Detector requirements

• LDAC 2019 presentation (pptx, pdf)
• LDAC 2020 presentation (pptx, pdf)

ASICs documentation

• ePixM sensor - notes about short version tests (includes overall description of pixels): ePixM_test_notes_short_version_v5.docx
• ePixM sensor - summary of measurements with short prototypes June 2020: summary_epixm_long.pptx
• ePixM sensor - paper describing specs, pixels circuitry and expected performance: Rota_2019_J._Inst._14_C12014.pdf
• ePixM sensor-ePixMHR - paper describing both ICs: slac-pub-17493.pdf 

• ePix M readout IC documentation

• ePixM & ePixHRM

Detector Design Concept

• Initial design concept revision A (2019) presentation (pptx, pdf)
• Initial design concept revision B (2019) presentation (pptx, pdf)
• Electronic system concept (2020) presentation (pptx, pdf)
• Electronic system concept (2022) presentation (pptx, pdf)
• IEEE NSS slides (pptx, pdf)

Prototype design concept

• Mechanical design

  • Review September 2020 (V1) and (V2)

  • The CAD models are available on Teamcenter :

    • DSG-000053483

    • DSG-000022848

• Thermal analyses

• Electronics Design

  • Grounding (pptx)

  • Tile board

  • Data concentrator

  • Mother board

  • System ground concept

Board Design files

• Carrier board
• Digital board
• Power & Communication board
• Internal Camera Interface Documents
  • Power & Communication Board Interface (ePixM_P&CB_Interface.xlsx)
  • Carrier Board Interface (Carrier_Interface.xlsx)

Prototype Bring-up

• Powering up the detector
• Prototype 2 mechanical issues
• Detector attachment to cooling system

• ePixHrM hardware integration

• Carrier evaluation procedure

Fpga Documentation

• Firmware Diagram
• Testing
• Software common practices
• Keithley support
• Github Repo
  • A TID-ID-ES repo

Power distribution box

Conversion box

Cables

• Power cable (P&CB_Power_Connector.xlsx)

• Power cable (update): pc&b cables.docx

PCIe card firmware

• PCIe card data batcher implementation

Power Supply

• Power supply should provide 24V
• Expected power consumption is 7W per ASIC plus 25W for the readout boards totalling 53W
• Power supplies capable of single channel 75W or more is acceptable but recommend is  2 channels with 50W 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)

  • MPV 8030I

    8

    0 - 30V

    2.5A

    50W / ch.

    2mV

    0.12mA

    <2mVpp

• • MPOD compatible modules (using 1 or 2 channels of 24V)

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

    • MEH – 12/30

      12V … 30V

      1

      23A / 550W

      or 

    • MDL

      7… 24V

      2

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

      
      

      
      

Operating the detector

• Software Bring up
• Initial configuration sequence
• Lane error scan and manual delay determination
• Working with the Jupyter notebook
• Charge injection
  • Using the rogue interface
  • Charge injection with python using helper functions

Mecanical model

• Team center
  • DSG-000022848
• Carrier insertion and extraction tool (DSG-000022848_3)
  • 
• Key drawings in pdf
  • TODO

Assembly

• Detector assembly instructions

Data communication protocol

Image definition

Register map

Timing emulator

• Standalone PCIe XPM

Sensors Documentation

• Design files
• Test Documents
• etc.

Detector Modules