Objectives:

This procedure checks that the instrument is still in good operational condition post landing. It will also get a background measurement at the end. Use to check if TA has developed any shorts.

Sol 96 – Running to check EGA Channel 3 health and see if we can get a TA manifold pressure post Carrier valve leaking. Changed the last Sweep 38 to run at 3500V and modified the TA manifold heater to 65C from 20C.

Block Name: tega_checkout.vml

Version #: R31

Configuration: Landed Operations:

Assumptions: TEGA can not be turned on below -50C

Gas(es) used: Calibration and Carrier Gas Tanks still sealed. Manifold will be pressurized with Mars ATM during valve checkout.

Filaments used: 1

SW Version (386): V513 SW Version (EGA): V321

Sweep and hop mode version(s): V123

Super modes and Sweep modes used: SM 1 & SM 2, Sweep Modes 37 & 38

Sequences used: 1B (& 2B), 3B (& 4B), 1A, 32A(&33A), 34A(&35A)

DECLARE INPUTS:

MV 3500 – During the Sweep 38

1) Turn TEGA ON (tega_power_on)

a) Add preheat pause as pass in duration determined by thermal environment

2) Turn EGA ON, restoring modes from EEPROM 0 (calls tega_ega_on, Restore modes Side 0)

a) EGA Transmit time 5 sec. (done within tega_ega_on)

b) Run Sweep Mode 37 dark. (done within tega_ega_on)

3) Change model power to Ramp1 for Cal Tank and Manifold Heater

4) Start Calibration Heater regulation at 20C

5) Start TA Manifold Heater regulation at 65C

6) Call tega_ega_prep (Filament 1)

a) Jplate 0 = -107V, Jplate 1= -92V

b) Filament current low current, low energy (1,0,3)

c) MV ON @ 3300 MV (This is now an input variable that is defined with each run)

d) Start SM 1

e) Ion Pump ON

f) Pause 2 minutes

g) Stop SM 1

7) Stop Manifold Heater regulation (~ 3 seconds has elapsed) Move to step 12 – see note. Try to get close to 20 minutes of data at the correct calibrated temperature.

8) Call tega_ega_calibration_scans, Calibration Set MV 3300 (input variable)

a) MV @ TBDV (input variable)

9) Turn Calibration Heater regulation OFF (~ 4 minutes have elapsed)

10) Call tega_ega_gain

a) Start SM 2

b) Pause 1 minute

c) Set MV 2600 – 3400V (1 minute per voltage)

d) Remain at TBD – 3300V (input variable)

e) Stop SM 2

f) Run Sweep 38

11) Start SM 2

12) Move Turn OFF TA Manifold heater to HERE

13) HEATER TEST

a) Plumbing 1 – ON Wait 5 secs

b) Plumbing 1 – OFF

c) Plumbing 2 – ON Wait 5 secs

d) Plumbing 2 – OFF

e) EGA Manifold – ON Wait 5 secs

f) EGA Manifold – OFF

g) EGA Plumbing – ON Wait 5 secs

h) EGA Plumbing – OFF

i) EGA Warmup – ON Wait 5 secs

j) EGA Warmup - OFF

k) Transfer Tube – ON Wait 5 secs

l) Transfer Tube – OFF

m) Wedge Heater – ON Wait 5 secs

n) Wedge Heater – OFF

14) Call tega_select_oven

15) Setup for TA test

a) Turn on engineering readings for TA test

b) open door time to 10 sec

c) close oven time to 10 sec

d) LED min diff to -1

e) Poke registers to setup oven, shield, and t-heater

f) Change power model to Ramp2

16) Select Oven 0

a) Open Door – 10 secs (This has a 30 sec timeout for GV_TEGA_TA_DONE)

b) Open inlet – wait 5 sec

c) Close inlet –

d) Open Outlet – wait 5 sec

e) Close Outlet –

f) Start Oven fill – Shake for 15 secs (verifies LED operational)

i) Will not shake/LED Diff Parameters set to prevent

g) Close Oven – 10 secs (This has a 30 sec timeout for GV_TEGA_TA_DONE)

h) Poke registers for oven, shield, t-heater (allow enough time to get a linear temperature rise)

i) Turn off power to oven, shield, t-heater for one minute.

17) Repeat 23a-23i through Oven 7 (skip TA4 due to short)

18) Bypass OPEN – Wait 5 secs

19) Bypass CLOSED –

a) Issue FPGA Register Dump

20) Multiplier Voltage to 3500V (input variable)

21) Pause 1 minute

22) Stop SM 2

23) Run Sweep 38 and wait for it to finish

24) EGA OFF

25) TEGA OFF