1. Design and Test of a Fast Feedbacksystem for Orbit Correction at TTF and the TESLA Linear Collider
- Author
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Balewski, K., Duhme, H. T., Klute, J., Keese, D., Obier, F., Reyzl, I., Rummler, J., Schroder, M., Magne, C., and Phung, B.
- Subjects
beam monitoring: beam position ,electron positron: linear collider ,Physics::Instrumentation and Detectors ,Tsukuba 2001/03/26 [talk] ,DESY TESLA Linac ,beam position [beam monitoring] ,talk: Tsukuba 2001/03/26 ,proposed [linear collider] ,feedback [control system] ,Physics::Accelerator Physics ,signal processing ,linear collider: proposed ,correction: orbit ,orbit [correction] ,control system: feedback ,linear collider [electron positron] - Abstract
The 18th International Conference on High Energy Accelerators, HEACC2001, Tsukuba, Japan, 26 Mar 2001 - 30 Mar 2001; 16-18 (2001)., To achieve high luminosity in the TESLA Linear Collider feedback systems will be needed to provide orbit corrections within the bunch train. A prototype of the complete vertical feedback system has been installed in the TESLA Test Facility at DESY. The use of digital signal processing techniques led to a fast and highly flexible solution for the controller function. Additional features such as data logging and analysis allow easyadjustment of the feedback parameters to achieve the optimum performance of the system. An overview of the system will be presented as well as the results of first measurements.
- Published
- 2001
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