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 2.5\_V2.0 1 Turn off DPA B \& A 1.1 DPA Power B off 1 DPA PS Off B 1DPPSBOF DPA PS B ON/OFF 1DPPSB OFF 2 Y 1or2 DPA B +5V Voltage 1DPP0BVO $0.0\pm0.2$ V DPA Input Current 1DPICBCU < 0.2 A 1.2 Disable DPA Power B 0.1 DPA PS Disable B 1DPPSBDS DPA PS B ENB/DIS 1DPPSBX DIS 2 SF 4.9 Y 1or2 1.3 DPA Power A off 1 DPA PS Off A 1DPPSAOF SF 4.9 Y 1or2 DPA Input V A 1DPP0AVO $0.0\pm0.2$ V DPA Input I A 1DPICACU < 0.2 A 1.4 Disable DPA Power A 0.1 DPA PS Disable A 1DPPSADS power supply current <0.2 Amps SF 4.9 Y 1or2 1.5 Enable DPA PS A 0.1 DPA PS A En 1DPPSAEN No verifier before power is on SF 4.4.1 Y 1or2 1.6 Turn on DPA PS A 2 DPA PS A On 1DPPSAON DPA A ON/OFF 1DPPSA ON 2 SF 4.4.1 Y 1or2 DPA A ENB/DIS 1DPPSAX ENB DPA Input V A 1DP28AVO 28.0--34.0 V Expect about 12 Watts for side A, DPA Input I A 1DPICACU 0.35--0.43 A power consumption should be more DPA +5V 1DPP0AVO 4.9--5.5 V stable than I or V. 1.7 Check BEP A Boot 2.0 Check bepStartupMessage: A Y 1or2 bepTickCounter $< 10$; version =11; A watchdogFlag = 0, patchValidFlag =1 A Check swHousekeeping messages: startingBepTickCounter $< 10$; B endingBepTickCounter= B =startingBepTickCounter+640 version =11 A 1.8 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 means FIFO not full BEP FIFO Not Empty 1STAT7ST 0 2 1 means FIFO not empty 1.9 Check SW LEDs 2.0 BEP initialization 1STAT3ST 0 2 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 2 Run BEP A/DEA A LF 4.3.1 2.1 Power up imaging boards 1 changeConfigSetting WSI0I1I2 Check cmdResult == 1 A Power I0,I1,I2 video boards. SF 4.4.3 Y 2 commandEcho = 170 DEA Input V A 1DE28AVO 28 V Expect DEA side A power at about DEA Input I A 1DEICACU 1.13 A 31.5 Watts, current is noisy. 2.2 Power up Side-A FEPs 1.5 changeConfigSetting WSFEP012 Check cmdResult == 1 A turn on FEPs 0,1,2 SF 4.4.4 Y 1or2 commandEcho = 169 DPA Input V A 1DP28AVO 28 V Expect DPA Side A DPA Input I A 1DPICACU 1.4 A power at about 38 Watts 2.3 Load parameter block 1 loadTeBlock WT0001A014 Check cmdResult == OK A only clock I0,I1,I2. SF 4.5.1 Y 1or2 commandEcho = 172 2.4 Start science 8 startScience XTZ0000005 Check cmdResult == 1 A DEA Side A power to about 49 Watts SF 4.5.1 Y 2 commandEcho = 58 DPA Side A power to about 40 Watts SF 4.5.1 exposureTeFaintBias about 0 Watts on DPA side B, Compare DEA tlm to Short Form Appendix D 2.5 Verify nominal operation 5 B Run monitor\_noise on ACIS GSE SF 4.5.2 Y 2 2.6 Stop Science 1 stopScience AA00000000 Check cmdResult == 1 A scienceReport SF 4.5.3 Y 2 commandEcho = 1539 Check terminationCode == 1 3 Power-down LF 4.7 3.1 Power off video boards 1 changeConfigSetting WSVIDALLDN Check cmdResult == 1 A SF 4.7 Y 1or2 commandEcho = 1541 DEA Side A power at about 21 Watts 3.2 Power off FEPs 1 changeConfigSetting WSFEPALLDN Check cmdResult == 1 A SF 4.7 Y 1or2 commandEcho = 1542 3.3 DPA Power A off 1 DPA PS Off A 1DPPSAOF SF 4.9 Y 1or2 DPA Input V A 1DPP0AVO $0.0\pm0.2$ V DPA Input I A 1DPICACU < 0.2 A 3.4 Disable DPA Power A 0.1 DPA PS Disable A 1DPPSADS SF 4.9 Y 1or2 4 Power DPA B/BEP B 4.1 Enable DPA PS B 0.1 DPA PS B En 1DPPSBEN No verifier before power is on SF 4.4.1 Y 1or2 4.2 Turn on DPA PS B 2 DPA PS B On 1DPPSBON DPA B ON/OFF 1DPPSB ON 2 SF 4.4.1 Y 1or2 DPA B ENB/DIS 1DPPSBX ENB DPA Input V B 1DP28BVO 28.0--34.0 V Expect about 9 Watts for side B, DPA Input I B 1DPICBCU 