The European XFEL will require very precise synchronization. Depending on accelerator subsystem, optical, RF and timing singals are required with various stability characteristics. The synchronization system conceptual design is being prepared. The main objectives of this workshop are explaining to users the planned concept of the synchronization system and also gathering and discussing user requirements. The most important and difficult requirements will be identified and consequences of difficulties with fulfilling those requirements will be addressed. The data gathered from users will be a base for the CDR of the synchronization system.
Participants
Bin Li
Christopher Youngman
Claire Simon
Dirk Lipka
Dirk Nölle
Dominik Sikora
Frank Ludwig
Guenter Moeller
Harald Sinn
Henning Christof Weddig
Herbert Kapitza
Holger Schlarb
Ignacy Kudla
Kay Rehlich
Krzysztof Czuba
Krzysztof Oliwa
Lukasz Zembala
Markus Stadler
Matthias Felber
Matthias Hoffmann
Maximilian Lederer
Michael Bousonville
Patrick Gessler
Stephan Hunziker
Szymon Jablonski
Thorsten Lamb
Torsten Limberg
Winfried Decking
Wojciech Wierba
Wolfgang Freund
1
Welcome Address and General Information
Speaker:
DrHolger Schlarb(DESY)
Slides
2
Introduction and Synchronization System Overview
Speaker:
DrKrzysztof Czuba(ISE, Warsaw University of Technology)
Slides
3
Possible Operation Modes of the European XFEL
Speaker:
MrWinfried Decking(DESY)
Slides
4
Optical Synchronization Overview
Speaker:
DrHolger Schlarb(DESY)
Slides
5
Introduction to XFEL Timing System
Speaker:
Kay Rehlich(DESY)
Slides
11:00
Coffee Break
6
Synchronization System Installation - requirements, constrains, remarks
Speaker:
MrWojciech Wierba(Institute of Nuclear Physics PAN, Cracow, Poland)
Slides
7
RF Sychronization Requirement from Xray Photon Diagnostics Group – WP74
Speaker:
Bin Li
Slides
8
Timing Requirements for Optical Lasers at XFEL
Speaker:
Maximilian Lederer
Slides
9
Undulator and 40mm Cavity BPM System Synchronization Requirement