Page History

...

• Using Altium Designer
  • Multi-board project: https://stanford-linear-accelerator-center.365.altium.com/designs/5186839B-3CA3-4D54-8947-817E5400B729
  • Digital board: https://stanford-linear-accelerator-center.365.altium.com/designs/15351422-ADCD-4239-875B-3D8D5E0BD347
  • Analog board: https://stanford-linear-accelerator-center.365.altium.com/designs/40A8ABB0-467C-443B-B76D-D732550EB38A
  • Carrier template board: https://stanford-linear-accelerator-center.365.altium.com/designs/AE5F4BFE-DBC6-4B3C-9281-8A1FBAC9D0BA
• Based mechanically on the boards from ePixHR250M_2x2_Camera_Documentation
  • Carrier board (PC_261_101_24_C00)
  • Digital board (PC_261_101_25_C00)
  • Power & communication board (PC_261_101_26_C00)
• Changes done to the system architecture compared to the boards in the camera above:
  • The digital board with the FPGA will be moved to the bottom of the stack with the optical transceiver
  • The analog board is at the top and interfaces between the carrier and the digital board
• Naming:
  • NNNgt-readout-platform-single-carrier
  • NNNgt-readout-platform-single-digital
  • NNNgt-readout-platform-single-analog Where NNN is the "brand name" of this system, suggestions:
  • Chipmunk
  • ePix-gt
  • GigaPlus
  GTplus

Anchor
altium-missing-components altium-missing-components

Altium missing components

...