Difference between revisions of "NPS ERR Prep 2/1/19"

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* Finalize layout with final number of SICCAS and CRYTUR crystals
 
* Finalize layout with final number of SICCAS and CRYTUR crystals
 +
 +
 +
HV DIVIDERS AND PMTs
 +
 +
* Check dividers for lower voltage range (600-700 V) - Fernando, Alex S. and student might be able to help too
 +
 +
* Check into bypassing amplifier - Fernando has a way to do that and it affects the easy to modify part of the board
  
  

Latest revision as of 13:20, 3 February 2019

GENERAL DOCUMENTATION

  • Collect information on subsystems


MAGNET

  • Plan for mapping and running
  • Hi-pot testing, hydro testing, checklists, 5 G boundaries and field measurements, controls pre-checked out, measured vs calculated results, safety checks and controls, back out procedures
  • Safety and operation documents - can check with J. Beaufait, E. Folts, et al.


FRAME

  • Timeline for construction and assembly, and resources
  • Define alignment and survey requirements - how well do we need to know
  • note that for NPS at 3-4m from target knowing position to mm is ~0.1mrad


CRYSTALS

  • Expected number of crystals and when anticipate to have them
  • Finalize layout with final number of SICCAS and CRYTUR crystals


HV DIVIDERS AND PMTs

  • Check dividers for lower voltage range (600-700 V) - Fernando, Alex S. and student might be able to help too
  • Check into bypassing amplifier - Fernando has a way to do that and it affects the easy to modify part of the board


HALL C - MECHANICAL

  • Strengthen bottom support, pivot
  • Installation plan


HALL C - POWER AND CABLING

  • Timeline for decisions and planning


HALL C - DAQ AND ELECTRONICS

  • Trigger Bandwidth - highest rate expected from NPS (collaboration input)
  • Dynamic range expected for signals (collaboration input)


HALL C - TRIGGER AND ELECTRONICS

  • How software chain handles data rates - online monitoring
  • Confirm ~4kHz rate on HMS side