Step Title Time Command Command Cmd Seq Telemetry Telemetry Expected Units Telemetry Other Crit Description Notes RT Tlm Min SIM \# Req (m) Description Mnemonic EGSE Key Description Mnemonic Value EGSE Verifier Con Fmt Alt Pos 1.25\_V2.1 1 Warm Boot and Start DEA HKP if needed 1.1 Set Boot modifier off 0.1 DPA FS Boot Mod 1BMODIBM(0) disables boot from uplink Y 1or2 1.2 Set warm boot flag on 0.1 DPA Warm Boot 1WRMBTSB(1) enable Warm boot Y 1or2 1.3 Halt BEP 0.1 DPA Com Reset 1RSETIRT(1) Hold active BEP reset line Y 1or2 1.4 Restart BEP 0.1 1RSETIRT(0) Release BEP reset line Y 1or2 1.5 Check BEP A Boot 2.0 Check bepStartupMessage: A Y 1or2 bepTickCounter $< 10$; version =27; A warmBootFlag = 1, patchValidFlag =1 A Check swHousekeeping messages: startingBepTickCounter $< 10$; B endingBepTickCounter= B =startingBepTickCounter+640 version =27 A 1.6 Check HW LEDs 2.0 BEP Select 1STAT4ST 0 2 0 indicates BEP A is selected Y 1or2 BEP FIFO Not Full 1STAT6ST 1 2 1 mean FIFO not full BEP FIFO Not Empty 1STAT7ST 1 2 1 mean FIFO not empty 1.7 Check SW LEDs 2.0 BEP initialization 1STAT3ST 0 1 0 means BEP SW is running Y 1or2 Watchdog boot 1STAT2ST 1 2 1 means no watchdog boot Science run status 1STAT1ST 1 2 1 means science idle 1STAT0ST 0or1 2 this bit toggles to indicate BEP is running 1.8 Load Board 11 DEA HK 1 loadDeaBlock WD00001024 Check cmdResult == OK B Load Fullhouse DEA housekeeping Y 1or2 commandEcho 225 parameter block into slot 4 1.9 Start DEA Hkp run 1 startDEA XDZ0000005 deaHousekeepingData B get FP temp, should be stable and Y 1or2 commandEcho 18 $\pm2$~C of desired value 2 Configure for imaging 2.1 Power up imaging video 1 changeConfigSetting WSPOW0CF3F Check cmdResult == OK A Y 2 60k boards \& FEPs DEA Input V A 1DE28AVO 28.0--32.0 V commandEcho 359 2 Expect DEA side A DEA Input I A 1DEICACU 1.3--1.5 A 2 power~$=42\pm3$~W DPA Input V A 1DP28AVO 28.0-32.0 V 2 Expect DPA Side A DPA Input I A 1DPICACU 1.2--1.4 A 2 $=38\pm2$~W DPA Input V B 1DP28BVO 28.0--32.0 V 2 Expect DPA Side B DPA Input I B 1DPICBCU 1.0--1.2 A 2 $=33\pm2$~W 3 Collect ACIS-I data 3.1 Load parameter block 1 loadCcBlock WC0001E014 Check cmdResult == OK B Y 2 60k commandEcho 1244 3.2 Load window block 1 load1dBlock W100019014 Check cmdResult == OK B Filter events from I0-I3 Y 2 60k commandEcho 1232 3.3 Start science 1 startScience XCZ0000005 Check cmdResult == OK B run I0--I3,S2,S3 Y 2 60k commandEcho 39 3.4 dump default TE PBs 0.1 dumpParameterSlots RT\_0000001 Check cmdResult == OK B {\it psci} should not indicate Y 2 60k commandEcho 78 any errors regarding 3.5 dump default CC PBs 0.1 dumpParameterSlots RC\_0000001 Check cmdResult == OK B ``truncated blocks'' for Y 2 60k commandEcho 75 any of these dumps. 3.6 dump default 2D PBs 0.1 dumpParameterSlots R2\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 72 3.7 dump default 1D PBs 0.1 dumpParameterSlots R1\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 71 3.8 dump default DeaHk PBs 0.1 dumpParameterSlots RD\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 63 3.9 dump system config. 