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Test sequence starting Oct 1

By Howard Matthews,2014-01-20 04:10
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Test sequence starting Oct 1

Proposed test sequence starting Oct 1 (Very rough draft)

    Operation/Test Functions verified H/W selection LATC LCI HKPG LRS FSW

    schedule others??? 12Power up test Commands paths, telemetry paths, X Needed? N/A Baseline Baseline ???

    telemetry, basic LAT health (power

    consumption, …) 32Load baseline Ability to load configuration files, ability From power up Baseline Baseline ??? Baseline4configuration to apply configuration files. Includes test

    and verify LATC files and other TBD uploads 2Calorimeter CI See table 1 From power up ??? Baseline Baseline4tests test 2Calorimeter See table 2 From power up N/A Baseline Baseline ??? 4muon tests test 2Tracker CI See table 3 From power up ??? Baseline Baseline4tests test 2Tracker muon See table 4 From power up ??? N/A Baseline Baseline4tests test 2ACD CI tests See table TBD From power up Baseline Baseline ??? 4test 2ACD muon See table TBD From power up ??? N/A Baseline Baseline4tests test 2System muon Gather ETE muon data with ACD From power up ??? N/A Baseline Baseline4tests installed test 2Crosstalk test Engineering test to see if subsystems From power up ??? Baseline Baseline4crosstalk. Based on recommendation from test

    Mike. May be performed during testing

    with ACD and 8 towers before FSW.

    LRS Demonstrate LRS capability From power up N/A TBD TBD command ??? 4test combinations scripts

1-Baseline housekeeping schedule TBD, but default is likely acceptable

    2-Baseline LRS register settings TBD

    3-Baseline LATC will be an extension of one of the existing ETE run configurations. Still need to determine how to factor in presence of the ACD. This baseline will not be the in-orbit baseline, since the in-orbit baseline will be designed to ignore muons.

    4-Assumes that the suite of files needed to set up the rest of the LAT configuration do not depend on the physical hardware powered (e.g. which side of the GASU is in use). Whether the suite of files depends on which towers are powered is TBD.

Calorimeter charge injection tests

    Script Purpose Required configuration files (LCI and LATC)

    X LATC files, y LCI files CALF_PEDESTALS_CI: Compute pedestals.

    X LATC files, y LCI files CALF_SHP_P01: Calibrate slow shaper and determine optimal charge-

    injection Tack time delay under Timed Readout.

    X LATC files, y LCI files CALF_GAIN_P01: Calibrate relative electronic gains with charge injection.

    CALU_COLLECT_CI_SINGLEX16 determine front-end integral non-linearity and noise X LATC files, y LCI files CALU_COLLECT_CI_SINGLEX16 Test CAL-LO and CAL-HI trigger enable/disable with X LATC files, y LCI files

    charge injection

    CALF_TRG_P03 Characterize FLE and FHE DAC settings with charge 24 LATC files (12 columns by FHE/FLE)

    injection. 24 LCI files, (possibly thousands) CALF_SUPP_P01 Characterize LAC DAC settings with charge injection. X LATC files, y LCI files CALF_RNG_P01 Characterize ULD DAC settings with charge injection. X LATC files, y LCI files

Calorimeter muon tests

    Script Purpose Required configuration files (LATC) CALF_MU_OPTICAL: Analyze muon data for changes in relative 1 file, differs from nominal by TBD

    optical performance.

Tracker charge injection tests

    Script Purpose Required configuration files (LCI and LATC)

    TE301 Gain and Noise Measurement Measure gain and noise for each channel, detect

    dead or disconnected channels TE302 Single Strip Noise Occupancy Detects noisy channels TE303 GTFE Noise Occupancy Scan Health check TE305 Layer Trigger Threshold Scan Health check TE306 TOT Test Demonstrates functionality of TOT circuit TE307 TREQ Check Demonstrates functionality of TREQ circuits TE601 Threshold Calibration 2 Determines optimum threshold TE602 TOT Conversion Parameter Calibration 2 Provides calibration data for TOT conversion TE603 MIP Calibration 2 Calibrates charge injection scale VS TOT for

    each GTFE

    TE604 Threshold Dispersion 2 Verifies threshold dispersion specification TE702 Trigger Jitter Measurement Verifies trigger jitter specification TE703 Dead Time Measurement Measures dead time TE704 - Noise Occupancy with Readout in Progress Verifies noise occupancy specification

Tracker muon tests

    Script Purpose Required configuration files (LATC)

    TE401 Self-Triggering Test Demonstrates functionality of the trigger system TE403 - Efficiency, Resolution, and Alignment 2

Notes/issues

How is diagnostic tlm set up and what test do we want/need.

32 fsw config file slots need column added for them

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