMP (-Y) D K mtasubsys sc_anc_temp_avg _tesh2_lim EARTH SENSOR-2 HOUSING TEMP (-Y) LIM. I mtasubsys sc_anc_temp_avg _tesh2_std EARTH SENSOR-2 HOUSING TEMP (-Y) STD. DEV. D K mtasubsys sc_anc_temp_avg _tfssbkt1_avg FSS BRACKET-1 TEMP (+Y) D K mtasubsys sc_anc_temp_avg _tfssbkt1_lim FSS BRACKET-1 TEMP (+Y) LIM. I mtasubsys sc_anc_temp_avg _tfssbkt1_std FSS BRACKET-1 TEMP (+Y) STD. DEV. D K mtasubsys sc_anc_temp_avg _tfssbkt2_avg FSS BRACKET-2 TEMP (-Y) D K mtasubsys sc_anc_temp_avg _tfssbkt2_lim FSS BRACKET-2 TEMP (-Y) LIM. I mtasubsys sc_anc_temp_avg _tfssbkt2_std FSS BRACKET-2 TEMP (-Y) STD. DEV. D K mtasubsys sc_anc_temp_avg _tfutsupn_avg FUEL TANK SUPPORT PNL TEMP: +Y/-Z CRNR D K mtasubsys sc_anc_temp_avg _tfutsupn_lim FUEL TANK SUPPORT PNL TEMP: +Y/-Z CRNR LIM. I mtasubsys sc_anc_temp_avg _tfutsupn_std FUEL TANK SUPPORT PNL TEMP: +Y/-Z CRNR STD. DEV. D K mtasubsys sc_anc_temp_avg _tmyhng_avg SUNSHADE DOOR HINGE BEAM TEMP (-Y SIDE) D K mtasubsys sc_anc_temp_avg _tmyhng_lim SUNSHADE DOOR HINGE BEAM TEMP (-Y SIDE) LIM. I mtasubsys sc_anc_temp_avg _tmyhng_std SUNSHADE DOOR HINGE BEAM TEMP (-Y SIDE) STD. DEV. D K mtasubsys sc_anc_temp_avg _toxtsupn_avg OX-TANK SUPPORT PNL TEMP:-Y/+Z CRNR D K mtasubsys sc_anc_temp_avg _toxtsupn_lim OX-TANK SUPPORT PNL TEMP:-Y/+Z CRNR LIM. I mtasubsys sc_anc_temp_avg _toxtsupn_std OX-TANK SUPPORT PNL TEMP:-Y/+Z CRNR STD. DEV. D K mtasubsys sc_anc_temp_avg _trspmtpc_avg RAD SHR PNL TEMP:TTWN MUPS AND PCAD D K mtasubsys sc_anc_temp_avg _trspmtpc_lim RAD SHR PNL TEMP:TTWN MUPS AND PCAD LIM. I mtasubsys sc_anc_temp_avg _trspmtpc_std RAD SHR PNL TEMP:TTWN MUPS AND PCAD STD. DEV. D K mtasubsys sc_anc_temp_avg _trspotep_avg RAD SHR PNL TEMP:BTWN PCU AND OX-TANK D K mtasubsys sc_anc_temp_avg _trspotep_lim RAD SHR PNL TEMP:BTWN PCU AND OX-TANK LIM. I mtasubsys sc_anc_temp_avg _trspotep_std RAD SHR PNL TEMP:BTWN PCU AND OX-TANK STD. DEV. D K mtasubsys sc_anc_temp_avg _trspotex_avg RAD SHR PNL TEMP:BTWN OX-TANK AND LAE D K mtasubsys sc_anc_temp_avg _trspotex_lim RAD SHR PNL TEMP:BTWN OX-TANK AND LAE LIM. I mtasubsys sc_anc_temp_avg _trspotex_std RAD SHR PNL TEMP:BTWN OX-TANK AND LAE STD. DEV. D K mtasubsys sc_anc_temp_avg _trspotpc_avg RAD SHR PNL TEMP:BTWN OX-TANK AND PCAD D K mtasubsys sc_anc_temp_avg _trspotpc_lim RAD SHR PNL TEMP:BTWN OX-TANK AND PCAD LIM. I mtasubsys sc_anc_temp_avg _trspotpc_std RAD SHR PNL TEMP:BTWN OX-TANK AND PCAD STD. DEV. D K mtasubsys sc_anc_temp_avg _trsprwbb_avg RAD SHR PNL TEMP:BTWN RWA CRNR AND BATB D K mtasubsys sc_anc_temp_avg _trsprwbb_lim RAD SHR PNL TEMP:BTWN RWA CRNR AND BATB LIM. I mtasubsys sc_anc_temp_avg _trsprwbb_std RAD SHR PNL TEMP:BTWN RWA CRNR AND BATB STD. DEV. D K mtasubsys sc_anc_temp_avg _trsprwbc_avg RAD SHR PNL TEMP:RWA CRNR AND BATC D K mtasubsys sc_anc_temp_avg _trsprwbc_lim RAD SHR PNL TEMP:RWA CRNR AND BATC LIM. I mtasubsys sc_anc_temp_avg _trsprwbc_std RAD SHR PNL TEMP:RWA CRNR AND BATC STD. DEV. D K mtasubsys sc_anc_temp_avg _trsprwcm_avg RAD SHR PNL TEP:BTWN CCDM AND RWA CRNR D K mtasubsys sc_anc_temp_avg _trsprwcm_lim RAD SHR PNL TEP:BTWN CCDM AND RWA CRNR LIM. I mtasubsys sc_anc_temp_avg _trsprwcm_std RAD SHR PNL TEP:BTWN CCDM AND RWA CRNR STD. DEV. D K mtasubsys sc_anc_temp_avg _tsciusf1_avg SC-IUS FITTING-1 TEMP D K mtasubsys sc_anc_temp_avg _tsciusf1_lim SC-IUS FITTING-1 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsciusf1_std SC-IUS FITTING-1 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsciusf2_avg SC-IUS FITTING-2 TEMP D K mtasubsys sc_anc_temp_avg _tsciusf2_lim SC-IUS FITTING-2 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsciusf2_std SC-IUS FITTING-2 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsciusf5_avg SC-IUS FITTING-5 TEMP D K mtasubsys sc_anc_temp_avg _tsciusf5_lim SC-IUS FITTING-5 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsciusf5_std SC-IUS FITTING-5 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsciusf8_avg SC-IUS FITTING-8 TEMP D K mtasubsys sc_anc_temp_avg _tsciusf8_lim SC-IUS FITTING-8 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsciusf8_std SC-IUS FITTING-8 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf1_avg SC-TS FITTING -1 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf1_lim SC-TS FITTING -1 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf1_std SC-TS FITTING -1 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf2_avg SC-TS FITTING -2 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf2_lim SC-TS FITTING -2 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf2_std SC-TS FITTING -2 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf3_avg SC-TS FITTING -3 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf3_lim SC-TS FITTING -3 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf3_std SC-TS FITTING -3 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf4_avg SC-TS FITTING -4 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf4_lim SC-TS FITTING -4 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf4_std SC-TS FITTING -4 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf5_avg SC-TS FITTING -5 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf5_lim SC-TS FITTING -5 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf5_std SC-TS FITTING -5 TEMP STD. DEV. D K mtasubsys sc_anc_temp_avg _tsctsf6_avg SC-TS FITTING -6 TEMP D K mtasubsys sc_anc_temp_avg _tsctsf6_lim SC-TS FITTING -6 TEMP LIM. I mtasubsys sc_anc_temp_avg _tsctsf6_std SC-TS FITTING -6 TEMP STD. DEV. D K mtasubsys sc_main_temp_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys sc_main_temp_avg _tape1pst_avg PEA-1 POWER SUPPLY TEMP D K mtasubsys sc_main_temp_avg _tape1pst_lim PEA-1 POWER SUPPLY TEMP LIM. I mtasubsys sc_main_temp_avg _tape1pst_std PEA-1 POWER SUPPLY TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tape2pst_avg PEA-2 POWER SUPPLY TEMP D K mtasubsys sc_main_temp_avg _tape2pst_lim PEA-2 POWER SUPPLY TEMP LIM. I mtasubsys sc_main_temp_avg _tape2pst_std PEA-2 POWER SUPPLY TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tapea1t_avg PEA-1 CASE TEMP D K mtasubsys sc_main_temp_avg _tapea1t_lim PEA-1 CASE TEMP LIM. I mtasubsys sc_main_temp_avg _tapea1t_std PEA-1 CASE TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tapea2t_avg PEA-2 CASE TEMP D K mtasubsys sc_main_temp_avg _tapea2t_lim PEA-2 CASE TEMP LIM. I mtasubsys sc_main_temp_avg _tapea2t_std PEA-2 CASE TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tasppcm_avg AFT SHEAR PANEL TEMP:-Z PCAD COMP D K mtasubsys sc_main_temp_avg _tasppcm_lim AFT SHEAR PANEL TEMP:-Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tasppcm_std AFT SHEAR PANEL TEMP:-Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tasppcp_avg AFT SHEAR PANEL TEMP:+Z PCAD COMP D K mtasubsys sc_main_temp_avg _tasppcp_lim AFT SHEAR PANEL TEMP:+Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tasppcp_std AFT SHEAR PANEL TEMP:+Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tasppcu_avg AFT SHEAR PANEL TEMP:PCU COMP D K mtasubsys sc_main_temp_avg _tasppcu_lim AFT SHEAR PANEL TEMP:PCU COMP LIM. I mtasubsys sc_main_temp_avg _tasppcu_std AFT SHEAR PANEL TEMP:PCU COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tasprwc_avg AFT SHEAR PANEL TEMP:RWA CRNR COMP D K mtasubsys sc_main_temp_avg _tasprwc_lim AFT SHEAR PANEL TEMP:RWA CRNR COMP LIM. I mtasubsys sc_main_temp_avg _tasprwc_std AFT SHEAR PANEL TEMP:RWA CRNR COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_ctu_avg CTU TEMP D K mtasubsys sc_main_temp_avg _tcm_ctu_lim CTU TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_ctu_std CTU TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_ifu_avg IU TEMP D K mtasubsys sc_main_temp_avg _tcm_ifu_lim IU TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_ifu_std IU TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_obc_avg OBC TEMP D K mtasubsys sc_main_temp_avg _tcm_obc_lim OBC TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_obc_std OBC TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_pa1_avg RF POWER AMP-1 EXT BPL TEMP D K mtasubsys sc_main_temp_avg _tcm_pa1_lim RF POWER AMP-1 EXT BPL TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_pa1_std RF POWER AMP-1 EXT BPL TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_pa2_avg RF POWER AMP-2 EXT BPL TEMP D K mtasubsys sc_main_temp_avg _tcm_pa2_lim RF POWER AMP-2 EXT BPL TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_pa2_std RF POWER AMP-2 EXT BPL TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_pan_avg CCDM PNL TEMP (+Z EDGE OF PNL) D K mtasubsys sc_main_temp_avg _tcm_pan_lim CCDM PNL TEMP (+Z EDGE OF PNL) LIM. I mtasubsys sc_main_temp_avg _tcm_pan_std CCDM PNL TEMP (+Z EDGE OF PNL) STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_rfas_avg RF ASSEMBLY TEMP D K mtasubsys sc_main_temp_avg _tcm_rfas_lim RF ASSEMBLY TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_rfas_std RF ASSEMBLY TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_ssr1_avg SS RECORDER-1 TEMP D K mtasubsys sc_main_temp_avg _tcm_ssr1_lim SS RECORDER-1 TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_ssr1_std SS RECORDER-1 TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_ssr2_avg SS RECORDER-2 TEMP D K mtasubsys sc_main_temp_avg _tcm_ssr2_lim SS RECORDER-2 TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_ssr2_std SS RECORDER-2 TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_tx1_avg TRANSPONDER-1 EXT BPL TEMP D K mtasubsys sc_main_temp_avg _tcm_tx1_lim TRANSPONDER-1 EXT BPL TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_tx1_std TRANSPONDER-1 EXT BPL TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_tx2_avg TRANSPONDER-2 EXT BPL TEMP D K mtasubsys sc_main_temp_avg _tcm_tx2_lim TRANSPONDER-2 EXT BPL TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_tx2_std TRANSPONDER-2 EXT BPL TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcm_uso_avg USO TEMP D K mtasubsys sc_main_temp_avg _tcm_uso_lim USO TEMP LIM. I mtasubsys sc_main_temp_avg _tcm_uso_std USO TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft1_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-1 D K mtasubsys sc_main_temp_avg _tcylaft1_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-1 LIM. I mtasubsys sc_main_temp_avg _tcylaft1_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-1 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft2_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-2 D K mtasubsys sc_main_temp_avg _tcylaft2_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-2 LIM. I mtasubsys sc_main_temp_avg _tcylaft2_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-2 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft3_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-3 D K mtasubsys sc_main_temp_avg _tcylaft3_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-3 LIM. I mtasubsys sc_main_temp_avg _tcylaft3_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-3 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft4_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-4 D K mtasubsys sc_main_temp_avg _tcylaft4_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-4 LIM. I mtasubsys sc_main_temp_avg _tcylaft4_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-4 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft5_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-5 D K mtasubsys sc_main_temp_avg _tcylaft5_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-5 LIM. I mtasubsys sc_main_temp_avg _tcylaft5_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-5 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylaft6_avg CNT CYL TEMP:16-IN FWD OF SC-TS FIT-6 D K mtasubsys sc_main_temp_avg _tcylaft6_lim CNT CYL TEMP:16-IN FWD OF SC-TS FIT-6 LIM. I mtasubsys sc_main_temp_avg _tcylaft6_std CNT CYL TEMP:16-IN FWD OF SC-TS FIT-6 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylcmm_avg CNT CYL TEMP: -Z CCDM COMP D K mtasubsys sc_main_temp_avg _tcylcmm_lim CNT CYL TEMP: -Z CCDM COMP LIM. I mtasubsys sc_main_temp_avg _tcylcmm_std CNT CYL TEMP: -Z CCDM COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcylfmzm_avg CNT CYL TEMP:-Z SIDE UNDER LAE-1 D K mtasubsys sc_main_temp_avg _tcylfmzm_lim CNT CYL TEMP:-Z SIDE UNDER LAE-1 LIM. I mtasubsys sc_main_temp_avg _tcylfmzm_std CNT CYL TEMP:-Z SIDE UNDER LAE-1 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylfmzp_avg CNT CYL TEMP:-Z SIDE UNDER LAE-2 D K mtasubsys sc_main_temp_avg _tcylfmzp_lim CNT CYL TEMP:-Z SIDE UNDER LAE-2 LIM. I mtasubsys sc_main_temp_avg _tcylfmzp_std CNT CYL TEMP:-Z SIDE UNDER LAE-2 STD. DEV. D K mtasubsys sc_main_temp_avg _tcylpcm_avg CNT CYL TEMP:-Z PCAD COMP D K mtasubsys sc_main_temp_avg _tcylpcm_lim CNT CYL TEMP:-Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tcylpcm_std CNT CYL TEMP:-Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcylpcp_avg CNT CYL TEMP:+Z PCAD COMP D K mtasubsys sc_main_temp_avg _tcylpcp_lim CNT CYL TEMP:+Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tcylpcp_std CNT CYL TEMP:+Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcylrwc_avg CNT CYL TEMP:RWA CRNR COMP D K mtasubsys sc_main_temp_avg _tcylrwc_lim CNT CYL TEMP:RWA CRNR COMP LIM. I mtasubsys sc_main_temp_avg _tcylrwc_std CNT CYL TEMP:RWA CRNR COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tcyz_rw1_avg RWA -1 TEMP (RWA CRNR COMP) D K mtasubsys sc_main_temp_avg _tcyz_rw1_lim RWA -1 TEMP (RWA CRNR COMP) LIM. I mtasubsys sc_main_temp_avg _tcyz_rw1_std RWA -1 TEMP (RWA CRNR COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tcyz_rw6_avg RWA -6 TEMP (RWA CRNR COMP) D K mtasubsys sc_main_temp_avg _tcyz_rw6_lim RWA -6 TEMP (RWA CRNR COMP) LIM. I mtasubsys sc_main_temp_avg _tcyz_rw6_std RWA -6 TEMP (RWA CRNR COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tep_bpan_avg BATT PNL TEMP OPPOSITE TEP_PPAN D K mtasubsys sc_main_temp_avg _tep_bpan_lim BATT PNL TEMP OPPOSITE TEP_PPAN LIM. I mtasubsys sc_main_temp_avg _tep_bpan_std BATT PNL TEMP OPPOSITE TEP_PPAN STD. DEV. D K mtasubsys sc_main_temp_avg _tep_eia_avg EIA TEMP D K mtasubsys sc_main_temp_avg _tep_eia_lim EIA TEMP LIM. I mtasubsys sc_main_temp_avg _tep_eia_std EIA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tep_pcu_avg PCU TEMP D K mtasubsys sc_main_temp_avg _tep_pcu_lim PCU TEMP LIM. I mtasubsys sc_main_temp_avg _tep_pcu_std PCU TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tep_ppan_avg PCU PNL TEMP OPPOSITE TEP_BPAN D K mtasubsys sc_main_temp_avg _tep_ppan_lim PCU PNL TEMP OPPOSITE TEP_BPAN LIM. I mtasubsys sc_main_temp_avg _tep_ppan_std PCU PNL TEMP OPPOSITE TEP_BPAN STD. DEV. D K mtasubsys sc_main_temp_avg _tep_psu1_avg PSU-1 TEMP D K mtasubsys sc_main_temp_avg _tep_psu1_lim PSU-1 TEMP LIM. I mtasubsys sc_main_temp_avg _tep_psu1_std PSU-1 TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tep_psu2_avg PSU-2 TEMP D K mtasubsys sc_main_temp_avg _tep_psu2_lim PSU-2 TEMP LIM. I mtasubsys sc_main_temp_avg _tep_psu2_std PSU-2 TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tep_rctu_avg RCTU-EP TEMP D K mtasubsys sc_main_temp_avg _tep_rctu_lim RCTU-EP TEMP LIM. I mtasubsys sc_main_temp_avg _tep_rctu_std RCTU-EP TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfspcmm_avg FWD SHEAR PANEL TEMP: - Z CCDM COMP D K mtasubsys sc_main_temp_avg _tfspcmm_lim FWD SHEAR PANEL TEMP: - Z CCDM COMP LIM. I mtasubsys sc_main_temp_avg _tfspcmm_std FWD SHEAR PANEL TEMP: - Z CCDM COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfspcmp_avg FWD SHEAR PANEL TEMP: +Z CCDM COMP D K mtasubsys sc_main_temp_avg _tfspcmp_lim FWD SHEAR PANEL TEMP: +Z CCDM COMP LIM. I mtasubsys sc_main_temp_avg _tfspcmp_std FWD SHEAR PANEL TEMP: +Z CCDM COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfsppcm_avg FWD SHEAR PANEL TEMP: -Z PCAD COMP D K mtasubsys sc_main_temp_avg _tfsppcm_lim FWD SHEAR PANEL TEMP: -Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tfsppcm_std FWD SHEAR PANEL TEMP: -Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfsppcp_avg FWD SHEAR PANEL TEMP: +Z PCAD COMP D K mtasubsys sc_main_temp_avg _tfsppcp_lim FWD SHEAR PANEL TEMP: +Z PCAD COMP LIM. I mtasubsys sc_main_temp_avg _tfsppcp_std FWD SHEAR PANEL TEMP: +Z PCAD COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfsppcu_avg FWD SHEAR PANEL: PCU COMP D K mtasubsys sc_main_temp_avg _tfsppcu_lim FWD SHEAR PANEL: PCU COMP LIM. I mtasubsys sc_main_temp_avg _tfsppcu_std FWD SHEAR PANEL: PCU COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tfsprwc_avg FWD SHEAR PANEL: RWA CRNR COMP D K mtasubsys sc_main_temp_avg _tfsprwc_lim FWD SHEAR PANEL: RWA CRNR COMP LIM. I mtasubsys sc_main_temp_avg _tfsprwc_std FWD SHEAR PANEL: RWA CRNR COMP STD. DEV. D K mtasubsys sc_main_temp_avg _tmysada_avg -Y SADA TEMP D K mtasubsys sc_main_temp_avg _tmysada_lim -Y SADA TEMP LIM. I mtasubsys sc_main_temp_avg _tmysada_std -Y SADA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tmzlgabm_avg -Z LOW-GAIN ANTENNA BOOM TEMP D K mtasubsys sc_main_temp_avg _tmzlgabm_lim -Z LOW-GAIN ANTENNA BOOM TEMP LIM. I mtasubsys sc_main_temp_avg _tmzlgabm_std -Z LOW-GAIN ANTENNA BOOM TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tmzp_cnt_avg -Z PNL TEMP:CENTER D K mtasubsys sc_main_temp_avg _tmzp_cnt_lim -Z PNL TEMP:CENTER LIM. I mtasubsys sc_main_temp_avg _tmzp_cnt_std -Z PNL TEMP:CENTER STD. DEV. D K mtasubsys sc_main_temp_avg _tmzp_my_avg -Z PNL TEMP:-Y SIDE D K mtasubsys sc_main_temp_avg _tmzp_my_lim -Z PNL TEMP:-Y SIDE LIM. I mtasubsys sc_main_temp_avg _tmzp_my_std -Z PNL TEMP:-Y SIDE STD. DEV. D K mtasubsys sc_main_temp_avg _tmzp_py_avg -Z PNL TEMP:+Y SIDE D K mtasubsys sc_main_temp_avg _tmzp_py_lim -Z PNL TEMP:+Y SIDE LIM. I mtasubsys sc_main_temp_avg _tmzp_py_std -Z PNL TEMP:+Y SIDE STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_cea_avg CEA TEMP D K mtasubsys sc_main_temp_avg _tpc_cea_lim CEA TEMP LIM. I mtasubsys sc_main_temp_avg _tpc_cea_std CEA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_dea_avg DEA TEMP D K mtasubsys sc_main_temp_avg _tpc_dea_lim DEA TEMP LIM. I mtasubsys sc_main_temp_avg _tpc_dea_std DEA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_ese_avg ESE TEMP D K mtasubsys sc_main_temp_avg _tpc_ese_lim ESE TEMP LIM. I mtasubsys sc_main_temp_avg _tpc_ese_std ESE TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_fsse_avg FSSE TEMP (BTWN UNITS) D K mtasubsys sc_main_temp_avg _tpc_fsse_lim FSSE TEMP (BTWN UNITS) LIM. I mtasubsys sc_main_temp_avg _tpc_fsse_std FSSE TEMP (BTWN UNITS) STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_pan_avg PCAD PNL TEMP (NEAR +X/+Z SA TIE-DOWN) D K mtasubsys sc_main_temp_avg _tpc_pan_lim PCAD PNL TEMP (NEAR +X/+Z SA TIE-DOWN) LIM. I mtasubsys sc_main_temp_avg _tpc_pan_std PCAD PNL TEMP (NEAR +X/+Z SA TIE-DOWN) STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_rctu_avg RCTU-PC TEMP D K mtasubsys sc_main_temp_avg _tpc_rctu_lim RCTU-PC TEMP LIM. I mtasubsys sc_main_temp_avg _tpc_rctu_std RCTU-PC TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpc_wda_avg WDA TEMP D K mtasubsys sc_main_temp_avg _tpc_wda_lim WDA TEMP LIM. I mtasubsys sc_main_temp_avg _tpc_wda_std WDA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpcm_rw4_avg RWA -4 TEMP (-Z PCAD COMP) D K mtasubsys sc_main_temp_avg _tpcm_rw4_lim RWA -4 TEMP (-Z PCAD COMP) LIM. I mtasubsys sc_main_temp_avg _tpcm_rw4_std RWA -4 TEMP (-Z PCAD COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tpcm_rw5_avg RWA -5 TEMP (-Z PCAD COMP) D K mtasubsys sc_main_temp_avg _tpcm_rw5_lim RWA -5 TEMP (-Z PCAD COMP) LIM. I mtasubsys sc_main_temp_avg _tpcm_rw5_std RWA -5 TEMP (-Z PCAD COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tpcp_rw2_avg RWA -2 TEMP (+Z PCAD COMP) D K mtasubsys sc_main_temp_avg _tpcp_rw2_lim RWA -2 TEMP (+Z PCAD COMP) LIM. I mtasubsys sc_main_temp_avg _tpcp_rw2_std RWA -2 TEMP (+Z PCAD COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tpcp_rw3_avg RWA -3 TEMP (+Z PCAD COMP) D K mtasubsys sc_main_temp_avg _tpcp_rw3_lim RWA -3 TEMP (+Z PCAD COMP) LIM. I mtasubsys sc_main_temp_avg _tpcp_rw3_std RWA -3 TEMP (+Z PCAD COMP) STD. DEV. D K mtasubsys sc_main_temp_avg _tpysada_avg +Y SADA TEMP D K mtasubsys sc_main_temp_avg _tpysada_lim +Y SADA TEMP LIM. I mtasubsys sc_main_temp_avg _tpysada_std +Y SADA TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tpzlgabm_avg +Z LOW-GAIN ANTENNA BOOM TEMP D K mtasubsys sc_main_temp_avg _tpzlgabm_lim +Z LOW-GAIN ANTENNA BOOM TEMP LIM. I mtasubsys sc_main_temp_avg _tpzlgabm_std +Z LOW-GAIN ANTENNA BOOM TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tsamyt_avg -Y WING SOLAR ARRAY TEMP D K mtasubsys sc_main_temp_avg _tsamyt_lim -Y WING SOLAR ARRAY TEMP LIM. I mtasubsys sc_main_temp_avg _tsamyt_std -Y WING SOLAR ARRAY TEMP STD. DEV. D K mtasubsys sc_main_temp_avg _tsapyt_avg +Y WING SOLAR ARRAY TEMP D K mtasubsys sc_main_temp_avg _tsapyt_lim +Y WING SOLAR ARRAY TEMP LIM. I mtasubsys sc_main_temp_avg _tsapyt_std +Y WING SOLAR ARRAY TEMP STD. DEV. D K mtasubsys spcelec_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys spcelec_avg _ade1p5cv_avg ADE- 1 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _ade1p5cv_lim ADE- 1 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _ade1p5cv_std ADE- 1 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _ade2p5cv_avg ADE- 2 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _ade2p5cv_lim ADE- 2 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _ade2p5cv_std ADE- 2 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _ahknatpr_avg HOT KNIFE TLM PRI D V mtasubsys spcelec_avg _ahknatpr_lim HOT KNIFE TLM PRI LIM. I mtasubsys spcelec_avg _ahknatpr_std HOT KNIFE TLM PRI STD. DEV. D V mtasubsys spcelec_avg _ahknatrd_avg HOT KNIFE TLM RDNT D V mtasubsys spcelec_avg _ahknatrd_lim HOT KNIFE TLM RDNT LIM. I mtasubsys spcelec_avg _ahknatrd_std HOT KNIFE TLM RDNT STD. DEV. D V mtasubsys spcelec_avg _avacmonv_avg VAC MON ION GAUGE VOLT TLM D V mtasubsys spcelec_avg _avacmonv_lim VAC MON ION GAUGE VOLT TLM LIM. I mtasubsys spcelec_avg _avacmonv_std VAC MON ION GAUGE VOLT TLM STD. DEV. D V mtasubsys spcelec_avg _avd1cv5v_avg VDE-1 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _avd1cv5v_lim VDE-1 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _avd1cv5v_std VDE-1 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _avd2cv5v_avg VDE-2 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _avd2cv5v_lim VDE-2 