0.1 dumpSysConfig RS\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 66 3.10 dump bad pixel list 0.5 dumpBadPixels RP\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 83 3.11 dump bad TE columns 0.1 dumpBadTeColumn R4\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 80 3.12 dump bad CC columns 0.1 dumpBadCcColumn R3\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 77 3.13 dump Huffman tables 0.5 dumpHuffman RH\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 68 3.14 dump patches 2 dumpPatchlist RU\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 65 3.15 Wait for data acquisition 60 N 2 60k 3.16 Stop Science 5 stopScience AA00000000 Check cmdResult == OK scienceReport A Y 2 60k commandEcho 1539 4 Configure for spectro 4.1 Power up spectro video 1 changeConfigSetting WSPOW3F03F Check cmdResult == OK A Y 2 60k commandEcho 360 5 Collect ACIS-S data 5.1 Load parameter block 0.1 loadCcBlock WC00020014 Check cmdResult == OK B Y 2 60k commandEcho 1247 5.2 Load window block 0.1 load1dBlock W100019014 CheckcmdResult == OK B filter events from s0,1,4,5 Y 2 60k commandEcho 1232 5.3 Start science 0.1 startScience XCZ0000005 Check cmdResult == OK B run S0--S6 CCDs Y 2 60k commandEcho 39 5.4 dump default TE PBs 0.1 dumpParameterSlots RT\_0000001 Check cmdResult == OK B {\it psci} should not indicate Y 2 60k commandEcho 78 any errors regarding 5.5 dump default CC PBs 0.1 dumpParameterSlots RC\_0000001 Check cmdResult == OK B ``truncated blocks'' for Y 2 60k commandEcho 75 any of these dumps. 5.6 dump default 2D PBs 0.1 dumpParameterSlots R2\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 72 5.7 dump default 1D PBs 0.1 dumpParameterSlots R1\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 71 5.8 dump default DeaHk PBs 0.1 dumpParameterSlots RD\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 63 5.9 dump system config. 0.1 dumpSysConfig RS\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 66 5.10 dump bad pixel list 0.5 dumpBadPixels RP\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 83 5.11 dump bad TE columns 0.1 dumpBadTeColumn R4\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 80 5.12 dump bad CC columns 0.1 dumpBadCcColumn R3\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 77 5.13 dump Huffman tables 0.5 dumpHuffman RH\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 68 5.14 dump patches 2 dumpPatchlist RU\_0000001 Check cmdResult == OK B Y 2 60k commandEcho 65 5.15 Wait for data acquisition 60 N 2 60k 5.16 Stop Science 1 stopScience AA00000000 Check cmdResult == OK scienceReport A N 2 60k commandEcho 1539 6 Return to Thermal Standby Only if necessary. 6.1 Power down FEPS, vid bds 0.1 changeConfigSetting WSPOW00000 Check cmdResult == OK A Y 2 60k commandEcho 773 return to thermal standby state 6.2 dump system config. 0.1 dumpSysConfig RS\_0000001 Check cmdResult == OK B Y 1or2 commandEcho 66 6.3 Check DPA and DEA pwr DPA Input V A 1DP28AVO 28.0--32.0 V 2 Expect 12~W for side A, power consumption Y 1or2 DPA Input I A 1DPICACU 0.38--0.43 A 2 should be more stable than I or V. DPA Input V B 1DP28BVO 28.0--32.0 V 2 Expect 9~W for side B, power consumption DPA Input I B 1DPICBCU 0.28--0.32 A 2 should be more stable than I or V. DEA Input I A 1DEICACU 0.66--0.75 A 2 DEA A Power should be $21\pm3$~W, DEA Input V A 1DEP3AVO 28.0-32.0 V current is noisy so an avg. is needed Total Time 147.5