Page History

Board design files

• Carrier board (link)

  • Carrier to flex interface document
  • Mechanical board outline 
• Flex board (link)
  • Flex to analog board interface document
  • Mechanical board outline
• Analog board (link)
  • Analog to digital interface document
  • Mechanical board outline
• Digital board (link)
  • External interface documents (power, control and optics)
  • Mechanical board outline
• Firmware 
  • Documentation
  • Code
  • Todo

Cables

• Power cable

• Fiber optics cable
  • MTP24 1:3 breakout cable (link)
• Vacuum Feedthrough (link)
• Internal Fiber Optics cable (link)

Power Supply

• Power supply should provide 24V
• Expected power consumption is 5W per ASIC plus 25W for the readout boards totaling 125W per quadrant
• Power supplies capable of single channel >175W or more is acceptable but recommend is  2 channels with 100W each
• Examples of such supplies
  • HMP4030 bench supply. 3 channels up to 160W each. This is the supply used in the lab for testing
  • MPOD (https://www.wiener-d.com/product/mpod-lv-module/) compatible modules (using 2 channels of 24V)

• • 2x MPOD compatible modules (using 2 channels of 24V per quad)

• • PL506 (https://www.wiener-d.com/product/pl508-power-supply-system/)
    • Power bin: PBN506 – 4U
    • Power Box: PBX506 – EX
    • 2x power Modules per power supply

    • MEH – 12/30

      12V … 30V

      1

      23A / 550W

      or (preferred)

    • 2x 

      MDL

      7… 24V

      2

      +/- 11,5A / 275W (550W total)

      
      

      
      

Support electronics

• PC_379_156_29_C00 - Single Mode to multi mode conversion box
• Firmware 

Firmware/Software

• List of requirements (link)
• Links to GitHub (link)
• Link to HowTos(link)
• Todo
• Firmware documentation
• Testing system with stand alone timing card, please use this guidelines