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** QC procedures testing document **

Module reception area setup

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Changed interlock to work with dewpoint instead of RH need to validate that this is okay.

DCS and interlock for module reception

The old setup for DCS and interlock are documented here: DCS Control/Monitoring for Inner Pixel Integration

Module reception areas are updated to ANL box as shown in the figures, details about test setup are documented in Kim Doyeong's slides.

Image Added

Grafana pages are used to monitor the module temperature, input voltage.

(For Nathan to put in the gitlad link for the software code)

Testing Procedure

1. Checking the condition of the shipping and fill 
2. Visual inspection [take off the plastic cover for the module to have a clear photo]
   1. 1 overview photo and photos for each chip
3. Start dcs interlock Pi
   1. ssh pi@dcs-...
   2. cd ~/imagin
   3. python runAllInterlocks.py
4. Start 19v power to Pi
   1. Check that dummy light turns on. 
5. Start grafana
   1. http://atlascr.slac.stanford.edu:3000/d/31eiHlhSz/module_reception?orgId=1&from=now-5m&to=now
6. Turn Air
7. Load module and connect power and data lines
8. For triplets turn on vacuum switch on front face of box.
9. Turn on vacuum (the vacuum might have a problem when the sealing is bad between tube and the vacuum chuck)
   1. two thing you can do is to change the sealing
   2. change the requirement of the sealing (vacuum require) in the book)
10. Close box and check that dew point is lowering. 
11. turn on the chiller
12. turn on the peltier (2.5V 1.2A)
13. power the module:
    1. I: 5.5A V:~2V
14. IV scan: use module-qc-tool
    1. https://pypi.org/project/module-qc-tools/#iv-measure
15. Electrical Test:
    1. run data transmission check first:
       
       1. /bin/eyeDiagram -r configs/controller/specCfg-rd53b-4x4.json -c <connectivity_file>
    2. scan_all.py to run all the electrical test
       1. need to change the module and testing date

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