Advanced Techniques in LLRF control for XFEL - Collaboration Workshop

Session

Optical synchronization

20 Feb 2013, 09:00

Otwock-Swierk

Conveners

Optical synchronization: Introduction and board presentation

• Matthias Felber (DESY)

Optical synchronization: Discussion on interoperability and compatibility of boards

• Matthias Felber (DESY)

Optical synchronization: Laser synchronization

• Holger Schlarb (DESY)

Optical synchronization: BAM systems

• Marie Kristin Czwalinna (DESY)

Optical synchronization: REFM

• Thorsten Lamb (DESY)

41. System overview: MTCA for optical links

Mr Matthias Felber (DESY)

20/02/2013, 09:00

42. uFMC20

Mr Hans-Thomas Duhme (desy)

20/02/2013, 09:15

43. DRTM-AD84

Mr Robert Meyer (DESY)

20/02/2013, 09:30

11. uFMC25

Mr Stefan Korolczuk (The Andrzej Soltan Institute for Nuclear Studies (IPJ))

20/02/2013, 09:45

45. uPZT4

Mr Konrad Przygoda (TUL)

20/02/2013, 10:00

44. DAMC02 Controller Firmware

Mr Pawel Predki (TUL / DMCS)

20/02/2013, 10:15

46. Discussion

20/02/2013, 10:45

Zone3, reduced RF backplane for HVPS communication and management, Topology, Communication bandwidth, Latency, What is needed for tests of one complete unit (for July 2013)

69. Generic concept for front-end electronics "Laser Synchronization"

Dr Holger Schlarb (DESY)

20/02/2013, 13:00

70. Experience with Short-pulse laser and at REGAE

Mr Matthias Felber (DESY)

20/02/2013, 13:15

71. Server for Laser synchronization based on down-conversion

Mr Tomasz Kozak (DMCS)

20/02/2013, 13:30

72. Discussion on concept and board layouts

20/02/2013, 13:45

Specialized RTM for SIS8300L/SIS8325, Communication bandwidth and latency requirements, VHDL resources

49. BAM system overview

Mrs Marie Kristin Czwalinna (DESY)

20/02/2013, 15:00

50. uFMC25 for BAM

Mr Jaroslaw Szewinski (Soltan Institute for Nuclear Studies)

20/02/2013, 15:10

51. FMC Mezzanine for BAM

Mr Samer Bou Habib (ISE, Warsaw University of Technology)

20/02/2013, 15:20

79. DFMC-MD22

Mr Robert Meyer (DESY)

20/02/2013, 15:30

52. BAM Discussion

20/02/2013, 15:40

Requirements for the complete BAM-system: * The lowest level: availability of electronics for control of motors, encoder, analogue I/O, etc. * The hardware level: cabling, signal lines, limitations in latency and bandwidth etc., interfaces to other subsystems (LLRF, BPM, ...) * The software level: firmware for communication between cards in the uTCA crate, server for the BAM read-out and...

53. Reference Distribution Concept

Dr Krzysztof Czuba (ISE, Warsaw University of Technology)

20/02/2013, 16:45

54. L2RF Optics and Integration

Mr Thorsten Lamb (DESY)

20/02/2013, 17:00

55. REFM / RF Reflectometer

Mr Dominik Sikora (ISE, Warsaw University of Technology)

20/02/2013, 17:15

7. L2RF Electronics

Ms Ewa Janas (ISE, Warsaw University of Technology)

20/02/2013, 17:30

58. REFM Discussion

20/02/2013, 17:45