Difference between revisions of "BLTWG Active Collimator Interface Meeting"
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* Present: | * Present: | ||
---- | ---- | ||
+ | ===Action items from 1/14/2013 meeting === | ||
+ | A team composed of John Musson, Trent Allison, Alexander Somov, Igor Senderovich, Pete Francis, Brian Bevins, Scott Higgins will meet within two weeks to draft hardware requirements for an FPGA-based PCB that will make collimator data available to a PC104-based IOC to do the FFB calculations and magnet controls. The group will specify the incoming signals (voltages, bandwidth, etc.) as well as any outputs from the PCB that Hall D will require. | ||
===Agenda=== | ===Agenda=== | ||
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==== Bandwidths ==== | ==== Bandwidths ==== | ||
{| | {| | ||
− | | [[Image:ActColBW.png|400px]] || [[Image:PMT-5Rresp.png|400px]] | + | | [[Image:ActColBW.png|400px]] || [[Image:PMT-5Rresp.png|400px]] |
+ | |- | ||
+ | | Beam motion spectrum from the 2012 Hall B beam test <br> using the 10<sup>10</sup> amplifier gain setting | ||
+ | || Response spectrum of the PMT-5R amplifiers at various gain modes | ||
|} | |} | ||
− | ==== System Diagram ==== | + | ==== Prototype System Diagram ==== |
[[Image:Colli1.png|600px]] | [[Image:Colli1.png|600px]] |
Latest revision as of 20:02, 4 February 2013
Contents
Organization
- Time: 10:00 EST
- Place: JLab CC F326, ESNET and Seevogh ??
- Connecting: instructions are here
- Present:
Action items from 1/14/2013 meeting
A team composed of John Musson, Trent Allison, Alexander Somov, Igor Senderovich, Pete Francis, Brian Bevins, Scott Higgins will meet within two weeks to draft hardware requirements for an FPGA-based PCB that will make collimator data available to a PC104-based IOC to do the FFB calculations and magnet controls. The group will specify the incoming signals (voltages, bandwidth, etc.) as well as any outputs from the PCB that Hall D will require.
Agenda
Notes
Relevant Documents
Bandwidths
Beam motion spectrum from the 2012 Hall B beam test using the 1010 amplifier gain setting |
Response spectrum of the PMT-5R amplifiers at various gain modes |