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _avd2cv5v_std VDE-2 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd1cv5v_avg WDE-1 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd1cv5v_lim WDE-1 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd1cv5v_std WDE-1 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd1tqi_avg WHEEL 1 TORQUE CURRENT D A mtasubsys spcelec_avg _awd1tqi_lim WHEEL 1 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd1tqi_std WHEEL 1 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _awd2cv5v_avg WDE-2 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd2cv5v_lim WDE-2 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd2cv5v_std WDE-2 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd2tqi_avg WHEEL 2 TORQUE CURRENT D A mtasubsys spcelec_avg _awd2tqi_lim WHEEL 2 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd2tqi_std WHEEL 2 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _awd3cv5v_avg WDE-3 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd3cv5v_lim WDE-3 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd3cv5v_std WDE-3 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd3tqi_avg WHEEL 3 TORQUE CURRENT D A mtasubsys spcelec_avg _awd3tqi_lim WHEEL 3 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd3tqi_std WHEEL 3 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _awd4cv5v_avg WDE-4 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd4cv5v_lim WDE-4 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd4cv5v_std WDE-4 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd4tqi_avg WHEEL 4 TORQUE CURRENT D A mtasubsys spcelec_avg _awd4tqi_lim WHEEL 4 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd4tqi_std WHEEL 4 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _awd5cv5v_avg WDE-5 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd5cv5v_lim WDE-5 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd5cv5v_std WDE-5 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd5tqi_avg WHEEL 5 TORQUE CURRENT D A mtasubsys spcelec_avg _awd5tqi_lim WHEEL 5 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd5tqi_std WHEEL 5 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _awd6cv5v_avg WDE-6 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _awd6cv5v_lim WDE-6 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _awd6cv5v_std WDE-6 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _awd6tqi_avg WHEEL 6 TORQUE CURRENT D A mtasubsys spcelec_avg _awd6tqi_lim WHEEL 6 TORQUE CURRENT LIM. I mtasubsys spcelec_avg _awd6tqi_std WHEEL 6 TORQUE CURRENT STD. DEV. D A mtasubsys spcelec_avg _cveep_avg +5VEE (EEPROM POWER GATED +5V) PRI D V mtasubsys spcelec_avg _cveep_lim +5VEE (EEPROM POWER GATED +5V) PRI LIM. I mtasubsys spcelec_avg _cveep_std +5VEE (EEPROM POWER GATED +5V) PRI STD. DEV. D V mtasubsys spcelec_avg _cveer_avg +5VEE (EEPROM POWER GATED +5V) RDNT D V mtasubsys spcelec_avg _cveer_lim +5VEE (EEPROM POWER GATED +5V) RDNT LIM. I mtasubsys spcelec_avg _cveer_std +5VEE (EEPROM POWER GATED +5V) RDNT STD. DEV. D V mtasubsys spcelec_avg _edissnpr_avg BATT DISCN SENSOR PRI D mtasubsys spcelec_avg _edissnpr_lim BATT DISCN SENSOR PRI LIM. I mtasubsys spcelec_avg _edissnpr_std BATT DISCN SENSOR PRI STD. DEV. D mtasubsys spcelec_avg _elbi_avg LOAD BUS CURRENT (HIGH RANGE) D A mtasubsys spcelec_avg _elbi_lim LOAD BUS CURRENT (HIGH RANGE) LIM. I mtasubsys spcelec_avg _elbi_std LOAD BUS CURRENT (HIGH RANGE) STD. DEV. D A mtasubsys spcelec_avg _elbv_avg LOAD BUS VOLTAGE D V mtasubsys spcelec_avg _elbv_lim LOAD BUS VOLTAGE LIM. I mtasubsys spcelec_avg _elbv_std LOAD BUS VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _epovspr_avg O/V SENSOR PRI D mtasubsys spcelec_avg _epovspr_lim O/V SENSOR PRI LIM. I mtasubsys spcelec_avg _epovspr_std O/V SENSOR PRI STD. DEV. D mtasubsys spcelec_avg _es1p5cv_avg ES-1 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _es1p5cv_lim ES-1 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _es1p5cv_std ES-1 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _es2p5cv_avg ES-2 +5V CONVERTER VOLTAGE D V mtasubsys spcelec_avg _es2p5cv_lim ES-2 +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelec_avg _es2p5cv_std ES-2 +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelec_avg _esamyi_avg S/A -Y CURRENT D A mtasubsys spcelec_avg _esamyi_lim S/A -Y CURRENT LIM. I mtasubsys spcelec_avg _esamyi_std S/A -Y CURRENT STD. DEV. D A mtasubsys spcelec_avg _esapyi_avg S/A +Y CURRENT D A mtasubsys spcelec_avg _esapyi_lim S/A +Y CURRENT LIM. I mtasubsys spcelec_avg _esapyi_std S/A +Y CURRENT STD. DEV. D A mtasubsys spcelec_avg _euvsenpr_avg U/V SENSOR PRI D mtasubsys spcelec_avg _euvsenpr_lim U/V SENSOR PRI LIM. I mtasubsys spcelec_avg _euvsenpr_std U/V SENSOR PRI STD. DEV. D mtasubsys spcelec_avg _obattpwr_avg BATTERIES COMPUTED TOTAL POWER -- OBATTPWR D mtasubsys spcelec_avg _obattpwr_lim BATTERIES COMPUTED TOTAL POWER -- OBATTPWR LIM. I mtasubsys spcelec_avg _obattpwr_std BATTERIES COMPUTED TOTAL POWER -- OBATTPWR STD. DEV. D mtasubsys spcelec_avg _ohrmapwr_avg HRMA COMPUTED TOTAL POWER D W mtasubsys spcelec_avg _ohrmapwr_lim HRMA COMPUTED TOTAL POWER LIM. I mtasubsys spcelec_avg _ohrmapwr_std HRMA COMPUTED TOTAL POWER STD. DEV. D W mtasubsys spcelec_avg _oobapwr_avg OBA COMPUTED TOTAL POWER D W mtasubsys spcelec_avg _oobapwr_lim OBA COMPUTED TOTAL POWER LIM. I mtasubsys spcelec_avg _oobapwr_std OBA COMPUTED TOTAL POWER STD. DEV. D W mtasubsys spceleca_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys spceleca_avg _acpa5cv_avg CPE A +5V CONVERTER VOLTAGE D V mtasubsys spceleca_avg _acpa5cv_lim CPE A +5V CONVERTER VOLTAGE LIM. I mtasubsys spceleca_avg _acpa5cv_std CPE A +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _aflc10ai_avg FLCA DIODE 10 CURRENT-A D mA mtasubsys spceleca_avg _aflc10ai_lim FLCA DIODE 10 CURRENT-A LIM. I mtasubsys spceleca_avg _aflc10ai_std FLCA DIODE 10 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflc11ai_avg FLCA DIODE 11 CURRENT-A D mA mtasubsys spceleca_avg _aflc11ai_lim FLCA DIODE 11 CURRENT-A LIM. I mtasubsys spceleca_avg _aflc11ai_std FLCA DIODE 11 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflc12ai_avg FLCA DIODE 12 CURRENT-A D mA mtasubsys spceleca_avg _aflc12ai_lim FLCA DIODE 12 CURRENT-A LIM. I mtasubsys spceleca_avg _aflc12ai_std FLCA DIODE 12 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflc13ai_avg FLCA DIODE 13 CURRENT-A D mA mtasubsys spceleca_avg _aflc13ai_lim FLCA DIODE 13 CURRENT-A LIM. I mtasubsys spceleca_avg _aflc13ai_std FLCA DIODE 13 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflc14ai_avg FLCA DIODE 14 CURRENT-A D mA mtasubsys spceleca_avg _aflc14ai_lim FLCA DIODE 14 CURRENT-A LIM. I mtasubsys spceleca_avg _aflc14ai_std FLCA DIODE 14 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca1ai_avg FLCA DIODE 1 CURRENT-A D mA mtasubsys spceleca_avg _aflca1ai_lim FLCA DIODE 1 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca1ai_std FLCA DIODE 1 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca2ai_avg FLCA DIODE 2 CURRENT-A D mA mtasubsys spceleca_avg _aflca2ai_lim FLCA DIODE 2 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca2ai_std FLCA DIODE 2 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca3ai_avg FLCA DIODE 3 CURRENT-A D mA mtasubsys spceleca_avg _aflca3ai_lim FLCA DIODE 3 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca3ai_std FLCA DIODE 3 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca4ai_avg FLCA DIODE 4 CURRENT-A D mA mtasubsys spceleca_avg _aflca4ai_lim FLCA DIODE 4 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca4ai_std FLCA DIODE 4 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca5ai_avg FLCA DIODE 5 CURRENT-A D mA mtasubsys spceleca_avg _aflca5ai_lim FLCA DIODE 5 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca5ai_std FLCA DIODE 5 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca6ai_avg FLCA DIODE 6 CURRENT-A D mA mtasubsys spceleca_avg _aflca6ai_lim FLCA DIODE 6 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca6ai_std FLCA DIODE 6 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca7ai_avg FLCA DIODE 7 CURRENT-A D mA mtasubsys spceleca_avg _aflca7ai_lim FLCA DIODE 7 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca7ai_std FLCA DIODE 7 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca8ai_avg FLCA DIODE 8 CURRENT-A D mA mtasubsys spceleca_avg _aflca8ai_lim FLCA DIODE 8 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca8ai_std FLCA DIODE 8 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflca9ai_avg FLCA DIODE 9 CURRENT-A D mA mtasubsys spceleca_avg _aflca9ai_lim FLCA DIODE 9 CURRENT-A LIM. I mtasubsys spceleca_avg _aflca9ai_std FLCA DIODE 9 CURRENT-A STD. DEV. D mA mtasubsys spceleca_avg _aflcaah_avg FLCA SOH_A D V mtasubsys spceleca_avg _aflcaah_lim FLCA SOH_A LIM. I mtasubsys spceleca_avg _aflcaah_std FLCA SOH_A STD. DEV. D V mtasubsys spceleca_avg _aioap5cv_avg IOE A +5V CONVERTER VOLTAGE D V mtasubsys spceleca_avg _aioap5cv_lim IOE A +5V CONVERTER VOLTAGE LIM. I mtasubsys spceleca_avg _aioap5cv_std IOE A +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _aovapwr_avg PRIME VDE PWR ENABLE STAT (MOM) D mtasubsys spceleca_avg _aovapwr_lim PRIME VDE PWR ENABLE STAT (MOM) LIM. I mtasubsys spceleca_avg _aovapwr_std PRIME VDE PWR ENABLE STAT (MOM) STD. DEV. D mtasubsys spceleca_avg _aspea5cv_avg SPE-A +5V CONVERTER VOLTAGE D V mtasubsys spceleca_avg _aspea5cv_lim SPE-A +5V CONVERTER VOLTAGE LIM. I mtasubsys spceleca_avg _aspea5cv_std SPE-A +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _c28vmona_avg 28V MONITOR - A D V mtasubsys spceleca_avg _c28vmona_lim 28V MONITOR - A LIM. I mtasubsys spceleca_avg _c28vmona_std 28V MONITOR - A STD. DEV. D V mtasubsys spceleca_avg _ciua15v_avg +15V IU A D V mtasubsys spceleca_avg _ciua15v_lim +15V IU A LIM. I mtasubsys spceleca_avg _ciua15v_std +15V IU A STD. DEV. D V mtasubsys spceleca_avg _ciua5v_avg +5V IU A D V mtasubsys spceleca_avg _ciua5v_lim +5V IU A LIM. I mtasubsys spceleca_avg _ciua5v_std +5V IU A STD. DEV. D V mtasubsys spceleca_avg _cpa1pwr_avg POWER AMP-1 OUTPUT POWER D mtasubsys spceleca_avg _cpa1pwr_lim POWER AMP-1 OUTPUT POWER LIM. I mtasubsys spceleca_avg _cpa1pwr_std POWER AMP-1 OUTPUT POWER STD. DEV. D mtasubsys spceleca_avg _cpa1v_avg POWER AMP-1 SECONDARY VOLTAGE D V mtasubsys spceleca_avg _cpa1v_lim POWER AMP-1 SECONDARY VOLTAGE LIM. I mtasubsys spceleca_avg _cpa1v_std POWER AMP-1 SECONDARY VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _cpa2pwr_avg POWER AMP-2 OUTPUT POWER D mtasubsys spceleca_avg _cpa2pwr_lim POWER AMP-2 OUTPUT POWER LIM. I mtasubsys spceleca_avg _cpa2pwr_std POWER AMP-2 OUTPUT POWER STD. DEV. D mtasubsys spceleca_avg _cpa2v_avg POWER AMP-2 SECONDARY VOLTAGE D V mtasubsys spceleca_avg _cpa2v_lim POWER AMP-2 SECONDARY VOLTAGE LIM. I mtasubsys spceleca_avg _cpa2v_std POWER AMP-2 SECONDARY VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _cpca15v_avg +15V RCTU_PC A D V mtasubsys spceleca_avg _cpca15v_lim +15V RCTU_PC A LIM. I mtasubsys spceleca_avg _cpca15v_std +15V RCTU_PC A STD. DEV. D V mtasubsys spceleca_avg _cpca5v_avg +5V RCTU_PC A D V mtasubsys spceleca_avg _cpca5v_lim +5V RCTU_PC A LIM. I mtasubsys spceleca_avg _cpca5v_std +5V RCTU_PC A STD. DEV. D V mtasubsys spceleca_avg _crxav_avg RECEIVER A SECONDARY VOLTAGE D V mtasubsys spceleca_avg _crxav_lim RECEIVER A SECONDARY VOLTAGE LIM. I mtasubsys spceleca_avg _crxav_std RECEIVER A SECONDARY VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _csita15v_avg +15V RCTU-SI TP-A D V mtasubsys spceleca_avg _csita15v_lim +15V RCTU-SI TP-A LIM. I mtasubsys spceleca_avg _csita15v_std +15V RCTU-SI TP-A STD. DEV. D V mtasubsys spceleca_avg _csita5v_avg +5V RCTU-SI TP-A D V mtasubsys spceleca_avg _csita5v_lim +5V RCTU-SI TP-A LIM. I mtasubsys spceleca_avg _csita5v_std +5V RCTU-SI TP-A STD. DEV. D V mtasubsys spceleca_avg _cssr1cav_avg SSR-1 CONVERTER A VOLTAGE D V mtasubsys spceleca_avg _cssr1cav_lim SSR-1 CONVERTER A VOLTAGE LIM. I mtasubsys spceleca_avg _cssr1cav_std SSR-1 CONVERTER A VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _ctsa15v_avg +15V RCTU_TS A D V mtasubsys spceleca_avg _ctsa15v_lim +15V RCTU_TS A LIM. I mtasubsys spceleca_avg _ctsa15v_std +15V RCTU_TS A STD. DEV. D V mtasubsys spceleca_avg _ctsa5v_avg +5V RCTU_TS A D V mtasubsys spceleca_avg _ctsa5v_lim +5V RCTU_TS A LIM. I mtasubsys spceleca_avg _ctsa5v_std +5V RCTU_TS A STD. DEV. D V mtasubsys spceleca_avg _ctua15v_avg +15V CTU A D V mtasubsys spceleca_avg _ctua15v_lim +15V CTU A LIM. I mtasubsys spceleca_avg _ctua15v_std +15V CTU A STD. DEV. D V mtasubsys spceleca_avg _ctua5v_avg +5V CTU A D V mtasubsys spceleca_avg _ctua5v_lim +5V CTU A LIM. I mtasubsys spceleca_avg _ctua5v_std +5V CTU A STD. DEV. D V mtasubsys spceleca_avg _ctxapwr_avg TRANSMITTER A OUTPUT POWER D mtasubsys spceleca_avg _ctxapwr_lim TRANSMITTER A OUTPUT POWER LIM. I mtasubsys spceleca_avg _ctxapwr_std TRANSMITTER A OUTPUT POWER STD. DEV. D mtasubsys spceleca_avg _ctxav_avg TRANSMITTER A SECONDARY VOLTAGE D V mtasubsys spceleca_avg _ctxav_lim TRANSMITTER A SECONDARY VOLTAGE LIM. I mtasubsys spceleca_avg _ctxav_std TRANSMITTER A SECONDARY VOLTAGE STD. DEV. D V mtasubsys spceleca_avg _cusoa28v_avg +28V USO A D V mtasubsys spceleca_avg _cusoa28v_lim +28V USO A LIM. I mtasubsys spceleca_avg _cusoa28v_std +28V USO A STD. DEV. D V mtasubsys spceleca_avg _cxo5voba_avg XO 5V OBC-A D V mtasubsys spceleca_avg _cxo5voba_lim XO 5V OBC-A LIM. I mtasubsys spceleca_avg _cxo5voba_std XO 5V OBC-A STD. DEV. D V mtasubsys spceleca_avg _eiacvav_avg EIA CONV A ANALOG TLM D V mtasubsys spceleca_avg _eiacvav_lim EIA CONV A ANALOG TLM LIM. I mtasubsys spceleca_avg _eiacvav_std EIA CONV A ANALOG TLM STD. DEV. D V mtasubsys spceleca_avg _epa15v_avg +15V RCTU_EP A D V mtasubsys spceleca_avg _epa15v_lim +15V RCTU_EP A LIM. I mtasubsys spceleca_avg _epa15v_std +15V RCTU_EP A STD. DEV. D V mtasubsys spcelecb_avg Navg NUMBER OF SAMPLES IN AVG. I mtasubsys spcelecb_avg _acpb5cv_avg CPE B +5V CONVERTER VOLTAGE D V mtasubsys spcelecb_avg _acpb5cv_lim CPE B +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelecb_avg _acpb5cv_std CPE B +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _aflc10bi_avg FLCA DIODE 10 CURRENT-B D mA mtasubsys spcelecb_avg _aflc10bi_lim FLCA DIODE 10 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflc10bi_std FLCA DIODE 10 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflc11bi_avg FLCA DIODE 11 CURRENT-B D mA mtasubsys spcelecb_avg _aflc11bi_lim FLCA DIODE 11 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflc11bi_std FLCA DIODE 11 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflc12bi_avg FLCA DIODE 12 CURRENT-B D mA mtasubsys spcelecb_avg _aflc12bi_lim FLCA DIODE 12 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflc12bi_std FLCA DIODE 12 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflc13bi_avg FLCA DIODE 13 CURRENT-B D mA mtasubsys spcelecb_avg _aflc13bi_lim FLCA DIODE 13 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflc13bi_std FLCA DIODE 13 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflc14bi_avg FLCA DIODE 14 CURRENT-B D mA mtasubsys spcelecb_avg _aflc14bi_lim FLCA DIODE 14 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflc14bi_std FLCA DIODE 14 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca1bi_avg FLCA DIODE 1 CURRENT-B D mA mtasubsys spcelecb_avg _aflca1bi_lim FLCA DIODE 1 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca1bi_std FLCA DIODE 1 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca2bi_avg FLCA DIODE 2 CURRENT-B D mA mtasubsys spcelecb_avg _aflca2bi_lim FLCA DIODE 2 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca2bi_std FLCA DIODE 2 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca3bi_avg FLCA DIODE 3 CURRENT-B D mA mtasubsys spcelecb_avg _aflca3bi_lim FLCA DIODE 3 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca3bi_std FLCA DIODE 3 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca4bi_avg FLCA DIODE 4 CURRENT-B D mA mtasubsys spcelecb_avg _aflca4bi_lim FLCA DIODE 4 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca4bi_std FLCA DIODE 4 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca5bi_avg FLCA DIODE 5 CURRENT-B D mA mtasubsys spcelecb_avg _aflca5bi_lim FLCA DIODE 5 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca5bi_std FLCA DIODE 5 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca6bi_avg FLCA DIODE 6 CURRENT-B D mA mtasubsys spcelecb_avg _aflca6bi_lim FLCA DIODE 6 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca6bi_std FLCA DIODE 6 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca7bi_avg FLCA DIODE 7 CURRENT-B D mA mtasubsys spcelecb_avg _aflca7bi_lim FLCA DIODE 7 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca7bi_std FLCA DIODE 7 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca8bi_avg FLCA DIODE 8 CURRENT-B D mA mtasubsys spcelecb_avg _aflca8bi_lim FLCA DIODE 8 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca8bi_std FLCA DIODE 8 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflca9bi_avg FLCA DIODE 9 CURRENT-B D mA mtasubsys spcelecb_avg _aflca9bi_lim FLCA DIODE 9 CURRENT-B LIM. I mtasubsys spcelecb_avg _aflca9bi_std FLCA DIODE 9 CURRENT-B STD. DEV. D mA mtasubsys spcelecb_avg _aflcabh_avg FLCA SOH_B D V mtasubsys spcelecb_avg _aflcabh_lim FLCA SOH_B LIM. I mtasubsys spcelecb_avg _aflcabh_std FLCA SOH_B STD. DEV. D V mtasubsys spcelecb_avg _aiobp5cv_avg IOE B +5V CONVERTER VOLTAGE D V mtasubsys spcelecb_avg _aiobp5cv_lim IOE B +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelecb_avg _aiobp5cv_std IOE B +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _aovbpwr_avg REDUNDANT VDE PWR ENABLE STAT (MOM) D mtasubsys spcelecb_avg _aovbpwr_lim REDUNDANT VDE PWR ENABLE STAT (MOM) LIM. I mtasubsys spcelecb_avg _aovbpwr_std REDUNDANT VDE PWR ENABLE STAT (MOM) STD. DEV. D mtasubsys spcelecb_avg _aspeb5cv_avg SPE-B +5V CONVERTER VOLTAGE D V mtasubsys spcelecb_avg _aspeb5cv_lim SPE-B +5V CONVERTER VOLTAGE LIM. I mtasubsys spcelecb_avg _aspeb5cv_std SPE-B +5V CONVERTER VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _c28vmonb_avg 28V MONITOR - B D V mtasubsys spcelecb_avg _c28vmonb_lim 28V MONITOR - B LIM. I mtasubsys spcelecb_avg _c28vmonb_std 28V MONITOR - B STD. DEV. D V mtasubsys spcelecb_avg _ciub15v_avg +15V IU B D V mtasubsys spcelecb_avg _ciub15v_lim +15V IU B LIM. I mtasubsys spcelecb_avg _ciub15v_std +15V IU B STD. DEV. D V mtasubsys spcelecb_avg _ciub5v_avg +5V IU B D V mtasubsys spcelecb_avg _ciub5v_lim +5V IU B LIM. I mtasubsys spcelecb_avg _ciub5v_std +5V IU B STD. DEV. D V mtasubsys spcelecb_avg _cpcb15v_avg +15V RCTU_PC B D V mtasubsys spcelecb_avg _cpcb15v_lim +15V RCTU_PC B LIM. I mtasubsys spcelecb_avg _cpcb15v_std +15V RCTU_PC B STD. DEV. D V mtasubsys spcelecb_avg _cpcb5v_avg +5V RCTU_PC B D V mtasubsys spcelecb_avg _cpcb5v_lim +5V RCTU_PC B LIM. I mtasubsys spcelecb_avg _cpcb5v_std +5V RCTU_PC B STD. DEV. D V mtasubsys spcelecb_avg _crxbv_avg RECEIVER B SECONDARY VOLTAGE D V mtasubsys spcelecb_avg _crxbv_lim RECEIVER B SECONDARY VOLTAGE LIM. I mtasubsys spcelecb_avg _crxbv_std RECEIVER B SECONDARY VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _csitb15v_avg +15V RCTU-SI TP-B D V mtasubsys spcelecb_avg _csitb15v_lim +15V RCTU-SI TP-B LIM. I mtasubsys spcelecb_avg _csitb15v_std +15V RCTU-SI TP-B STD. DEV. D V mtasubsys spcelecb_avg _csitb5v_avg +5V RCTU-SI TP-B D V mtasubsys spcelecb_avg _csitb5v_lim +5V RCTU-SI TP-B LIM. I mtasubsys spcelecb_avg _csitb5v_std +5V RCTU-SI TP-B STD. DEV. D V mtasubsys spcelecb_avg _cssr2cbv_avg SSR-2 CONVERTER B VOLTAGE D V mtasubsys spcelecb_avg _cssr2cbv_lim SSR-2 CONVERTER B VOLTAGE LIM. I mtasubsys spcelecb_avg _cssr2cbv_std SSR-2 CONVERTER B VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _ctsb15v_avg +15V RCTU_TS B D V mtasubsys spcelecb_avg _ctsb15v_lim +15V RCTU_TS B LIM. I mtasubsys spcelecb_avg _ctsb15v_std +15V RCTU_TS B STD. DEV. D V mtasubsys spcelecb_avg _ctsb5v_avg +5V RCTU_TS B D V mtasubsys spcelecb_avg _ctsb5v_lim +5V RCTU_TS B LIM. I mtasubsys spcelecb_avg _ctsb5v_std +5V RCTU_TS B STD. DEV. D V mtasubsys spcelecb_avg _ctub15v_avg +15V CTU B D V mtasubsys spcelecb_avg _ctub15v_lim +15V CTU B LIM. I mtasubsys spcelecb_avg _ctub15v_std +15V CTU B STD. DEV. D V mtasubsys spcelecb_avg _ctub5v_avg +5V CTU B D V mtasubsys spcelecb_avg _ctub5v_lim +5V CTU B LIM. I mtasubsys spcelecb_avg _ctub5v_std +5V CTU B STD. DEV. D V mtasubsys spcelecb_avg _ctxbpwr_avg TRANSMITTER B OUTPUT POWER D mtasubsys spcelecb_avg _ctxbpwr_lim TRANSMITTER B OUTPUT POWER LIM. I mtasubsys spcelecb_avg _ctxbpwr_std TRANSMITTER B OUTPUT POWER STD. DEV. D mtasubsys spcelecb_avg _ctxbv_avg TRANSMITTER B SECONDARY VOLTAGE D V mtasubsys spcelecb_avg _ctxbv_lim TRANSMITTER B SECONDARY VOLTAGE LIM. I mtasubsys spcelecb_avg _ctxbv_std TRANSMITTER B SECONDARY VOLTAGE STD. DEV. D V mtasubsys spcelecb_avg _cusob28v_avg +28V USO B D V mtasubsys spcelecb_avg _cusob28v_lim +28V USO B LIM. I mtasubsys spcelecb_avg _cusob28v_std +28V USO B STD. DEV. D V mtasubsys spcelecb_avg _cxo5vobb_avg XO 5V OBC-B D V mtasubsys spcelecb_avg _cxo5vobb_lim XO 5V OBC-B LIM. I mtasubsys spcelecb_avg _cxo5vobb_std XO 5V OBC-B STD. DEV. D V mtasubsys spcelecb_avg _eiacvbv_avg EIA CONV B ANALOG TLM D V mtasubsys spcelecb_avg _eiacvbv_lim EIA CONV B ANALOG TLM LIM. I mtasubsys spcelecb_avg _eiacvbv_std EIA CONV B ANALOG TLM STD. DEV. D V mtasubsys spcelecb_avg _epb15v_avg +15V RCTU_EP B D V mtasubsys spcelecb_avg _epb15v_lim +15V RCTU_EP B LIM. I mtasubsys spcelecb_avg _epb15v_std +15V RCTU_EP B STD. DEV. D V mtatel gratgen_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel gratgen_avg _4hposaro_avg HETG ROTATION ANGLE POSITION MONITOR A D deg mtatel gratgen_avg _4hposaro_lim HETG ROTATION ANGLE POSITION MONITOR A LIM. I mtatel gratgen_avg _4hposaro_std HETG ROTATION ANGLE POSITION MONITOR A STD. DEV. D deg mtatel gratgen_avg _4hposbro_avg HETG ROTATION ANGLE POSITION MONITOR B D deg mtatel gratgen_avg _4hposbro_lim HETG ROTATION ANGLE POSITION MONITOR B LIM. I mtatel gratgen_avg _4hposbro_std HETG ROTATION ANGLE POSITION MONITOR B STD. DEV. D deg mtatel gratgen_avg _4lposaro_avg LETG ROTATION ANGLE POSITION MONITOR A D deg mtatel gratgen_avg _4lposaro_lim LETG ROTATION ANGLE POSITION MONITOR A LIM. I mtatel gratgen_avg _4lposaro_std LETG ROTATION ANGLE POSITION MONITOR A STD. DEV. D deg mtatel gratgen_avg _4lposbro_avg LETG ROTATION ANGLE POSITION MONITOR B D deg mtatel gratgen_avg _4lposbro_lim LETG ROTATION ANGLE POSITION MONITOR B LIM. I mtatel gratgen_avg _4lposbro_std LETG ROTATION ANGLE POSITION MONITOR B STD. DEV. D deg mtatel gratgen_avg _4mp28av_avg MCE A: +28 VOLT MONITOR D V mtatel gratgen_avg _4mp28av_lim MCE A: +28 VOLT MONITOR LIM. I mtatel gratgen_avg _4mp28av_std MCE A: +28 VOLT MONITOR STD. DEV. D V mtatel gratgen_avg _4mp28bv_avg MCE B: +28 VOLT MONITOR D V mtatel gratgen_avg _4mp28bv_lim MCE B: +28 VOLT MONITOR LIM. I mtatel gratgen_avg _4mp28bv_std MCE B: +28 VOLT MONITOR STD. DEV. D V mtatel gratgen_avg _4mp5av_avg MCE A: +5 VOLT MONITOR D V mtatel gratgen_avg _4mp5av_lim MCE A: +5 VOLT MONITOR LIM. I mtatel gratgen_avg _4mp5av_std MCE A: +5 VOLT MONITOR STD. DEV. D V mtatel gratgen_avg _4mp5bv_avg MCE B: +5 VOLT MONITOR D V mtatel gratgen_avg _4mp5bv_lim MCE B: +5 VOLT MONITOR LIM. I mtatel gratgen_avg _4mp5bv_std MCE B: +5 VOLT MONITOR STD. DEV. D V mtatel hrmagrad_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel hrmagrad_avg _ohrmgrd1_avg IP INTERNAL CALIBRATION HRMA GM CH. 0 D mtatel hrmagrad_avg _ohrmgrd1_lim IP INTERNAL CALIBRATION HRMA GM CH. 0 LIM. I mtatel hrmagrad_avg _ohrmgrd1_std IP INTERNAL CALIBRATION HRMA GM CH. 0 STD. DEV. D mtatel hrmagrad_avg _ohrmgrd2_avg IP INTERNAL CALIBRATION HRMA GM CH. 1 D mtatel hrmagrad_avg _ohrmgrd2_lim IP INTERNAL CALIBRATION HRMA GM CH. 1 LIM. I mtatel hrmagrad_avg _ohrmgrd2_std IP INTERNAL CALIBRATION HRMA GM CH. 1 STD. DEV. D mtatel hrmagrad_avg _ohrmgrd3_avg RT 500 TO RT 502: CAP GRADIENT MONITOR D K mtatel hrmagrad_avg _ohrmgrd3_lim RT 500 TO RT 502: CAP GRADIENT MONITOR LIM. I mtatel hrmagrad_avg _ohrmgrd3_std RT 500 TO RT 502: CAP GRADIENT MONITOR STD. DEV. D K mtatel hrmagrad_avg _ohrmgrd4_avg IP INTERNAL CALIBRATION HRMA GM CH. 3 D mtatel hrmagrad_avg _ohrmgrd4_lim IP INTERNAL CALIBRATION HRMA GM CH. 3 LIM. I mtatel hrmagrad_avg _ohrmgrd4_std IP INTERNAL CALIBRATION HRMA GM CH. 3 STD. DEV. D mtatel hrmagrad_avg _ohrmgrd5_avg IP INTERNAL CALIBRATION HRMA GM CH. 4 D mtatel hrmagrad_avg _ohrmgrd5_lim IP INTERNAL CALIBRATION HRMA GM CH. 4 LIM. I mtatel hrmagrad_avg _ohrmgrd5_std IP INTERNAL CALIBRATION HRMA GM CH. 4 STD. DEV. D mtatel hrmagrad_avg _ohrmgrd6_avg RT 503 TO RT 501: CAP GRADIENT MONITOR D K mtatel hrmagrad_avg _ohrmgrd6_lim RT 503 TO RT 501: CAP GRADIENT MONITOR LIM. I mtatel hrmagrad_avg _ohrmgrd6_std RT 503 TO RT 501: CAP GRADIENT MONITOR STD. DEV. D K mtatel hrmagrad_avg _ohrmgrd7_avg IP INTERNAL CALIBRATION HRMA GM CH. 6 D mtatel hrmagrad_avg _ohrmgrd7_lim IP INTERNAL CALIBRATION HRMA GM CH. 6 LIM. I mtatel hrmagrad_avg _ohrmgrd7_std IP INTERNAL CALIBRATION HRMA GM CH. 6 STD. DEV. D mtatel hrmagrad_avg _ohrmgrd8_avg IP INTERNAL CALIBRATION HRMA GM CH. 7 D mtatel hrmagrad_avg _ohrmgrd8_lim IP INTERNAL CALIBRATION HRMA GM CH. 7 LIM. I mtatel hrmagrad_avg _ohrmgrd8_std IP INTERNAL CALIBRATION HRMA GM CH. 7 STD. DEV. D mtatel hrmaheaters_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel hrmaheaters_avg _ohrthr01_avg IP INTERNAL CALIBRATION HRMA CH. 0 D mtatel hrmaheaters_avg _ohrthr01_lim IP INTERNAL CALIBRATION HRMA CH. 0 LIM. I mtatel hrmaheaters_avg _ohrthr01_std IP INTERNAL CALIBRATION HRMA CH. 0 STD. DEV. D mtatel hrmaheaters_avg _ohrthr02_avg RT 2: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr02_lim RT 2: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr02_std RT 2: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr03_avg RT 5: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr03_lim RT 5: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr03_std RT 5: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr04_avg RT 9: HRMA PRECOLLIMATOR PLATE 10 D K mtatel hrmaheaters_avg _ohrthr04_lim RT 9: HRMA PRECOLLIMATOR PLATE 10 LIM. I mtatel hrmaheaters_avg _ohrthr04_std RT 9: HRMA PRECOLLIMATOR PLATE 10 STD. DEV. D K mtatel hrmaheaters_avg _ohrthr05_avg RT 13: HRMA AFT HEATER PLATE D K mtatel hrmaheaters_avg _ohrthr05_lim RT 13: HRMA AFT HEATER PLATE LIM. I mtatel hrmaheaters_avg _ohrthr05_std RT 13: HRMA AFT HEATER PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr06_avg RT 14: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr06_lim RT 14: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr06_std RT 14: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr07_avg RT 18: HSA OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr07_lim RT 18: HSA OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr07_std RT 18: HSA OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr08_avg RT 103: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr08_lim RT 103: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr08_std RT 103: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr09_avg RT 105: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr09_lim RT 105: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr09_std RT 105: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr10_avg RT 107: HRMA P1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr10_lim RT 107: HRMA P1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr10_std RT 107: HRMA P1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr11_avg RT 108: HRMA P4 FLEXURE D K mtatel hrmaheaters_avg _ohrthr11_lim RT 108: HRMA P4 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr11_std RT 108: HRMA P4 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr12_avg RT 115: HRMA H1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr12_lim RT 115: HRMA H1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr12_std RT 115: HRMA H1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr13_avg RT 116: HRMA H6 FLEXURE D K mtatel hrmaheaters_avg _ohrthr13_lim RT 116: HRMA H6 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr13_std RT 116: HRMA H6 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr14_avg RT 121: HSA AFT INNER CYLINDER D K mtatel hrmaheaters_avg _ohrthr14_lim RT 121: HSA AFT INNER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr14_std RT 121: HSA AFT INNER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr15_avg RT 122: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr15_lim RT 122: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr15_std RT 122: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr16_avg IP INTERNAL CALIBRATION HRMA CH. 15 D mtatel hrmaheaters_avg _ohrthr16_lim IP INTERNAL CALIBRATION HRMA CH. 15 LIM. I mtatel hrmaheaters_avg _ohrthr16_std IP INTERNAL CALIBRATION HRMA CH. 15 STD. DEV. D mtatel hrmaheaters_avg _ohrthr17_avg RT 125: HSA OUTER CYNLINDER D K mtatel hrmaheaters_avg _ohrthr17_lim RT 125: HSA OUTER CYNLINDER LIM. I mtatel hrmaheaters_avg _ohrthr17_std RT 125: HSA OUTER CYNLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr18_avg RT 130: FHS INNER CYLINDER D K mtatel hrmaheaters_avg _ohrthr18_lim RT 130: FHS INNER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr18_std RT 130: FHS INNER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr19_avg RT 132: HRMA AFT HEATER PLATE D K mtatel hrmaheaters_avg _ohrthr19_lim RT 132: HRMA AFT HEATER PLATE LIM. I mtatel hrmaheaters_avg _ohrthr19_std RT 132: HRMA AFT HEATER PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr20_avg RT 135: RRCA MOUNT D K mtatel hrmaheaters_avg _ohrthr20_lim RT 135: RRCA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr20_std RT 135: RRCA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr21_avg RT 3: HRMA FOWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr21_lim RT 3: HRMA FOWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr21_std RT 3: HRMA FOWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr22_avg RT 6: HRMA FOWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr22_lim RT 6: HRMA FOWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr22_std RT 6: HRMA FOWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr23_avg RT 8: HRMA PRECOLLIMATOR PLATE 10 D K mtatel hrmaheaters_avg _ohrthr23_lim RT 8: HRMA PRECOLLIMATOR PLATE 10 LIM. I mtatel hrmaheaters_avg _ohrthr23_std RT 8: HRMA PRECOLLIMATOR PLATE 10 STD. DEV. D K mtatel hrmaheaters_avg _ohrthr24_avg RT 12: HRMA AFT HEATER PLATE D K mtatel hrmaheaters_avg _ohrthr24_lim RT 12: HRMA AFT HEATER PLATE LIM. I mtatel hrmaheaters_avg _ohrthr24_std RT 12: HRMA AFT HEATER PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr25_avg RT 15: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr25_lim RT 15: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr25_std RT 15: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr26_avg RT 19: HSA OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr26_lim RT 19: HSA OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr26_std RT 19: HSA OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr28_avg INVALID: TELESCOPE THERMISTOR DATA: HRMA CH 27 D mtatel hrmaheaters_avg _ohrthr28_lim INVALID: TELESCOPE THERMISTOR DATA: HRMA CH 27 LIM. I mtatel hrmaheaters_avg _ohrthr28_std INVALID: TELESCOPE THERMISTOR DATA: HRMA CH 27 STD. DEV. D mtatel hrmaheaters_avg _ohrthr29_avg RT 23: HSA AFT INNER CYLINDER D K mtatel hrmaheaters_avg _ohrthr29_lim RT 23: HSA AFT INNER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr29_std RT 23: HSA AFT INNER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr30_avg RT 24 : HSA AFT INNER CYLINDER D K mtatel hrmaheaters_avg _ohrthr30_lim RT 24 : HSA AFT INNER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr30_std RT 24 : HSA AFT INNER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr31_avg RT 101: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr31_lim RT 101: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr31_std RT 101: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr32_avg IP INTERNAL CALIBRATION HRMA CH. 31 D mtatel hrmaheaters_avg _ohrthr32_lim IP INTERNAL CALIBRATION HRMA CH. 31 LIM. I mtatel hrmaheaters_avg _ohrthr32_std IP INTERNAL CALIBRATION HRMA CH. 31 STD. DEV. D mtatel hrmaheaters_avg _ohrthr33_avg RT 102: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr33_lim RT 102: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr33_std RT 102: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr34_avg RT 109: HRMA P1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr34_lim RT 109: HRMA P1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr34_std RT 109: HRMA P1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr35_avg RT 110: HRMA P4 FLEXURE D K mtatel hrmaheaters_avg _ohrthr35_lim RT 110: HRMA P4 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr35_std RT 110: HRMA P4 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr36_avg RT 113: HRMA H1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr36_lim RT 113: HRMA H1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr36_std RT 113: HRMA H1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr37_avg RT 114: HRMA H4 FLEXURE D K mtatel hrmaheaters_avg _ohrthr37_lim RT 114: HRMA H4 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr37_std RT 114: HRMA H4 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr38_avg RT 120: HRMA AFT