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ADT and Obsbox in LHC Run 2, Plans for LS2

The primary function of the LHC transverse feedback (ADT), is to damp the injection oscillations and to actively counteract the coupled-bunch instabilities driven by the machine impedance. While the damping function was there since the LHC start-up in 2008, during Run 2 the ADT also became a very im...

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Detalles Bibliográficos
Autores principales: Söderén, M, Komppula, J, Kotzian, G, Rains, S, Valuch, D
Lenguaje:eng
Publicado: 2019
Acceso en línea:http://cds.cern.ch/record/2750292
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author Söderén, M
Komppula, J
Kotzian, G
Rains, S
Valuch, D
author_facet Söderén, M
Komppula, J
Kotzian, G
Rains, S
Valuch, D
author_sort Söderén, M
collection CERN
description The primary function of the LHC transverse feedback (ADT), is to damp the injection oscillations and to actively counteract the coupled-bunch instabilities driven by the machine impedance. While the damping function was there since the LHC start-up in 2008, during Run 2 the ADT also became a very important tool to perform active excitation of all kinds and various beam measurements through the whole cycle. High resolution, bunch by bunch, turn by turn beam position data is available within the ADT signal processing, which is made available for real-time, or offline analysis by means of ADTObsBox system. In line with the topic of this Evian LHC performance workshop, the paper documents how both systems evolved during Run 2 and provide an overview of expected upgrades and developments planned for LS2.
id oai-inspirehep.net-1842539
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2019
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spelling oai-inspirehep.net-18425392021-05-11T13:18:29Zhttp://cds.cern.ch/record/2750292engSöderén, MKomppula, JKotzian, GRains, SValuch, DADT and Obsbox in LHC Run 2, Plans for LS2The primary function of the LHC transverse feedback (ADT), is to damp the injection oscillations and to actively counteract the coupled-bunch instabilities driven by the machine impedance. While the damping function was there since the LHC start-up in 2008, during Run 2 the ADT also became a very important tool to perform active excitation of all kinds and various beam measurements through the whole cycle. High resolution, bunch by bunch, turn by turn beam position data is available within the ADT signal processing, which is made available for real-time, or offline analysis by means of ADTObsBox system. In line with the topic of this Evian LHC performance workshop, the paper documents how both systems evolved during Run 2 and provide an overview of expected upgrades and developments planned for LS2.oai:inspirehep.net:18425392019
spellingShingle Söderén, M
Komppula, J
Kotzian, G
Rains, S
Valuch, D
ADT and Obsbox in LHC Run 2, Plans for LS2
title ADT and Obsbox in LHC Run 2, Plans for LS2
title_full ADT and Obsbox in LHC Run 2, Plans for LS2
title_fullStr ADT and Obsbox in LHC Run 2, Plans for LS2
title_full_unstemmed ADT and Obsbox in LHC Run 2, Plans for LS2
title_short ADT and Obsbox in LHC Run 2, Plans for LS2
title_sort adt and obsbox in lhc run 2, plans for ls2
url http://cds.cern.ch/record/2750292
work_keys_str_mv AT soderenm adtandobsboxinlhcrun2plansforls2
AT komppulaj adtandobsboxinlhcrun2plansforls2
AT kotziang adtandobsboxinlhcrun2plansforls2
AT rainss adtandobsboxinlhcrun2plansforls2
AT valuchd adtandobsboxinlhcrun2plansforls2