Difference between revisions of "CPS meeting - October 16, 2023"
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* Announcements | * Announcements | ||
* Status of thermal analysis (Hovanes,Tim) | * Status of thermal analysis (Hovanes,Tim) | ||
| − | * CPS model updates (Pavel) | + | *: [[media:klcps77_temps_10_16_2023.pdf | Results for KLCPS77 from Mathematica]] |
| + | * [[media:cps_update_16Oct2023.pptx | CPS model updates ]] (Pavel) | ||
| + | * Tagger/CPS magnet power supply | ||
| + | :* [https://logbooks.jlab.org/entry/4156536 CPS magnet prototype model coil parameters]: | ||
| + | :*: S = 8cm x 7cm, j_avg = 67 Amps/cm^2. Assuming 16 turns ⟶ I_ps = 234.5 Amps, L_16turns ≈ 27 m, and R_16turns ≈ 1.36 mΩ . | ||
| + | * Radiation hardness of equipment in the hall (Vitaly). | ||
| + | [[media:ElecLifetimeKLF10-16-23.pdf | Electronc Chip's Lifetime at Tagger Hall ]] (Vitaly) | ||
| + | |||
* Any other business | * Any other business | ||
Latest revision as of 14:57, 20 October 2023
- Announcements
- Status of thermal analysis (Hovanes,Tim)
- CPS model updates (Pavel)
- Tagger/CPS magnet power supply
- CPS magnet prototype model coil parameters:
- S = 8cm x 7cm, j_avg = 67 Amps/cm^2. Assuming 16 turns ⟶ I_ps = 234.5 Amps, L_16turns ≈ 27 m, and R_16turns ≈ 1.36 mΩ .
- CPS magnet prototype model coil parameters:
- Radiation hardness of equipment in the hall (Vitaly).
Electronc Chip's Lifetime at Tagger Hall (Vitaly)
- Any other business