conciled with block: tega_h
jectives:
ted via a mid-tem
omposition of altered minerals and to measure the gases given off by the decompositions. After m up, we will collect background data for 30 minutes then begin the ramp. The ramp starts at -60 nd runs to + 1000 C at 20 K/min followed by a 5 minute hold to measure the heat capacity of the n before the ramp returns to low temperatures. We also measure the heat capacity at low perature (where it should be a more sensitive measurement. The procedure also shuts off the nifold heater when the oven and shield are at high temperatures to avoid drawing too much current m the lander. nfiguration: d-temperature ramp has been completed previously.
ns
ew data from Checko
ments.
ed to make sure w
s(es) used: Carrier and Calibration. Mars atmosphere will also be collected through the TA ple valve.
Version (386): V513 SW Version (EGA): V321
eep and hop mode version(s): MODE TABLE V123. per modes and Swe
permodes running in ramp: 6, 7 & 12
Turn ON TEGA – Call TEGA_power_on
1.1.1. TEGA_MAIN1_PWR "ON" 1.1.2. TEGA_MAIN2_PWR "ON"
6
6
Star
6
Set EGA manifold heater to +35 C
Pause for pre_heater_delay (1891 sec; ) - TWEAKABLE
.7. Wedge Heater @ 10% duty cycle
ds)
Pause for post cal tank delay (2092 secon
T
urn OFF Cal Tank Heater
amp Ends as Follows:
R
25.1.1SM 6 running 25.1.2Carrier and Calibration Closed
25.1.4TA Sample Closed 25.1.
5Bypass OPEN
n
a_disable_heater_control (
ypa
C
Stop SM 6
CLOSE GEC Vent Valve
T
30.1.5.1EGA Shutdow30.1.4Multiplier Voltage
30.1.5Wait 5 se30.1.6Emission O
30.1.8Ion Pump Control OFF
A: CALL tega_power_off
.6Turn off the third TEGA switch
.7Turn off the second TE
.8Turn off the first TEGA a
.9FPGA Dump – Aker V
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