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Status of the ILC Main Linac BPM R&D

An introduction and the status of R&D activities for a high-resolution, "cold" beam position monitor (BPM) and the related read-out electronics are discussed. Two different BPM detector concepts, to be attached to the SC quadrupole and located inside the ILC cryomodule, are currently u...

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Detalles Bibliográficos
Autores principales: Wendt, M., Lefevre, T., Simon, C., Vilalte, S.
Lenguaje:eng
Publicado: 2009
Materias:
Acceso en línea:http://cds.cern.ch/record/1162430
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author Wendt, M.
Lefevre, T.
Simon, C.
Vilalte, S.
author_facet Wendt, M.
Lefevre, T.
Simon, C.
Vilalte, S.
author_sort Wendt, M.
collection CERN
description An introduction and the status of R&D activities for a high-resolution, "cold" beam position monitor (BPM) and the related read-out electronics are discussed. Two different BPM detector concepts, to be attached to the SC quadrupole and located inside the ILC cryomodule, are currently under investigation: A resonant dipole-mode cavity-style BPM pickup, developed at Fermilab, and a re-entrant resonant coaxial waveguide BPM, designed by CEA-Saclay. While the 1.5 GHz dipole-mode cavity BPM is still in the R&D phase, the re-entrant BPM has already passed first beam tests, including its read-out system. Furthermore, the LAPP group is developing radiation tolerant digital read-out systems, which are tested at the CLIC test facility (CTF).
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institution Organización Europea para la Investigación Nuclear
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spelling cern-11624302023-01-31T10:07:34Zhttp://cds.cern.ch/record/1162430engWendt, M.Lefevre, T.Simon, C.Vilalte, S.Status of the ILC Main Linac BPM R&Dphysics.acc-phAn introduction and the status of R&D activities for a high-resolution, "cold" beam position monitor (BPM) and the related read-out electronics are discussed. Two different BPM detector concepts, to be attached to the SC quadrupole and located inside the ILC cryomodule, are currently under investigation: A resonant dipole-mode cavity-style BPM pickup, developed at Fermilab, and a re-entrant resonant coaxial waveguide BPM, designed by CEA-Saclay. While the 1.5 GHz dipole-mode cavity BPM is still in the R&D phase, the re-entrant BPM has already passed first beam tests, including its read-out system. Furthermore, the LAPP group is developing radiation tolerant digital read-out systems, which are tested at the CLIC test facility (CTF).An introduction and the status of R&D activities for a high-resolution, 'cold' beam position monitor (BPM) and the related read-out electronics are discussed. Two different BPM detector concepts, to be attached to the SC quadrupole and located inside the ILC cryomodule, are currently under investigation: A resonant dipole-mode cavity-style BPM pickup, developed at Fermilab, and a re-entrant resonant coaxial waveguide BPM, designed by CEA-Saclay. While the 1.5 GHz dipole-mode cavity BPM is still in the R&D phase, the re-entrant BPM has already passed first beam tests, including its read-out system. Furthermore, the LAPP group is developing radiation tolerant digital read-out systems, which are tested at the CLIC test facility (CTF).arXiv:0902.3017FERMILAB-CONF-08-664-ADoai:cds.cern.ch:11624302009-02-19
spellingShingle physics.acc-ph
Wendt, M.
Lefevre, T.
Simon, C.
Vilalte, S.
Status of the ILC Main Linac BPM R&D
title Status of the ILC Main Linac BPM R&D
title_full Status of the ILC Main Linac BPM R&D
title_fullStr Status of the ILC Main Linac BPM R&D
title_full_unstemmed Status of the ILC Main Linac BPM R&D
title_short Status of the ILC Main Linac BPM R&D
title_sort status of the ilc main linac bpm r&d
topic physics.acc-ph
url http://cds.cern.ch/record/1162430
work_keys_str_mv AT wendtm statusoftheilcmainlinacbpmrd
AT lefevret statusoftheilcmainlinacbpmrd
AT simonc statusoftheilcmainlinacbpmrd
AT vilaltes statusoftheilcmainlinacbpmrd