Difference between revisions of "PITMinutes 05-06-2019"

Latest revision as of 14:50, 6 May 2019

R. Bachimanchi, M. Bickley, R. Geng, C. Hovater, G. Krafft, A. Kimber, F. Marhauser, R. Nelson, T. Plawski, and T. Powers.

1. Operations Status and Summary/Review (Bickley)

Continued quiet running at reduced energy. 85% availability at low energy.

2. RF Fault analysis (Plawski)

By varying mixing frequencies, clock eliminated as a source of noise

3. C100 Cavity/Cryomnodule Modifications (Marhauser)

Spread sheet for performance prediction has been created. Many different scenarios may now be investigated.

Leadership of quenches. Offline discussion.

C100 Refurbishment Project for the future?

@@ Line 1: / Line 1: @@
 == Attendance ==
-R. Bachimanchi, K. Baggett, M. Bickley, K. Davis, R. Geng, C. Hovater, G. Krafft, A. Kimber, R. Nelson, T. Plawski, T. Powers, and H. Wang.
+R. Bachimanchi, M. Bickley, R. Geng, C. Hovater, G. Krafft, A. Kimber, F. Marhauser, R. Nelson, T. Plawski, and T. Powers.
 == Agenda and Notes ==
-. Operations Status and Summary/Review (Freyberger)
+. Operations Status and Summary/Review (Bickley)
 Continued quiet running at reduced energy.
@@ Line 13: / Line 13: @@
 . RF Fault analysis (Plawski)
-Many indicated quench faults are not real quenches because
+By varying mixing frequencies, clock eliminated as a source of noise
-the field energy leaves the cavities too quickly. Some
-preliminary investigations
+[https://casa.jlab.org/LINACPIT/LLRF_2_X_transmitter_performance.pptx LLRF Transmitter]
-[https://casa.jlab.org/LINACPIT/RF_Pit_25Mar2019.pdf False Quenches and Other Topics]
+. C100 Cavity/Cryomnodule Modifications (Marhauser)
-. Cryomnodule Modifications (Marhauser)
 Spread sheet for performance prediction has been created.