Michael Kuntzsch
(HZDR)
16/07/2015, 15:00
Mr
Mikheil Titberidze
(UHH/DESY-MSK/CFEL)
16/07/2015, 15:45
Session 4 | Stability, Controls & Synchronization
New Optical-to-Microwave Synchronization system for Titanium Sapphire Lasers.
Dr
Mikhail Krasilnikov
(DESY)
16/07/2015, 15:48
Session 4 | Stability, Controls & Synchronization
Stable and reliable operation of a high brightness photo injector is one of main challenges for the electron source of modern linac based Free Electron Lasers (FELs). The Photo Injector Test facility at DESY in Zeuthen (PITZ) develops high brightness photo injector for FLASH and the European XFEL. RF photo gun stability and reliability is in the focus of experimental program at PITZ. In...
Mr
Hannes Dinter
(DESY)
16/07/2015, 15:51
Session 4 | Stability, Controls & Synchronization
bunch arrival time, timing stability, electro-optical detection scheme, synchronised ultra-short laser pulses, bunch sub-trains
Dr
Konrad Przygoda
(DESY)
16/07/2015, 15:54
Session 4 | Stability, Controls & Synchronization
MicroTCA.4 Piezo Driver "DRTM-PZT4" has been developed to support laser synchronization and special diagnostic (SD) applications foreseen for XFEL facility. The Piezo Driver is capable of driving 4 piezo actuators with voltages up to ±80 V. The solid state power amplifiers are driven using 18-bit DACs and sampling rates of 1 MSPS. The bandwidth of the driver is remotely tuneable using...
Mr
Szymon Jablonski
(Warsaw University of Technology)
16/07/2015, 15:57
Session 4 | Stability, Controls & Synchronization
We present a cost-effective solution for the synchronization of RF signal sources separated by tens of kilometers with the femtosecond accuracy. The system is comprised of an optical transmitter connected via single mode fibers to remote receivers. The transmitter is a CW laser intensity modulated by the RF reference oscillator.
Dr
Matthias Hoffmann
(DESY)
16/07/2015, 16:00
Session 4 | Stability, Controls & Synchronization
Generic Local Oscillator Modules
Matthias Hoffmann
(DESY)
16/07/2015, 16:03
Session 4 | Stability, Controls & Synchronization
LLRF stability investigations at REGAE
Uros Mavric
(DESY)
16/07/2015, 16:06
Session 4 | Stability, Controls & Synchronization
Accelerator RF control, drift compensation, CW operation
Mr
Cezary Sydlo
(DESY)
16/07/2015, 16:09
Session 4 | Stability, Controls & Synchronization
Accurate timing synchronization on the femtosecond timescale is an essential installation for time-resolved experiments at free-electron lasers (FELs) such as FLASH and the upcoming European XFEL. To date the required precision levels can only be achieved by a laser-based synchronization system.
Such a system has been successfully deployed at FLASH and is based on the distribution of...
Mr
Igor Rutkowski
(ISE, Warsaw University of Technology)
16/07/2015, 16:12
Session 4 | Stability, Controls & Synchronization
The poster presents latest developments of MTCA.4-based LLRF for ELBE including a real-time beam loading compensation using toroid detectors. Results of field-detection module measurements are discussed.
Reinhard Steinbrück
(HZDR)
16/07/2015, 16:15
Session 4 | Stability, Controls & Synchronization
ELBE is a superconducting linear electron accelerator at Helmholtz-Center Dresden-Rossendorf. The poster shows an integration concept of µTCA.4 hardware into the ELBE control system and its status. The idea is to use an OPC UA server running on the µTCA controller to publish control and status data of the hardware. The server implementation would be based on the µTCA4U control system adapter...
