A prototype cavity beam position monitor for the CLIC Main Beam

The Compact Linear Collider (CLIC) places unprecedented demands on its diagnostics systems. A large number of cavity beam position monitors (BPMs) throughout the main linac and beam delivery system (BDS) must routinely perform with 50 nm spatial resolution. Multiple position measurements within a si...

Descripción completa

Detalles Bibliográficos
Autores principales: Cullinany , F, Boogert, S T, Joshi, N, Lyapin, A, Bastard, D, Calvo, E, Chritin, N, Guillot-Vignot, F, Lefevre, T, Søby, L, Wendt, M, Lunin, A, Yakovlev, V P, Smith, S
Lenguaje:eng
Publicado: 2012
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/1495073
_version_ 1780926574856503296
author Cullinany , F
Boogert, S T
Joshi, N
Lyapin, A
Bastard, D
Calvo, E
Chritin, N
Guillot-Vignot, F
Lefevre, T
Søby, L
Wendt, M
Lunin, A
Yakovlev, V P
Smith, S
author_facet Cullinany , F
Boogert, S T
Joshi, N
Lyapin, A
Bastard, D
Calvo, E
Chritin, N
Guillot-Vignot, F
Lefevre, T
Søby, L
Wendt, M
Lunin, A
Yakovlev, V P
Smith, S
author_sort Cullinany , F
collection CERN
description The Compact Linear Collider (CLIC) places unprecedented demands on its diagnostics systems. A large number of cavity beam position monitors (BPMs) throughout the main linac and beam delivery system (BDS) must routinely perform with 50 nm spatial resolution. Multiple position measurements within a single 156 ns bunch train are also required. A prototype low-Q cavity beam position monitor has been designed and built to be tested on the CLIC Test Facility (CTF3) probe beam. This paper presents the latest measurements of the prototype cavity BPM and the design and simulation of the radio frequency (RF) signal processing electronics with regards to the final performance. Installation of the BPM in the CTF3 probe beamline is also discussed.
id cern-1495073
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2012
record_format invenio
spelling cern-14950732019-09-30T06:29:59Zhttp://cds.cern.ch/record/1495073engCullinany , FBoogert, S TJoshi, NLyapin, ABastard, DCalvo, EChritin, NGuillot-Vignot, FLefevre, TSøby, LWendt, MLunin, AYakovlev, V PSmith, SA prototype cavity beam position monitor for the CLIC Main BeamAccelerators and Storage RingsThe Compact Linear Collider (CLIC) places unprecedented demands on its diagnostics systems. A large number of cavity beam position monitors (BPMs) throughout the main linac and beam delivery system (BDS) must routinely perform with 50 nm spatial resolution. Multiple position measurements within a single 156 ns bunch train are also required. A prototype low-Q cavity beam position monitor has been designed and built to be tested on the CLIC Test Facility (CTF3) probe beam. This paper presents the latest measurements of the prototype cavity BPM and the design and simulation of the radio frequency (RF) signal processing electronics with regards to the final performance. Installation of the BPM in the CTF3 probe beamline is also discussed.CERN-ATS-2012-282oai:cds.cern.ch:14950732012-10-01
spellingShingle Accelerators and Storage Rings
Cullinany , F
Boogert, S T
Joshi, N
Lyapin, A
Bastard, D
Calvo, E
Chritin, N
Guillot-Vignot, F
Lefevre, T
Søby, L
Wendt, M
Lunin, A
Yakovlev, V P
Smith, S
A prototype cavity beam position monitor for the CLIC Main Beam
title A prototype cavity beam position monitor for the CLIC Main Beam
title_full A prototype cavity beam position monitor for the CLIC Main Beam
title_fullStr A prototype cavity beam position monitor for the CLIC Main Beam
title_full_unstemmed A prototype cavity beam position monitor for the CLIC Main Beam
title_short A prototype cavity beam position monitor for the CLIC Main Beam
title_sort prototype cavity beam position monitor for the clic main beam
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/1495073
work_keys_str_mv AT cullinanyf aprototypecavitybeampositionmonitorfortheclicmainbeam
AT boogertst aprototypecavitybeampositionmonitorfortheclicmainbeam
AT joshin aprototypecavitybeampositionmonitorfortheclicmainbeam
AT lyapina aprototypecavitybeampositionmonitorfortheclicmainbeam
AT bastardd aprototypecavitybeampositionmonitorfortheclicmainbeam
AT calvoe aprototypecavitybeampositionmonitorfortheclicmainbeam
AT chritinn aprototypecavitybeampositionmonitorfortheclicmainbeam
AT guillotvignotf aprototypecavitybeampositionmonitorfortheclicmainbeam
AT lefevret aprototypecavitybeampositionmonitorfortheclicmainbeam
AT søbyl aprototypecavitybeampositionmonitorfortheclicmainbeam
AT wendtm aprototypecavitybeampositionmonitorfortheclicmainbeam
AT lunina aprototypecavitybeampositionmonitorfortheclicmainbeam
AT yakovlevvp aprototypecavitybeampositionmonitorfortheclicmainbeam
AT smiths aprototypecavitybeampositionmonitorfortheclicmainbeam
AT cullinanyf prototypecavitybeampositionmonitorfortheclicmainbeam
AT boogertst prototypecavitybeampositionmonitorfortheclicmainbeam
AT joshin prototypecavitybeampositionmonitorfortheclicmainbeam
AT lyapina prototypecavitybeampositionmonitorfortheclicmainbeam
AT bastardd prototypecavitybeampositionmonitorfortheclicmainbeam
AT calvoe prototypecavitybeampositionmonitorfortheclicmainbeam
AT chritinn prototypecavitybeampositionmonitorfortheclicmainbeam
AT guillotvignotf prototypecavitybeampositionmonitorfortheclicmainbeam
AT lefevret prototypecavitybeampositionmonitorfortheclicmainbeam
AT søbyl prototypecavitybeampositionmonitorfortheclicmainbeam
AT wendtm prototypecavitybeampositionmonitorfortheclicmainbeam
AT lunina prototypecavitybeampositionmonitorfortheclicmainbeam
AT yakovlevvp prototypecavitybeampositionmonitorfortheclicmainbeam
AT smiths prototypecavitybeampositionmonitorfortheclicmainbeam

Ejemplares similares