2002-03-05T15:19:00.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 15:19:00 GMT 2002
\text
Purpose:
Update EEPROM sequence to tighten up the GPA temperature control band. 
Expected result:
The control will match the latest control band when the gamma subsystem is
Why it is needed:
Just to be consistent with the preferred method of controlling the GPA
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s12b_gam_init_gpa
 3112,    immediate, CHG_SEQ, 120, B-12, 10
 0:    immediate, EXEC_SEQ, 11, 0, 0
 1: +        20 , EXEC_SEQ, 12, 0, 0
 2: +        40 , CHG_STATE, Gamma, ON, 0
 3: +        60 , CHG_CLCT, Gamma, ON, 0
 4: +        80 , EXEC_SEQ, 22, 1, 0
 5: +       100 , CHG_ANALOG, GAMMA_GPA_TEMP, LESS_COMPARE_VALUE, 6347, 0
 6: +       100 , CHG_ANALOG, GAMMA_GPA_TEMP, GREATER_COMPARE_VALUE, 6357, 0
 7: +       100 , CHG_ANALOG, GAMMA_GPA_TEMP, OUT_OF_RANGE, 2, 0
 8: +       100 , CHG_ANALOG, GAMMA_GPA_TEMP, COLLECTION, 6, 0
 9: +       120 , EXEC_SEQ, 17, 1, 0, CHG_ANALOG, CEB_OS_TEMP_A,
 2482, +     43200 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 2712
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency
2002-03-05T15:23:32.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 15:23:32 GMT 2002
\text
Purpose:
Update EEPROM sequence to include a dont_comp for IS_TEMP_B. 
Expected result:
When called, sequence 14b will terminate the comparison for the electrometer
fast, the inner stage temperature A sensor, and the inner stage temperature B
Why it is needed:
So that sequence 14b does not get called more than once when the gamma high
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s14b_hv_ramp_down
 3114,    immediate, CHG_SEQ, 84, B-14, 7
 0:    immediate, STOP_GAMMA_RAMP, 0
 1:    immediate, CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 0, 0
 2:    immediate, CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 0, 0
 3:    immediate, CHG_ANALOG, GAMMA_ELEC_FAST, COMPARE_SETTING, 0, 0
 4:    immediate, CHG_PARAM, GAMMA_RAMP_STEP, 1, 0
 5: +        20 , RAMP_GAMMA, OFF, 0, 1, 0
 6: +       320 , GAMMA_CMD_IMM, HVBS, Disable, 0EXEC_SEQ, 17, 1, 0,
 2482, +     43200 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 2712
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency
2002-03-05T15:29:16.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 15:29:16 GMT 2002
\text
Purpose:
Create an EEPROM sequence to perform a gamma subsystem shutdown (including a
Expected result:
When called, sequence 24b will terminate the GPA comparison, stop gamma
Why it is needed:
To have a consistent way to turn off the gamma subsystem.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s24b_gamma_shutdo
 3124,    immediate, CHG_SEQ, 48, B-24, 4
 0:    immediate, CHG_ANALOG, GAMMA_GPA_TEMP, COMPARE_SETTING, 0, 0
 1:    immediate, CHG_CLCT, Gamma, OFF, 0
 2: +        20 , CHG_STATE, Gamma, OFF, 0
 3: +        80 , EXEC_SEQ, 28, 1, 0
2002-03-05T15:46:00.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 15:46:00 GMT 2002
\text
Purpose:
Create an EEPROM sequence to perform the OS portion of the GRS warm anneal.
Expected result:
When executed (MR must get to 45C), the OS control will be set to 65C and the
Why it is needed:
To perform warm anneal and to protect the GPA from getting too warm.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s30b_anneal_os_ct
 3130,    immediate, CHG_SEQ, 96, B-30, 8
 0:    immediate, CHG_ANALOG, CEB_MNT_RNG_TEMP_A, COMPARE_SETTING, 0, 0
 1:    immediate, ANNEAL_PWR_CNTRL, 3, OFF, 0
 2:    immediate, OP_HTR, ON, 0
 3:    immediate, CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 2, 0
 4:    immediate, CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 12342, 0
 5:    immediate, CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 12431, 0
 6: +         5 , EXEC_SEQ, 49, 1, 0
 7: +        65 , EXEC_SEQ, 43, 1, 0 0, 1, 0
 6: +       320 , GAMMA_CMD_IMM, HVBS, Disable, 0EXEC_SEQ, 17, 1, 0,
 2482, +     43200 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 2712
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency
2002-03-05T15:57:47.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 15:57:47 GMT 2002
\text
Purpose:
Create an EEPROM sequence to trigger the start of the GRS warm anneal.