0.26--0.32 A power consumption should be more DPA +5V 1DPP0BVO 4.9--5.5 V stable than I or V. 4.3 Select BEP B 1 1BSELICL(1) 1BSELICL=1 selects BEP B Y 1or2 4.4 Set warm boot flag on 1 DPA Warm Boot 1WRMBTSB(1) Warm boot active BEP LF 4.4.1 Y 1or2 4.5 Halt BEP 1 DPA Command Reset 1RSETIRT(1) Hold active BEP reset line LF 4.4.1 Y 1or2 4.6 Restart BEP 1 1RSETIRT(0) bepStartupMessage A Release BEP reset line LF 4.4.1 Y 1or2 Check startup messages bepTickCounter $< 10$; version =11 watchdogFlag = 0, patchvalid Flag = 1 warmbootFlag = 1 Check swHousekeeping messages startingBepTickCounter $< 10$; endingBepTickCounter = (startingBepTickCounter +640) 4.7 Check HW LEDs 2.0 BEP Select 1STAT4ST 1 2 1 indicates BEP B is selected Y 1or2 BEP FIFO Not Full 1STAT6ST 1 2 1 means FIFO not full BEP FIFO Not Empty 1STAT7ST 0 2 1 means FIFO not empty 4.8 Check SW LEDs 2.0 BEP initialization 1STAT3ST 0 2 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 5 Run BEP B/DEA A LF 4.3.1 5.1 Power up I3,S2,S3 video 1 changeConfigSetting WSI3S2S3 Check cmdResult == 1 A Power I3,S2,S3 video boards. SF 4.4.3 Y 1or2 boards DEA Input V A 1DE28AVO 28 V commandEcho = 528 Expect DEA side A power at about DEA Input I A 1DEICACU 1.13 A 31.5 Watts, current is nosiy. 5.2 Power up FEPs 1.5 changeConfigSetting WSFEP345 Check cmdResult == 1 A Turn on FEPs 3,4,5. SF 4.4.4 Y 1or2 DPA Input V B 1DP28BVO 28 V commandEcho = 526 Expect DPA Side B DPA Input I B 1DPICBCU 1.4 A at about 38 Watts 5.3 Load parameter block 1 loadTeBlock WT0001A014 Check cmdResult == 1 A only clock I3,S2,S3. SF 4.5.1 Y 1or2 commandEcho = 172 5.4 Start science 8 startScience XTZ0000005 Check cmdResult == 1 A DEA Side A power to about 49 Watts SF 4.5.1 Y 2 commandEcho = 58 About 0 Watts on DPA Side A SF 4.5.1 exposureFaintBias About 40 Watts on DPA side B SF 4.5.1 Compare DEA telemetry to SF App. D. 5.5 Verify nominal operation 5 A Run monitor\_noise on ACIS GSE SF 4.5.2 Y 2 5.6 Stop Science 1 stopScience AA00000000 Check cmdResult == 1 A scienceReport SF 4.5.3 Y 2 commandEcho = 1539 6 Power-down LF 4.7 6.1 Power off video boards 1 changeConfigSetting WSVIDALLDN Check cmdResult == 1 A SF 4.7 Y 1or2 commandEcho = 1541 6.2 Power off FEPs 1 changeConfigSetting WSFEPALLDN Check cmdResult == 1 A SF 4.7 Y 1or2 commandEcho = 1542 7 Switch back to BEP-A 7.1 Halt BEP 1 DPA Command Reset 1RSETIRT(1) Hold active BEP reset line LF 4.4.1 Y 1or2 7.2 Select BEP A 1 1BSELICL(0) 1BSELICL=0 selects BEP A Y 1or2 7.3 Enable DPA PS A 0.1 DPA PS A En 1DPPSAEN DPA A ENB/DIS 1DPPSAX ENB 2 SF 4.4.1 Y 1or2 7.4 Turn on DPA PS A 1 DPA PS A On 1DPPSAON DPA A ON/OFF 1DPPSA ON 2 SF 4.4.1 Y 1or2 DPA A ENB/DIS 1DPPSAX ENB 1 DPA Input V A 1DP28AVO 28.0--34.0 V 2 Expect 12~W for side A, power DPA Input I A 1DPICACU 0.35--0.43 A 2 consumption should be more DPA +5V 1DPP0AVO 4.9--5.5 V 2 stable than I or V. 7.5 Check BEP A Boot 2.0 Check bepStartupMessage: A Y 1or2 bepTickCounter $< 10$; version =11; A watchdogFlag = 0, patchValidFlag =1 A warmbootFlag = 0 A Check swHousekeeping messages: startingBepTickCounter $< 10$; B endingBepTickCounter= B =startingBepTickCounter+640 version =11 A 7.6 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 means FIFO not full BEP FIFO Not Empty 1STAT7ST 0 2 1 means FIFO not empty 7.7 Check SW LEDs 2.0 BEP initialization 1STAT3ST 0 2 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 Total Time 69.6