Difference between revisions of "UITF Meeting - January 3, 2020"
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*Raster magnets must be ON | *Raster magnets must be ON | ||
*some sort of vacuum guage at dump and near target, can be another ion pump current I guess | *some sort of vacuum guage at dump and near target, can be another ion pump current I guess | ||
| − | |||
I&C stuff, Cable pulls: | I&C stuff, Cable pulls: | ||
| − | + | *We need a frequency generator to drive the laser intensity modulator at 1 MHz | |
| − | + | *We need a copy of the 1 MHz signal delivered to the lockin amplifier rack | |
| − | + | *Aperture/stepper motor control (three of these, two near HDIce and one at Chopper) | |
| − | + | *Two viewers behind HDIce | |
| − | + | *New ADC card to read the SF6 pressure, per Scott Higgins’ request (the old XY566 ADC will be upgraded to a standard VMIc0979 board) | |
| − | + | *Remote control of the pockel cell voltages, DAC wired to the EMCO HV bricks (we won’t use the fancy RTP driver that Caryn Palatchi has you building, not at UITF) | |
| − | + | *Fibers (4?) from helicity board to the HDIce target | |
| − | + | *Ethernet cable from halo counters to….? | |
| − | |||
RF group: | RF group: | ||
| − | + | *Buncher 748.5 MHz, and then 1497 MHz | |
| − | + | *Heaters added to buncher, cabled and fed to 120 VAC box, Hansknecht’s controller | |
| − | + | *Get 1497 MHz buncher made, fine tuned to be resonant | |
| − | + | *Buy 1497 MHz 400 W amp | |
| − | + | *Yao cavity bunch length electronics, software | |
| − | |||
Phil: | Phil: | ||
| − | + | *Install 6” blank gasket with 5 mm hole for conductance limitation, in case we vent something, gives us time to close valves to protect the booster | |
| − | + | *Install manual valve on the elevated beamline, to make it easier to bake this line | |
| − | |||
Software related: | Software related: | ||
| − | + | *Halo counters, need software, right? | |
| − | + | *Some way to export Labview info to read via epics | |
| − | + | *Raster magnets | |
| − | + | *Stepper motor control apertures and chopper slit | |
| − | + | *Pockel cell voltages via DAC | |
| − | |||
Computer control: | Computer control: | ||
| − | + | *Remote desktop to X computers inside Cave2 | |
| − | + | *Additional wall monitors? | |
| − | |||
RadCon: | RadCon: | ||
| − | + | *Shielding concerns, high current at dumps, proximity of HDIce electronics | |
Latest revision as of 17:12, 3 January 2020
media:HDIce to do list 1_3_2020.docx
Additional FSD nodes, some/all will be maskable
- Ragowski coil low current BPM, trip beam when position and current exceeds a value determined by Kevin's Labview program
- Halo counters at the dump
- Halo counters at upstream apertures
- Decarad? Will be installed but perhaps not used as FSD
- the dump magnet must be ON
- Superconducting IBC magnets must be ON, other protection required by ERR committee?
- Raster magnets must be ON
- some sort of vacuum guage at dump and near target, can be another ion pump current I guess
I&C stuff, Cable pulls:
- We need a frequency generator to drive the laser intensity modulator at 1 MHz
- We need a copy of the 1 MHz signal delivered to the lockin amplifier rack
- Aperture/stepper motor control (three of these, two near HDIce and one at Chopper)
- Two viewers behind HDIce
- New ADC card to read the SF6 pressure, per Scott Higgins’ request (the old XY566 ADC will be upgraded to a standard VMIc0979 board)
- Remote control of the pockel cell voltages, DAC wired to the EMCO HV bricks (we won’t use the fancy RTP driver that Caryn Palatchi has you building, not at UITF)
- Fibers (4?) from helicity board to the HDIce target
- Ethernet cable from halo counters to….?
RF group:
- Buncher 748.5 MHz, and then 1497 MHz
- Heaters added to buncher, cabled and fed to 120 VAC box, Hansknecht’s controller
- Get 1497 MHz buncher made, fine tuned to be resonant
- Buy 1497 MHz 400 W amp
- Yao cavity bunch length electronics, software
Phil:
- Install 6” blank gasket with 5 mm hole for conductance limitation, in case we vent something, gives us time to close valves to protect the booster
- Install manual valve on the elevated beamline, to make it easier to bake this line
Software related:
- Halo counters, need software, right?
- Some way to export Labview info to read via epics
- Raster magnets
- Stepper motor control apertures and chopper slit
- Pockel cell voltages via DAC
Computer control:
- Remote desktop to X computers inside Cave2
- Additional wall monitors?
RadCon:
- Shielding concerns, high current at dumps, proximity of HDIce electronics