Module reception area setup

Software and firmware setup

YARR instruction

Version: documentation:

YARR software v1.4.6 and firmware version 1.4.0 released for 1.28 GHz readout

YARR document: https://yarr.web.cern.ch/yarr/install/

QC tools

gitlab link

itkdb v0.4.12

Module QC database tools: v2.2.8 : https://gitlab.cern.ch/atlas-itk/pixel/module/module-qc-database-tools/-/tree/main?ref_type=heads

  • Usage:

  • source itkdb/bin/activate

  • to get module config: 

  • generateYARRConfig -sn  20UPGR91301046 -o foldername

    • without a folder name will try to connect to localdb 

Module QC measurement tools: v2.2: https://gitlab.cern.ch/atlas-itk/pixel/module/module-qc-tools/-/tree/v2.2.0?ref_type=tags

  • Usage:  source qctool/bin/activate

Module QC analysis tools: v2.2

LocalDB: v2.2.7:

Monitoring

canary board: http://atlascr.slac.stanford.edu:3000/d/8XA-Shc7k/canary-boards?orgId=1&refresh=10s

ANL box monitoring:

Automated snippet v2.2

Box pi code: https://github.com/Y0ungst3r/imagin

Monitoring of the temperature modules and interlock status is found on the three pi's. The rasberry pi computers can be remotely accessed at the following three locations

  1.  dcs-lin-trp-1
  2. dcs-ring-trp-1
  3. dcs-pi-mod-03 (Note this one is for the quads)

When running you can the montoring at: http://atlascr.slac.stanford.edu:3000/d/31eiHlhSz/module_reception?orgId=1&from=now-5m&to=now

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



Testing Procedure


  1. Start dcs interlock Pi
    1. ssh pi@dcs-...
    2. cd ~/imagin
    3. python runAllInterlocks.py
  2. Start 19v power to Pi
    1. Check that dummy light turns on. 
  3. Start grafana
    1. http://atlascr.slac.stanford.edu:3000/d/31eiHlhSz/module_reception?orgId=1&from=now-5m&to=now
  4. Turn Air
  5.  Load module and connect power and data lines
  6. Turn on vaccuum
  7. Close box and check that dew point is lowering. 


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