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Front-end electronics at LHCb

Within the LHC, the beams cross one another in a detector every 25 nanoseconds, corresponding to a frequency of 40 MHz (40 million times per second). In previous years, LHCb filtered down this “event rate” to 1 MHz, using fast electronics to select the most interesting events. Those events were then...

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Autor principal: Sciascia, Barbara
Publicado: 2021
Materias:
Acceso en línea:http://cds.cern.ch/record/2807069
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author Sciascia, Barbara
author_facet Sciascia, Barbara
author_sort Sciascia, Barbara
collection CERN
description Within the LHC, the beams cross one another in a detector every 25 nanoseconds, corresponding to a frequency of 40 MHz (40 million times per second). In previous years, LHCb filtered down this “event rate” to 1 MHz, using fast electronics to select the most interesting events. Those events were then processed and sifted further. But from 2022 onwards, this will change radically: the whole detector will instead read at the full rate of 40 MHz to allow event selection to be done more precisely and flexibly by the software. For this reason, the electronics of essentially all the subdetectors have been modified and the computing power of the LHCb event selection system (trigger) will increase.
id cern-2807069
institution Organización Europea para la Investigación Nuclear
publishDate 2021
record_format invenio
spelling cern-28070692022-04-21T12:10:52Zhttp://cds.cern.ch/record/2807069Sciascia, BarbaraFront-end electronics at LHCbOpenWithin the LHC, the beams cross one another in a detector every 25 nanoseconds, corresponding to a frequency of 40 MHz (40 million times per second). In previous years, LHCb filtered down this “event rate” to 1 MHz, using fast electronics to select the most interesting events. Those events were then processed and sifted further. But from 2022 onwards, this will change radically: the whole detector will instead read at the full rate of 40 MHz to allow event selection to be done more precisely and flexibly by the software. For this reason, the electronics of essentially all the subdetectors have been modified and the computing power of the LHCb event selection system (trigger) will increase.OPEN-PHO-EXP-2021-013oai:cds.cern.ch:28070692021
spellingShingle Open
Sciascia, Barbara
Front-end electronics at LHCb
title Front-end electronics at LHCb
title_full Front-end electronics at LHCb
title_fullStr Front-end electronics at LHCb
title_full_unstemmed Front-end electronics at LHCb
title_short Front-end electronics at LHCb
title_sort front-end electronics at lhcb
topic Open
url http://cds.cern.ch/record/2807069
work_keys_str_mv AT sciasciabarbara frontendelectronicsatlhcb