COLLIMATOR OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr38_lim RT 120: HRMA AFT COLLIMATOR OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr38_std RT 120: HRMA AFT COLLIMATOR OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr39_avg RT 123: HSA OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr39_lim RT 123: HSA OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr39_std RT 123: HSA OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr40_avg RT 124: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr40_lim RT 124: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr40_std RT 124: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr41_avg RT 129: AHS OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr41_lim RT 129: AHS OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr41_std RT 129: AHS OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr44_avg RT 1: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr44_lim RT 1: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr44_std RT 1: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr45_avg RT 4: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr45_lim RT 4: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr45_std RT 4: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr46_avg RT 7: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr46_lim RT 7: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr46_std RT 7: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr47_avg RT 10: HRMA PRECOLLIMATOR PLATE 10 D K mtatel hrmaheaters_avg _ohrthr47_lim RT 10: HRMA PRECOLLIMATOR PLATE 10 LIM. I mtatel hrmaheaters_avg _ohrthr47_std RT 10: HRMA PRECOLLIMATOR PLATE 10 STD. DEV. D K mtatel hrmaheaters_avg _ohrthr48_avg IP INTERNAL CALIBRATION HRMA CH. 47 D mtatel hrmaheaters_avg _ohrthr48_lim IP INTERNAL CALIBRATION HRMA CH. 47 LIM. I mtatel hrmaheaters_avg _ohrthr48_std IP INTERNAL CALIBRATION HRMA CH. 47 STD. DEV. D mtatel hrmaheaters_avg _ohrthr49_avg RT 11: HRMA AFT HEATER PLATE D K mtatel hrmaheaters_avg _ohrthr49_lim RT 11: HRMA AFT HEATER PLATE LIM. I mtatel hrmaheaters_avg _ohrthr49_std RT 11: HRMA AFT HEATER PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr50_avg RT 16: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr50_lim RT 16: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr50_std RT 16: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr51_avg RT 17: HSA OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr51_lim RT 17: HSA OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr51_std RT 17: HSA OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr52_avg RT 100: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr52_lim RT 100: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr52_std RT 100: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr53_avg RT 104: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr53_lim RT 104: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr53_std RT 104: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr54_avg RT 106: HRMA CAP D K mtatel hrmaheaters_avg _ohrthr54_lim RT 106: HRMA CAP LIM. I mtatel hrmaheaters_avg _ohrthr54_std RT 106: HRMA CAP STD. DEV. D K mtatel hrmaheaters_avg _ohrthr55_avg RT 111: HRMA P1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr55_lim RT 111: HRMA P1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr55_std RT 111: HRMA P1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr56_avg RT 112: HRMA P4 FLEXURE D K mtatel hrmaheaters_avg _ohrthr56_lim RT 112: HRMA P4 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr56_std RT 112: HRMA P4 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr57_avg RT 117: HRMA H1 FLEXURE D K mtatel hrmaheaters_avg _ohrthr57_lim RT 117: HRMA H1 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr57_std RT 117: HRMA H1 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr58_avg RT 118: HRMA H4 FLEXURE D K mtatel hrmaheaters_avg _ohrthr58_lim RT 118: HRMA H4 FLEXURE LIM. I mtatel hrmaheaters_avg _ohrthr58_std RT 118: HRMA H4 FLEXURE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr59_avg RT 119: HRMA PRECOLLIMATOR PLATE 10 D K mtatel hrmaheaters_avg _ohrthr59_lim RT 119: HRMA PRECOLLIMATOR PLATE 10 LIM. I mtatel hrmaheaters_avg _ohrthr59_std RT 119: HRMA PRECOLLIMATOR PLATE 10 STD. DEV. D K mtatel hrmaheaters_avg _ohrthr60_avg RT 126: HRMA MOUNT D K mtatel hrmaheaters_avg _ohrthr60_lim RT 126: HRMA MOUNT LIM. I mtatel hrmaheaters_avg _ohrthr60_std RT 126: HRMA MOUNT STD. DEV. D K mtatel hrmaheaters_avg _ohrthr61_avg RT 127: HSA OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr61_lim RT 127: HSA OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr61_std RT 127: HSA OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr62_avg RT 128: FHS OUTER CYLINDER D K mtatel hrmaheaters_avg _ohrthr62_lim RT 128: FHS OUTER CYLINDER LIM. I mtatel hrmaheaters_avg _ohrthr62_std RT 128: FHS OUTER CYLINDER STD. DEV. D K mtatel hrmaheaters_avg _ohrthr63_avg RT 131: HRMA FORWARD APERTURE PLATE D K mtatel hrmaheaters_avg _ohrthr63_lim RT 131: HRMA FORWARD APERTURE PLATE LIM. I mtatel hrmaheaters_avg _ohrthr63_std RT 131: HRMA FORWARD APERTURE PLATE STD. DEV. D K mtatel hrmaheaters_avg _ohrthr64_avg IP INTERNAL CALIBRATION HRMA CH. 63 D mtatel hrmaheaters_avg _ohrthr64_lim IP INTERNAL CALIBRATION HRMA CH. 63 LIM. I mtatel hrmaheaters_avg _ohrthr64_std IP INTERNAL CALIBRATION HRMA CH. 63 STD. DEV. D mtatel hrmastruts_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel hrmastruts_avg _4rt582t_avg RT 582 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt582t_lim RT 582 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt582t_std RT 582 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt583t_avg RT 583 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt583t_lim RT 583 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt583t_std RT 583 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt584t_avg RT 584 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt584t_lim RT 584 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt584t_std RT 584 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt585t_avg RT 585 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt585t_lim RT 585 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt585t_std RT 585 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt586t_avg RT 586 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt586t_lim RT 586 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt586t_std RT 586 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt587t_avg RT 587 - HRMA STRUT TEMP D K mtatel hrmastruts_avg _4rt587t_lim RT 587 - HRMA STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt587t_std RT 587 - HRMA STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt588t_avg RT 588 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt588t_lim RT 588 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt588t_std RT 588 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt589t_avg RT 589 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt589t_lim RT 589 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt589t_std RT 589 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt590t_avg RT 590 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt590t_lim RT 590 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt590t_std RT 590 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt591t_avg RT 591 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt591t_lim RT 591 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt591t_std RT 591 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt592t_avg RT 592 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt592t_lim RT 592 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt592t_std RT 592 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt593t_avg RT 593 - S/C STRUT TEMP D K mtatel hrmastruts_avg _4rt593t_lim RT 593 - S/C STRUT TEMP LIM. I mtatel hrmastruts_avg _4rt593t_std RT 593 - S/C STRUT TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt594t_avg RT 594 - TFTE FWD CYLINDER TEMP D K mtatel hrmastruts_avg _4rt594t_lim RT 594 - TFTE FWD CYLINDER TEMP LIM. I mtatel hrmastruts_avg _4rt594t_std RT 594 - TFTE FWD CYLINDER TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt595t_avg RT 595 - TFTE CONE TEMP D K mtatel hrmastruts_avg _4rt595t_lim RT 595 - TFTE CONE TEMP LIM. I mtatel hrmastruts_avg _4rt595t_std RT 595 - TFTE CONE TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt596t_avg RT 596 - TFTE AFT CYLINDER TEMP D K mtatel hrmastruts_avg _4rt596t_lim RT 596 - TFTE AFT CYLINDER TEMP LIM. I mtatel hrmastruts_avg _4rt596t_std RT 596 - TFTE AFT CYLINDER TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt597t_avg RT 597 - TFTE AFT CYLINDER TEMP D K mtatel hrmastruts_avg _4rt597t_lim RT 597 - TFTE AFT CYLINDER TEMP LIM. I mtatel hrmastruts_avg _4rt597t_std RT 597 - TFTE AFT CYLINDER TEMP STD. DEV. D K mtatel hrmastruts_avg _4rt598t_avg RT 598 - TFTE AFT CYLINDER TEMP D K mtatel hrmastruts_avg _4rt598t_lim RT 598 - TFTE AFT CYLINDER TEMP LIM. I mtatel hrmastruts_avg _4rt598t_std RT 598 - TFTE AFT CYLINDER TEMP STD. DEV. D K mtatel hrmatherm_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel hrmatherm_avg _4rt555t_avg RT 555 - HRMA HSA FWD INNER CYLINDER D K mtatel hrmatherm_avg _4rt555t_lim RT 555 - HRMA HSA FWD INNER CYLINDER LIM. I mtatel hrmatherm_avg _4rt555t_std RT 555 - HRMA HSA FWD INNER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt556t_avg RT 556 - HRMA HSA OUTER CYLINDER D K mtatel hrmatherm_avg _4rt556t_lim RT 556 - HRMA HSA OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt556t_std RT 556 - HRMA HSA OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt557t_avg RT 557 - HRMA HSA OUTER CYLINDER D K mtatel hrmatherm_avg _4rt557t_lim RT 557 - HRMA HSA OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt557t_std RT 557 - HRMA HSA OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt558t_avg RT 558 - HRMA HSA OUTER CYLINDER D K mtatel hrmatherm_avg _4rt558t_lim RT 558 - HRMA HSA OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt558t_std RT 558 - HRMA HSA OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt559t_avg RT 559 - HRMA HSA OUTER CYLINDER D K mtatel hrmatherm_avg _4rt559t_lim RT 559 - HRMA HSA OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt559t_std RT 559 - HRMA HSA OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt560t_avg RT 560 - HRMA FHS OUTER CYLINDER D K mtatel hrmatherm_avg _4rt560t_lim RT 560 - HRMA FHS OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt560t_std RT 560 - HRMA FHS OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt561t_avg RT 561 - HRMA AHS OUTER CYLINDER D K mtatel hrmatherm_avg _4rt561t_lim RT 561 - HRMA AHS OUTER CYLINDER LIM. I mtatel hrmatherm_avg _4rt561t_std RT 561 - HRMA AHS OUTER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt562t_avg RT 562 - HRMA FHS INNER CYLINDER D K mtatel hrmatherm_avg _4rt562t_lim RT 562 - HRMA FHS INNER CYLINDER LIM. I mtatel hrmatherm_avg _4rt562t_std RT 562 - HRMA FHS INNER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt563t_avg RT 563 - HRMA FAP D K mtatel