Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC

Powering the superconducting magnets of the LHC arcs and long straight sections is performed with more than 1000 electrical terminals supplying currents ranging from 120 A to 13’000 A and distributed in 44 cryogenic electrical feedboxes (DFB). Where space in the LHC tunnel is sufficient, the magnets...

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Detalles Bibliográficos
Autores principales: Goiffon, T, Lyngaa, J, Métral, L, Perin, A, Trilhe, P, Van Weelderen, R
Lenguaje:eng
Publicado: 2004
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/794996
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author Goiffon, T
Lyngaa, J
Métral, L
Perin, A
Trilhe, P
Van Weelderen, R
author_facet Goiffon, T
Lyngaa, J
Métral, L
Perin, A
Trilhe, P
Van Weelderen, R
author_sort Goiffon, T
collection CERN
description Powering the superconducting magnets of the LHC arcs and long straight sections is performed with more than 1000 electrical terminals supplying currents ranging from 120 A to 13’000 A and distributed in 44 cryogenic electrical feedboxes (DFB). Where space in the LHC tunnel is sufficient, the magnets are powered by locally installed cryogenic electrical feedboxes. Where there is no space for a DFB, the current will be supplied to the magnets by superconducting links (DSL) connecting the DFBs to the magnets on distances varying from 76 m to 510 m.
id cern-794996
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2004
record_format invenio
spelling cern-7949962023-05-31T13:21:12Zhttp://cds.cern.ch/record/794996engGoiffon, TLyngaa, JMétral, LPerin, ATrilhe, PVan Weelderen, RConceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHCAccelerators and Storage RingsPowering the superconducting magnets of the LHC arcs and long straight sections is performed with more than 1000 electrical terminals supplying currents ranging from 120 A to 13’000 A and distributed in 44 cryogenic electrical feedboxes (DFB). Where space in the LHC tunnel is sufficient, the magnets are powered by locally installed cryogenic electrical feedboxes. Where there is no space for a DFB, the current will be supplied to the magnets by superconducting links (DSL) connecting the DFBs to the magnets on distances varying from 76 m to 510 m.LHC-Project-Report-788CERN-LHC-Project-Report-788oai:cds.cern.ch:7949962004-09-02
spellingShingle Accelerators and Storage Rings
Goiffon, T
Lyngaa, J
Métral, L
Perin, A
Trilhe, P
Van Weelderen, R
Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title_full Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title_fullStr Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title_full_unstemmed Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title_short Conceptual design of the Cryogenic Electrical Feedboxes and the Superconducting Links of LHC
title_sort conceptual design of the cryogenic electrical feedboxes and the superconducting links of lhc
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/794996
work_keys_str_mv AT goiffont conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc
AT lyngaaj conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc
AT metrall conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc
AT perina conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc
AT trilhep conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc
AT vanweelderenr conceptualdesignofthecryogenicelectricalfeedboxesandthesuperconductinglinksoflhc

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