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Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system

The proposed SPS Wideband Transverse Feedback system requires a wide-band pick-up system to be able to detect intra-bunch motion within the SPS proton bunches, captured and accelerated in a 200 MHz bucket. We present the electro-magnetic design of transverse beam position pick-up options optimised f...

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Detalles Bibliográficos
Autores principales: Kotzian, G, Hofle, W, Steinhagen, R J, Valuch, D, Wehrle, U
Publicado: 2013
Materias:
Acceso en línea:http://cds.cern.ch/record/1709956
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author Kotzian, G
Hofle, W
Steinhagen, R J
Valuch, D
Wehrle, U
author_facet Kotzian, G
Hofle, W
Steinhagen, R J
Valuch, D
Wehrle, U
author_sort Kotzian, G
collection CERN
description The proposed SPS Wideband Transverse Feedback system requires a wide-band pick-up system to be able to detect intra-bunch motion within the SPS proton bunches, captured and accelerated in a 200 MHz bucket. We present the electro-magnetic design of transverse beam position pick-up options optimised for installation in the SPS and evaluate their performance reach with respect to direct time domain sampling of the intra-bunch motion. The analysis also discusses the achieved subsystem responses of the associated cabling with new low dispersion smooth wall coaxial cables, wide-band generation of intensity and position signals by means of 180 degree RF hybrids as well as passive techniques to electronically suppress the beam off-set signal, needed to optimise the dynamic range and position resolution of the planned digital intra-bunch feedback system.
id cern-1709956
institution Organización Europea para la Investigación Nuclear
publishDate 2013
record_format invenio
spelling cern-17099562022-08-17T13:31:49Zhttp://cds.cern.ch/record/1709956Kotzian, GHofle, WSteinhagen, R JValuch, DWehrle, UEvaluation of strip-line pick-up system for the SPS wideband transverse feedback systemAccelerators and Storage RingsThe proposed SPS Wideband Transverse Feedback system requires a wide-band pick-up system to be able to detect intra-bunch motion within the SPS proton bunches, captured and accelerated in a 200 MHz bucket. We present the electro-magnetic design of transverse beam position pick-up options optimised for installation in the SPS and evaluate their performance reach with respect to direct time domain sampling of the intra-bunch motion. The analysis also discusses the achieved subsystem responses of the associated cabling with new low dispersion smooth wall coaxial cables, wide-band generation of intensity and position signals by means of 180 degree RF hybrids as well as passive techniques to electronically suppress the beam off-set signal, needed to optimise the dynamic range and position resolution of the planned digital intra-bunch feedback system.oai:cds.cern.ch:17099562013
spellingShingle Accelerators and Storage Rings
Kotzian, G
Hofle, W
Steinhagen, R J
Valuch, D
Wehrle, U
Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title_full Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title_fullStr Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title_full_unstemmed Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title_short Evaluation of strip-line pick-up system for the SPS wideband transverse feedback system
title_sort evaluation of strip-line pick-up system for the sps wideband transverse feedback system
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1709956
work_keys_str_mv AT kotziang evaluationofstriplinepickupsystemforthespswidebandtransversefeedbacksystem
AT hoflew evaluationofstriplinepickupsystemforthespswidebandtransversefeedbacksystem
AT steinhagenrj evaluationofstriplinepickupsystemforthespswidebandtransversefeedbacksystem
AT valuchd evaluationofstriplinepickupsystemforthespswidebandtransversefeedbacksystem
AT wehrleu evaluationofstriplinepickupsystemforthespswidebandtransversefeedbacksystem