Expected result:
When executed (IS must get to -165C), the trigger point will be set to -153C
and set the sequence to execute to be 38b (ramp down high voltage and start
Why it is needed:
To perform warm anneal after the IS temperature has tripped and ramped down
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s35b_os_step1_1.b
 3135,    immediate, CHG_SEQ, 48, B-35, 4
 0:    immediate, CHG_ANALOG, CEB_IS_TEMP_B, LESS_COMPARE_VALUE, 5058, 0
 1:    immediate, CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 166, 0
 2: +         5 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 1, 0
 3: +       430 , EXEC_SEQ, 28, 1, 0
2002-03-05T16:04:49.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 16:04:49 GMT 2002
\text
Purpose:
Create an EEPROM sequence to set the control for the start of the second part
Expected result:
When executed (from sequence 38b), the trigger point for the MR will be set to
45C and set the sequence to execute to be 30b (to start the OS portion of the
Why it is needed:
To perform the OS portion of the warm anneal after the MR reaches 45C.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s37b_warm_anneal2
 3137,    immediate, CHG_SEQ, 72, B-37, 6
 0:    immediate, CHG_ANALOG, CEB_MNT_RNG_TEMP_A, OUT_OF_RANGE, 2, 0
 1:    immediate, CHG_ANALOG, CEB_MNT_RNG_TEMP_A, COLLECTION, 3, 0
 2:    immediate, CHG_ANALOG, CEB_MNT_RNG_TEMP_A, LESS_COMPARE_VALUE, 13162, 0
 3:    immediate, CHG_ANALOG, CEB_MNT_RNG_TEMP_A, SEQUENCE, 158, 0
 4: +         5 , CHG_ANALOG, CEB_MNT_RNG_TEMP_A, COMPARE_SETTING, 1, 0
 5: +        25 , EXEC_SEQ, 28, 1, 0MM, HVBS, Disable, 0EXEC_SEQ, 17, 1, 0,
 2482, +     43200 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 2712
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency
2002-03-05T16:21:08.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 16:21:08 GMT 2002
\text
Purpose:
Create an EEPROM sequence to start of the first part of the GRS warm anneal.
Expected result:
When executed (from sequence 35b), the control point for the MR will be set to
Why it is needed:
To perform the MR portion of the warm anneal.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s38b_warm_anneal1
 3138,    immediate, CHG_SEQ, 120, B-38, 10
 0:    immediate, CHG_ANALOG, CEB_ALT_ACTUATOR_CURR, COLLECTION, 4, 0
 1:    immediate, CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 0, 0
 2: +        20 , EXEC_SEQ, 14, 1, 0
 3: +       380 , ANNEAL_PWR_CNTRL, 3, ON, 0
 4: +       380 , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, OUT_OF_RANGE, 2, 0
 5: +       380 , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, COLLECTION, 3, 0
 6: +       380 , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, LESS_COMPARE_VALUE, 12464, 0
 7: +       380 , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, GREATER_COMPARE_VALUE,
 8: +       400 , EXEC_SEQ, 45, 1, 0
 9: +       460 , EXEC_SEQ, 37, 1, 0 +     43200 , CHG_ANALOG, CEB_OS_TEMP_A,
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency
2002-03-05T16:27:38.000
\header
System               = GRS
Author               = mward
Institution          = UofAz
Start_time           = 03/05/02 17:05
Stop_time            = 03/06/02 23:00
Send_time            = Tue Mar 05 16:27:38 GMT 2002
\text
Purpose:
Create an EEPROM sequence to setup the high temperature control of the GPA to
Expected result:
When executed (fron sequence 30b), the control point for the GPA will be set
Why it is needed:
To protect the GPA from getting too hot.
Commands to be sent:
/home/grs2001/software/SC_Commands/Post-MOI_1/bce_bfl/c01grs_s43b_gpa_warm_off
 3143,    immediate, CHG_SEQ, 72, B-43, 6
 0:    immediate, CHG_ANALOG, GAMMA_GPA_TEMP, COMPARE_SETTING, 0, 0
 1: +         5 , CHG_GPA_HTR, 0, 0
 2: +        25 , CHG_ANALOG, GAMMA_GPA_TEMP, LESS_COMPARE_VALUE, 15274, 0
 3: +        25 , CHG_ANALOG, GAMMA_GPA_TEMP, OUT_OF_RANGE, 3, 0
 4: +        25 , CHG_ANALOG, GAMMA_GPA_TEMP, SEQUENCE, 152, 0
 5: +        45 , CHG_ANALOG, GAMMA_GPA_TEMP, COMPARE_SETTING, 1,
 7: +       380 , CHG_ANALOG, CEB_MNT_RNG_TEMP_B, GREATER_COMPARE_VALUE,
 8: +       400 , EXEC_SEQ, 45, 1, 0
 9: +       460 , EXEC_SEQ, 37, 1, 0 +     43200 , CHG_ANALOG, CEB_OS_TEMP_A,
 1128, +     43260 , EXEC_SEQ, 28, 10
 1323, +        15 , CHG_GPA_HTR, 0
 2004, +        35 , CHG_CLCT, Gamma, OFF
 2002, +        55 , CHG_STATE, Gamma, OFF
 1320, +       115 , CHG_GPA_HTR, 2
 1128, +       135 , EXEC_SEQ, 28, 1
 1403, +       435 , DOOR, Open, 1, 1
 1321, +      4035 , CHG_GPA_HTR, 0
 1112, +      4040 , EXEC_SEQ, 12, 1
 2358, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, OUT_OF_RANGE, 0
 2377, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, LESS_COMPARE_VALUE, 1476
 2376, +      4180 , CHG_ANALOG, CEB_OS_TEMP_A, GREATER_COMPARE_VALUE, 1485
 1148, +      4180 , EXEC_SEQ, 48, 1
 2468, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, OUT_OF_RANGE, 3
 2485, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, GREATER_COMPARE_VALUE, 4095
 2475, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, SEQUENCE, 153
 2471, +      4185 , CHG_ANALOG, CEB_IS_TEMP_B, COMPARE_SETTING, 2
 2065, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, OUT_OF_RANGE, 3
 2426, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, GREATER_COMPARE_VALUE, 4484
 2418, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, SEQUENCE, 155
 2052, +      4185 , CHG_ANALOG, CEB_IS_TEMP_A, COMPARE_SETTING, 2
 1128, +      4190 , EXEC_SEQ, 28, 1Contingency