hrmatherm_avg _4rt563t_lim RT 563 - HRMA FAP LIM. I mtatel hrmatherm_avg _4rt563t_std RT 563 - HRMA FAP STD. DEV. D K mtatel hrmatherm_avg _4rt564t_avg RT 564 - HRMA AFT HTR PLATE D K mtatel hrmatherm_avg _4rt564t_lim RT 564 - HRMA AFT HTR PLATE LIM. I mtatel hrmatherm_avg _4rt564t_std RT 564 - HRMA AFT HTR PLATE STD. DEV. D K mtatel hrmatherm_avg _4rt565t_avg RT 565 - HRMA AHS INNER CYLINDER D K mtatel hrmatherm_avg _4rt565t_lim RT 565 - HRMA AHS INNER CYLINDER LIM. I mtatel hrmatherm_avg _4rt565t_std RT 565 - HRMA AHS INNER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt567t_avg RT 567 - HRMA PRECOLL PL.ATE 10 D K mtatel hrmatherm_avg _4rt567t_lim RT 567 - HRMA PRECOLL PL.ATE 10 LIM. I mtatel hrmatherm_avg _4rt567t_std RT 567 - HRMA PRECOLL PL.ATE 10 STD. DEV. D K mtatel hrmatherm_avg _4rt568t_avg RT 568 - HRMA AHS INNER CYLINDER D K mtatel hrmatherm_avg _4rt568t_lim RT 568 - HRMA AHS INNER CYLINDER LIM. I mtatel hrmatherm_avg _4rt568t_std RT 568 - HRMA AHS INNER CYLINDER STD. DEV. D K mtatel hrmatherm_avg _4rt569t_avg RT 569 - PERISCOPE (FIRST FOLD END) D K mtatel hrmatherm_avg _4rt569t_lim RT 569 - PERISCOPE (FIRST FOLD END) LIM. I mtatel hrmatherm_avg _4rt569t_std RT 569 - PERISCOPE (FIRST FOLD END) STD. DEV. D K mtatel hrmatherm_avg _4rt570t_avg RT 570 - HRMA RRCA D K mtatel hrmatherm_avg _4rt570t_lim RT 570 - HRMA RRCA LIM. I mtatel hrmatherm_avg _4rt570t_std RT 570 - HRMA RRCA STD. DEV. D K mtatel hrmatherm_avg _4rt575t_avg RT 575 - OB FWD CONE TEMP D K mtatel hrmatherm_avg _4rt575t_lim RT 575 - OB FWD CONE TEMP LIM. I mtatel hrmatherm_avg _4rt575t_std RT 575 - OB FWD CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt576t_avg RT 576 - OB FWD CONE TEMP D K mtatel hrmatherm_avg _4rt576t_lim RT 576 - OB FWD CONE TEMP LIM. I mtatel hrmatherm_avg _4rt576t_std RT 576 - OB FWD CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt577t_avg RT 577 - OB MID CONE TEMP D K mtatel hrmatherm_avg _4rt577t_lim RT 577 - OB MID CONE TEMP LIM. I mtatel hrmatherm_avg _4rt577t_std RT 577 - OB MID CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt578t_avg RT 578 - OB MID CONE TEMP D K mtatel hrmatherm_avg _4rt578t_lim RT 578 - OB MID CONE TEMP LIM. I mtatel hrmatherm_avg _4rt578t_std RT 578 - OB MID CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt579t_avg RT 579 - OB AFT CONE TEMP D K mtatel hrmatherm_avg _4rt579t_lim RT 579 - OB AFT CONE TEMP LIM. I mtatel hrmatherm_avg _4rt579t_std RT 579 - OB AFT CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt580t_avg RT 580 - OB AFT CONE TEMP D K mtatel hrmatherm_avg _4rt580t_lim RT 580 - OB AFT CONE TEMP LIM. I mtatel hrmatherm_avg _4rt580t_std RT 580 - OB AFT CONE TEMP STD. DEV. D K mtatel hrmatherm_avg _4rt581t_avg RT 581 - OB AFT BULKHEAD TEMP D K mtatel hrmatherm_avg _4rt581t_lim RT 581 - OB AFT BULKHEAD TEMP LIM. I mtatel hrmatherm_avg _4rt581t_std RT 581 - OB AFT BULKHEAD TEMP STD. DEV. D K mtatel obagrad_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel obagrad_avg _oobagrd1_avg IP INTERNAL CALIBRATION OBA GM CH. 0 D mtatel obagrad_avg _oobagrd1_lim IP INTERNAL CALIBRATION OBA GM CH. 0 LIM. I mtatel obagrad_avg _oobagrd1_std IP INTERNAL CALIBRATION OBA GM CH. 0 STD. DEV. D mtatel obagrad_avg _oobagrd2_avg IP INTERNAL CALIBRATION OBA GM CH. 1 D mtatel obagrad_avg _oobagrd2_lim IP INTERNAL CALIBRATION OBA GM CH. 1 LIM. I mtatel obagrad_avg _oobagrd2_std IP INTERNAL CALIBRATION OBA GM CH. 1 STD. DEV. D mtatel obagrad_avg _oobagrd4_avg IP INTERNAL CALIBRATION OBA GM CH. 3 D mtatel obagrad_avg _oobagrd4_lim IP INTERNAL CALIBRATION OBA GM CH. 3 LIM. I mtatel obagrad_avg _oobagrd4_std IP INTERNAL CALIBRATION OBA GM CH. 3 STD. DEV. D mtatel obagrad_avg _oobagrd5_avg IP INTERNAL CALIBRATION OBA GM CH. 4 D mtatel obagrad_avg _oobagrd5_lim IP INTERNAL CALIBRATION OBA GM CH. 4 LIM. I mtatel obagrad_avg _oobagrd5_std IP INTERNAL CALIBRATION OBA GM CH. 4 STD. DEV. D mtatel obagrad_avg _oobagrd7_avg IP INTERNAL CALIBRATION OBA GM CH. 6 D mtatel obagrad_avg _oobagrd7_lim IP INTERNAL CALIBRATION OBA GM CH. 6 LIM. I mtatel obagrad_avg _oobagrd7_std IP INTERNAL CALIBRATION OBA GM CH. 6 STD. DEV. D mtatel obagrad_avg _oobagrd8_avg IP INTERNAL CALIBRATION OBA GM CH. 7 D mtatel obagrad_avg _oobagrd8_lim IP INTERNAL CALIBRATION OBA GM CH. 7 LIM. I mtatel obagrad_avg _oobagrd8_std IP INTERNAL CALIBRATION OBA GM CH. 7 STD. DEV. D mtatel obaheaters_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel obaheaters_avg _oobthr01_avg IP INTERNAL CALIBRATION OBA CH. 0 D mtatel obaheaters_avg _oobthr01_lim IP INTERNAL CALIBRATION OBA CH. 0 LIM. I mtatel obaheaters_avg _oobthr01_std IP INTERNAL CALIBRATION OBA CH. 0 STD. DEV. D mtatel obaheaters_avg _oobthr02_avg RT 25: HRMA STRUT D K mtatel obaheaters_avg _oobthr02_lim RT 25: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr02_std RT 25: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr03_avg RT 26: HRMA STRUT D K mtatel obaheaters_avg _oobthr03_lim RT 26: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr03_std RT 26: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr04_avg RT 27: HRMA STRUT D K mtatel obaheaters_avg _oobthr04_lim RT 27: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr04_std RT 27: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr05_avg RT 28: HRMA STRUT D K mtatel obaheaters_avg _oobthr05_lim RT 28: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr05_std RT 28: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr06_avg RT 29: HRMA STRUT D K mtatel obaheaters_avg _oobthr06_lim RT 29: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr06_std RT 29: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr07_avg RT 30: HRMA STRUT D K mtatel obaheaters_avg _oobthr07_lim RT 30: HRMA STRUT LIM. I mtatel obaheaters_avg _oobthr07_std RT 30: HRMA STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr08_avg RT 31: OBA FWD CONE D K mtatel obaheaters_avg _oobthr08_lim RT 31: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr08_std RT 31: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr09_avg RT 32: OBA FWD CONE D K mtatel obaheaters_avg _oobthr09_lim RT 32: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr09_std RT 32: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr10_avg RT 33: OBA FWD CONE D K mtatel obaheaters_avg _oobthr10_lim RT 33: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr10_std RT 33: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr11_avg RT 34: OBA FWD CONE D K mtatel obaheaters_avg _oobthr11_lim RT 34: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr11_std RT 34: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr12_avg RT 35: OBA FWD CONE D K mtatel obaheaters_avg _oobthr12_lim RT 35: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr12_std RT 35: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr13_avg RT 36: OBA FWD CONE D K mtatel obaheaters_avg _oobthr13_lim RT 36: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr13_std RT 36: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr14_avg RT 37: OBA FWD CONE D K mtatel obaheaters_avg _oobthr14_lim RT 37: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr14_std RT 37: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr15_avg RT 38: OBA FWD CONE D K mtatel obaheaters_avg _oobthr15_lim RT 38: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr15_std RT 38: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr16_avg IP INTERNAL CALIBRATION OBA CH. 15 D mtatel obaheaters_avg _oobthr16_lim IP INTERNAL CALIBRATION OBA CH. 15 LIM. I mtatel obaheaters_avg _oobthr16_std IP INTERNAL CALIBRATION OBA CH. 15 STD. DEV. D mtatel obaheaters_avg _oobthr17_avg RT 39: OBA FWD CONE D K mtatel obaheaters_avg _oobthr17_lim RT 39: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr17_std RT 39: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr18_avg RT 40: OBA FWD CONE D K mtatel obaheaters_avg _oobthr18_lim RT 40: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr18_std RT 40: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr19_avg RT 41: OBA MID CONE D K mtatel obaheaters_avg _oobthr19_lim RT 41: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr19_std RT 41: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr20_avg RT 42: OBA MID CONE D K mtatel obaheaters_avg _oobthr20_lim RT 42: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr20_std RT 42: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr21_avg RT 43: OBA MID CONE D K mtatel obaheaters_avg _oobthr21_lim RT 43: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr21_std RT 43: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr22_avg RT 44: OBA MID CONE D K mtatel obaheaters_avg _oobthr22_lim RT 44: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr22_std RT 44: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr23_avg RT 45: OBA MID CONE D K mtatel obaheaters_avg _oobthr23_lim RT 45: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr23_std RT 45: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr24_avg RT 46: OBAMID CONE D K mtatel obaheaters_avg _oobthr24_lim RT 46: OBAMID CONE LIM. I mtatel obaheaters_avg _oobthr24_std RT 46: OBAMID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr25_avg RT 47: OBA MID CONE D K mtatel obaheaters_avg _oobthr25_lim RT 47: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr25_std RT 47: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr26_avg RT 48: OBA AFT CONE D K mtatel obaheaters_avg _oobthr26_lim RT 48: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr26_std RT 48: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr27_avg RT 49: OBA AFT CONE D K mtatel obaheaters_avg _oobthr27_lim RT 49: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr27_std RT 49: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr28_avg RT 50: OBA AFT CONE D K mtatel obaheaters_avg _oobthr28_lim RT 50: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr28_std RT 50: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr29_avg RT 51: OBA AFT CONE D K mtatel obaheaters_avg _oobthr29_lim RT 51: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr29_std RT 51: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr30_avg RT 52: OBA AFT CONE D K mtatel obaheaters_avg _oobthr30_lim RT 52: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr30_std RT 52: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr31_avg RT 53: OBA AFT BULKHEAD D K mtatel obaheaters_avg _oobthr31_lim RT 53: OBA AFT BULKHEAD LIM. I mtatel obaheaters_avg _oobthr31_std RT 53: OBA AFT BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr32_avg IP INTERNAL CALIBRATION OBA CH. 31 D mtatel obaheaters_avg _oobthr32_lim IP INTERNAL CALIBRATION OBA CH. 31 LIM. I mtatel obaheaters_avg _oobthr32_std IP INTERNAL CALIBRATION OBA CH. 31 STD. DEV. D mtatel obaheaters_avg _oobthr33_avg RT 54: OBA AFT BULKHEAD D K mtatel obaheaters_avg _oobthr33_lim RT 54: OBA AFT BULKHEAD LIM. I mtatel obaheaters_avg _oobthr33_std RT 54: OBA AFT BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr34_avg RT 55: OBA AFT BULKHEAD D K mtatel obaheaters_avg _oobthr34_lim RT 55: OBA AFT BULKHEAD LIM. I mtatel obaheaters_avg _oobthr34_std RT 55: OBA AFT BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr35_avg RT 57: OBA AFT BULKHEAD D K mtatel obaheaters_avg _oobthr35_lim RT 57: OBA AFT BULKHEAD LIM. I mtatel obaheaters_avg _oobthr35_std RT 57: OBA AFT BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr36_avg RT 58: TFTE FWD CYLINDER D K mtatel obaheaters_avg _oobthr36_lim RT 58: TFTE FWD CYLINDER LIM. I mtatel obaheaters_avg _oobthr36_std RT 58: TFTE FWD CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr37_avg RT 59: TFTE FWD CYLINDER D K mtatel obaheaters_avg _oobthr37_lim RT 59: TFTE FWD CYLINDER LIM. I mtatel obaheaters_avg _oobthr37_std RT 59: TFTE FWD CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr38_avg RT 60: TFTE FWD CYLINDER D K mtatel obaheaters_avg _oobthr38_lim RT 60: TFTE FWD CYLINDER LIM. I mtatel obaheaters_avg _oobthr38_std RT 60: TFTE FWD CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr39_avg RT 61: TFTE CONE D K mtatel obaheaters_avg _oobthr39_lim RT 61: TFTE CONE LIM. I mtatel obaheaters_avg _oobthr39_std RT 61: TFTE CONE STD. DEV. D K mtatel obaheaters_avg _oobthr40_avg RT 62: TFTE CONE D K mtatel obaheaters_avg _oobthr40_lim RT 62: TFTE CONE LIM. I mtatel obaheaters_avg _oobthr40_std RT 62: TFTE CONE STD. DEV. D K mtatel obaheaters_avg _oobthr41_avg RT 63: TFTE CONE D K mtatel obaheaters_avg _oobthr41_lim RT 63: TFTE CONE LIM. I mtatel obaheaters_avg _oobthr41_std RT 63: TFTE CONE STD. DEV. D K mtatel obaheaters_avg _oobthr42_avg RT 64: TFTE VENT PANEL D K mtatel obaheaters_avg _oobthr42_lim RT 64: TFTE VENT PANEL LIM. I mtatel obaheaters_avg _oobthr42_std RT 64: TFTE VENT PANEL STD. DEV. D K mtatel obaheaters_avg _oobthr43_avg RT 65: TFTE RADIATOR PANEL D K mtatel obaheaters_avg _oobthr43_lim RT 65: TFTE RADIATOR PANEL LIM. I mtatel obaheaters_avg _oobthr43_std RT 65: TFTE RADIATOR PANEL STD. DEV. D K mtatel obaheaters_avg _oobthr44_avg RT 66: TFTE AFT CYLINDER D K mtatel obaheaters_avg _oobthr44_lim RT 66: TFTE AFT CYLINDER LIM. I mtatel obaheaters_avg _oobthr44_std RT 66: TFTE AFT CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr45_avg RT 67: TFTE AFT CYLINDER D K mtatel obaheaters_avg _oobthr45_lim RT 67: TFTE AFT CYLINDER LIM. I mtatel obaheaters_avg _oobthr45_std RT 67: TFTE AFT CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr46_avg RT 68: TFTE AFT CYLINDER D K mtatel obaheaters_avg _oobthr46_lim RT 68: TFTE AFT CYLINDER LIM. I mtatel obaheaters_avg _oobthr46_std RT 68: TFTE AFT CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr47_avg RT 69: TFTE RADIATOR PANEL D K mtatel obaheaters_avg _oobthr47_lim RT 69: TFTE RADIATOR PANEL LIM. I mtatel obaheaters_avg _oobthr47_std RT 69: TFTE RADIATOR PANEL STD. DEV. D K mtatel obaheaters_avg _oobthr48_avg IP INTERNAL CALIBRATION OBA CH. 47 D mtatel obaheaters_avg _oobthr48_lim IP INTERNAL CALIBRATION OBA CH. 47 LIM. I mtatel obaheaters_avg _oobthr48_std IP INTERNAL CALIBRATION OBA CH. 47 STD. DEV. D mtatel obaheaters_avg _oobthr49_avg RT 75: S/C STRUT D K mtatel obaheaters_avg _oobthr49_lim RT 75: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr49_std RT 75: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr50_avg RT 76: S/C STRUT D K mtatel obaheaters_avg _oobthr50_lim RT 76: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr50_std RT 76: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr51_avg RT 77: S/C STRUT D K mtatel obaheaters_avg _oobthr51_lim RT 77: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr51_std RT 77: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr52_avg RT 78: S/C STRUT D K mtatel obaheaters_avg _oobthr52_lim RT 78: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr52_std RT 78: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr53_avg RT 79: S/C STRUT D K mtatel obaheaters_avg _oobthr53_lim RT 79: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr53_std RT 79: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr54_avg RT 80: S/C STRUT D K mtatel obaheaters_avg _oobthr54_lim RT 80: S/C STRUT LIM. I mtatel obaheaters_avg _oobthr54_std RT 80: S/C STRUT STD. DEV. D K mtatel obaheaters_avg _oobthr55_avg RT 157: TFTE FWD CYLINDER D K mtatel obaheaters_avg _oobthr55_lim RT 157: TFTE FWD CYLINDER LIM. I mtatel obaheaters_avg _oobthr55_std RT 157: TFTE FWD CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr56_avg RT 158: TFTE AFT CYLINDER D K mtatel obaheaters_avg _oobthr56_lim RT 158: TFTE AFT CYLINDER LIM. I mtatel obaheaters_avg _oobthr56_std RT 158: TFTE AFT CYLINDER STD. DEV. D K mtatel obaheaters_avg _oobthr57_avg RT 150: OBA AFT CONE D K mtatel obaheaters_avg _oobthr57_lim RT 150: OBA AFT CONE LIM. I mtatel obaheaters_avg _oobthr57_std RT 150: OBA AFT CONE STD. DEV. D K mtatel obaheaters_avg _oobthr58_avg RT 151: OBA FWD CONE D K mtatel obaheaters_avg _oobthr58_lim RT 151: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr58_std RT 151: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr59_avg RT 152: OBA FWD CONE D K mtatel obaheaters_avg _oobthr59_lim RT 152: OBA FWD CONE LIM. I mtatel obaheaters_avg _oobthr59_std RT 152: OBA FWD CONE STD. DEV. D K mtatel obaheaters_avg _oobthr60_avg RT 153: OBA CONE D K mtatel obaheaters_avg _oobthr60_lim RT 153: OBA CONE LIM. I mtatel obaheaters_avg _oobthr60_std RT 153: OBA CONE STD. DEV. D K mtatel obaheaters_avg _oobthr61_avg RT 154: OBA MID CONE D K mtatel obaheaters_avg _oobthr61_lim RT 154: OBA MID CONE LIM. I mtatel obaheaters_avg _oobthr61_std RT 154: OBA MID CONE STD. DEV. D K mtatel obaheaters_avg _oobthr62_avg RT 155: OBA FWD BULKHEAD D K mtatel obaheaters_avg _oobthr62_lim RT 155: OBA FWD BULKHEAD LIM. I mtatel obaheaters_avg _oobthr62_std RT 155: OBA FWD BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr63_avg RT 156: OBA FWD BULKHEAD D K mtatel obaheaters_avg _oobthr63_lim RT 156: OBA FWD BULKHEAD LIM. I mtatel obaheaters_avg _oobthr63_std RT 156: OBA FWD BULKHEAD STD. DEV. D K mtatel obaheaters_avg _oobthr64_avg IP INTERNAL CALIBRATION OBA CH. 63 D mtatel obaheaters_avg _oobthr64_lim IP INTERNAL CALIBRATION OBA CH. 63 LIM. I mtatel obaheaters_avg _oobthr64_std IP INTERNAL CALIBRATION OBA CH. 63 STD. DEV. D mtatel obfwdbulkhead_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel obfwdbulkhead_avg _4rt700t_avg RT 700 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt700t_lim RT 700 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt700t_std RT 700 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt701t_avg RT 701 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt701t_lim RT 701 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt701t_std RT 701 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt702t_avg RT 702 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt702t_lim RT 702 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt702t_std RT 702 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt703t_avg RT 703 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt703t_lim RT 703 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt703t_std RT 703 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt704t_avg RT 704 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt704t_lim RT 704 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt704t_std RT 704 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt705t_avg RT 705 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt705t_lim RT 705 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt705t_std RT 705 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt706t_avg RT 706 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt706t_lim RT 706 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt706t_std RT 706 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt707t_avg RT 707 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt707t_lim RT 707 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt707t_std RT 707 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt708t_avg RT 708 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt708t_lim RT 708 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt708t_std RT 708 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt709t_avg RT 709 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt709t_lim RT 709 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt709t_std RT 709 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt710t_avg RT 710 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt710t_lim RT 710 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt710t_std RT 710 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel obfwdbulkhead_avg _4rt711t_avg RT 711 - OB FWD BULKHEAD TEMP D K mtatel obfwdbulkhead_avg _4rt711t_lim RT 711 - OB FWD BULKHEAD TEMP LIM. I mtatel obfwdbulkhead_avg _4rt711t_std RT 711 - OB FWD BULKHEAD TEMP STD. DEV. D K mtatel precoll_avg Navg NUMBER OF SAMPLES IN AVG. I mtatel precoll_avg _4prt1at_avg IP A: PRE-COLLIMATOR PRT 1 TEMPERATURE D K mtatel precoll_avg _4prt1at_lim IP A: PRE-COLLIMATOR PRT 1 TEMPERATURE LIM. I mtatel precoll_avg _4prt1at_std IP A: PRE-COLLIMATOR PRT 1 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt1bt_avg IP B: PRE-COLLIMATOR PRT 1 TEMPERATURE D K mtatel precoll_avg _4prt1bt_lim IP B: PRE-COLLIMATOR PRT 1 TEMPERATURE LIM. I mtatel precoll_avg _4prt1bt_std IP B: PRE-COLLIMATOR PRT 1 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt2at_avg IP A: PRE-COLLIMATOR PRT 2 TEMPERATURE D K mtatel precoll_avg _4prt2at_lim IP A: PRE-COLLIMATOR PRT 2 TEMPERATURE LIM. I mtatel precoll_avg _4prt2at_std IP A: PRE-COLLIMATOR PRT 2 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt2bt_avg IP B: PRE-COLLIMATOR PRT 2 TEMPERATURE D K mtatel precoll_avg _4prt2bt_lim IP B: PRE-COLLIMATOR PRT 2 TEMPERATURE LIM. I mtatel precoll_avg _4prt2bt_std IP B: PRE-COLLIMATOR PRT 2 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt3at_avg IP A: PRE-COLLIMATOR PRT 3 TEMPERATURE D K mtatel precoll_avg _4prt3at_lim IP A: PRE-COLLIMATOR PRT 3 TEMPERATURE LIM. I mtatel precoll_avg _4prt3at_std IP A: PRE-COLLIMATOR PRT 3 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt3bt_avg IP B: PRE-COLLIMATOR PRT 3 TEMPERATURE D K mtatel precoll_avg _4prt3bt_lim IP B: PRE-COLLIMATOR PRT 3 TEMPERATURE LIM. I mtatel precoll_avg _4prt3bt_std IP B: PRE-COLLIMATOR PRT 3 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt4at_avg IP A: PRE-COLLIMATOR PRT 4 TEMPERATURE D K mtatel precoll_avg _4prt4at_lim IP A: PRE-COLLIMATOR PRT 4 TEMPERATURE LIM. I mtatel precoll_avg _4prt4at_std IP A: PRE-COLLIMATOR PRT 4 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt4bt_avg IP B: PRE-COLLIMATOR PRT 4 TEMPERATURE D K mtatel precoll_avg _4prt4bt_lim IP B: PRE-COLLIMATOR PRT 4 TEMPERATURE LIM. I mtatel precoll_avg _4prt4bt_std IP B: PRE-COLLIMATOR PRT 4 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt5at_avg IP A: PRE-COLLIMATOR PRT 5 TEMPERATURE D K mtatel precoll_avg _4prt5at_lim IP A: PRE-COLLIMATOR PRT 5 TEMPERATURE LIM. I mtatel precoll_avg _4prt5at_std IP A: PRE-COLLIMATOR PRT 5 TEMPERATURE STD. DEV. D K mtatel precoll_avg _4prt5bt_avg IP B: PRE-COLLIMATOR PRT 5 TEMPERATURE D K mtatel precoll_avg _4prt5bt_lim IP B: PRE-COLLIMATOR PRT 5 TEMPERATURE LIM. I mtatel precoll_avg _4prt5bt_std IP B: PRE-COLLIMATOR PRT 5 TEMPERATURE STD. DEV. D K