Intro files
- Richard overview talk pdf ppt
- Pelle's tower wiring and electronics talk: ppt pdf
- Bruce Hines' readout electronics talk: ppt pdf
- TDR pdf
L2 is Richard Partridge
L3 deputy is Martin Huber, Colorado University (in charge of SQUID fabrication)
- Budget and schedule responsibility and weekly reports to CAM (Richard P. at SLAC) Here is P6 pdf
- Coordinate fabrication, testing, interfaces with other subsystems
- Coordinate tower electronics background contribution
- SQUID fabrication coordination
Electronic design
- Design development, schematic and layout for very custom PCB taylored for tower testing in close collaboration with Richard, etc. Expect there will be 2 or 3 PCBs in the next 6 months. (March to September 2018)
- Work closely with the mechanical engineers for interfaces
- Need to support and work closely with the layout group, and in cases w/o their help, in cases were specific fab is needed for radiopure experiments like this
- Working closely with vendor to produce superconducting flex cables
- Budget and schedule responsibility and weekly reports to CAM (B. Hines, Denver) Here is P6 pdf
- Coordinate assembly and testing of more test cables (we have the hardware) with electrical shop and CDMS folks.
- Coordinate assembly and testing of first long readout cables
- Coordinate interfaces and adjust designs based on interactions with other subgroups in the project: cryogenics, readout electronics and tower.
- Help with overall electrical design; transmission line simulation
- Responsible for eTraveler and radiopurity control
- Fabrication/Vendor contacts for hardware procurement of the wire, PCBs and assembly
- Work closely with and supervise assembly in electronics shop
See: SuperCDMS Task Transition
- The above support for testing and tower assembly in the clean room continues.
- Likely the pure design of PCBs and circuitry will become small.
- L3 manager items continues.
- Coordination of radiopurity assays will continue
- Coordination of fabrication for production (this should only be small adjustments to designs)
- Readout cable duties will be mostly about finding a vendor that can build many of them and testing that procurement and coordinating with L2 manager and Fermilab cryogenics engineers on mechanical interfaces.
- Completed? Files? DUNE Readout Cabling Testing; coordinating with consortium leaders on testing (incl. procurement and such)
- Completed? Files? Defining ASIC testing requirements; working closely with the ASIC group (Angelo, Aldo, Faisal) to figure out what they need in terms of interfaces and signaling
- Completed? Files? Electronic circuit design; estimate and calculate circuit properties relevant for the ASIC interfaces (ADC speed, resolution, noise, filtering)
- Completed? Files? Thermal performance and mechanical compatibility; power estimations for power and thermal compatibility for testing cryogenically, working with tech's to build test hardware (dewars, flanges, etc.)
- Lead design of initial testing of the ASIC and coordinate closely with ASIC group and DUNE collaborators for requirements
- Plan procurement, assembly and checkout of hardware for testing setups
- Do estimate calculations for both electrical and thermal performance of the test setup
- Coordinate with other institutions on testing: hardware availability
- Coordinate with EE for getting support for the ASIC in terms of firmware and software (probably Dionisio)
- Analysis software and debugging of ASIC together with the ASIC group
- Design and layout of multiple PCBs (some for cryostat operation, ASIC carrier board, epix interface boards, high-speed and HV cryostat penetration board)
- the schematics will be mostly done before P leaves
- and need to be taken over by somebody: coordination, layout, fab, testing
- The above mostly continues for DUNE
- Lead overall design of testing ASIC beyond single chip: research and design requirements for the readout systems together with EE, Ryan, etc. (e.g. changes/updates needed for RCE system)
- Play a role in the analysis of testing data and software for that.
- Support testing efforts at other institutions (Hawaii, etc)
- At some point we need to get back into testing the full DAQ and perhaps implementing the ideas Ben and P. have had for calibration and data taking stability. I think this will happen a few months before the next run so in the fall/end of 2018 or so.