Difference between revisions of "PITMinutes 05-06-2019"
From CASA Wiki
| Line 1: | Line 1: | ||
== Attendance == | == Attendance == | ||
| − | R. Bachimanchi | + | R. Bachimanchi, M. Bickley, R. Geng, C. Hovater, G. Krafft, A. Kimber, F. Marhauser, R. Nelson, T. Plawski, and T. Powers. |
== Agenda and Notes == | == Agenda and Notes == | ||
| − | 1. Operations Status and Summary/Review ( | + | 1. Operations Status and Summary/Review (Bickley) |
Continued quiet running at reduced energy. | Continued quiet running at reduced energy. | ||
| Line 19: | Line 19: | ||
[https://casa.jlab.org/LINACPIT/LLRF_2_X_transmitter_performance.pptx LLRF Transmitter] | [https://casa.jlab.org/LINACPIT/LLRF_2_X_transmitter_performance.pptx LLRF Transmitter] | ||
| − | 3. Cryomnodule Modifications (Marhauser) | + | 3. C100 Cavity/Cryomnodule Modifications (Marhauser) |
Spread sheet for performance prediction has been created. | Spread sheet for performance prediction has been created. | ||
Revision as of 14:48, 6 May 2019
Attendance
R. Bachimanchi, M. Bickley, R. Geng, C. Hovater, G. Krafft, A. Kimber, F. Marhauser, R. Nelson, T. Plawski, and T. Powers.
Agenda and Notes
1. Operations Status and Summary/Review (Bickley)
Continued quiet running at reduced energy. 85% availability at low energy.
2. RF Fault analysis (Plawski)
Many indicated quench faults are not real quenches because the field energy leaves the cavities too quickly. Some preliminary investigations
3. C100 Cavity/Cryomnodule Modifications (Marhauser)
Spread sheet for performance prediction has been created. Many different scenarios may now be investigated.
Energy Reach Calculator/Predictor
Action Items
Leadership of quenches. Offline discussion.
C100 Refurbishment Project for the future?
