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BCM1F Performance Plots for EPS 2015

The Fast Beam Condition Monitor BCM1F consists of 24 single-crystal CVD 5 mm x 5 mm diamonds positioned 1.8 m on either side of the interaction point at a radius of 6.5 cm from the beam pipe. The signal is read out, shaped by a frontend ASIC, and converted to an optical signal which is then transmit...

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Autor principal: CMS Collaboration
Lenguaje:eng
Publicado: 2015
Materias:
Acceso en línea:http://cds.cern.ch/record/2053655
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author CMS Collaboration
author_facet CMS Collaboration
author_sort CMS Collaboration
collection CERN
description The Fast Beam Condition Monitor BCM1F consists of 24 single-crystal CVD 5 mm x 5 mm diamonds positioned 1.8 m on either side of the interaction point at a radius of 6.5 cm from the beam pipe. The signal is read out, shaped by a frontend ASIC, and converted to an optical signal which is then transmitted to the backend electronics in USC55. The data travels parallel paths: a discriminator path registers the time of signal pulses and transfers this information to dedicated fast readout electronics, while an ADC system captures full orbits for monitoring studies but is prevented from acting as data readout by a high deadtime. BCM1F provides information on the condition of the beam and ensures that the inner detector occupancy is sufficiently low for data-taking. In addition to providing beam information, BCM1F also detects collisions and as such can be used as a luminometer.
id cern-2053655
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2015
record_format invenio
spelling cern-20536552019-09-30T06:29:59Zhttp://cds.cern.ch/record/2053655engCMS CollaborationBCM1F Performance Plots for EPS 2015Detectors and Experimental TechniquesThe Fast Beam Condition Monitor BCM1F consists of 24 single-crystal CVD 5 mm x 5 mm diamonds positioned 1.8 m on either side of the interaction point at a radius of 6.5 cm from the beam pipe. The signal is read out, shaped by a frontend ASIC, and converted to an optical signal which is then transmitted to the backend electronics in USC55. The data travels parallel paths: a discriminator path registers the time of signal pulses and transfers this information to dedicated fast readout electronics, while an ADC system captures full orbits for monitoring studies but is prevented from acting as data readout by a high deadtime. BCM1F provides information on the condition of the beam and ensures that the inner detector occupancy is sufficiently low for data-taking. In addition to providing beam information, BCM1F also detects collisions and as such can be used as a luminometer.CMS-DP-2015-046CERN-CMS-DP-2015-046oai:cds.cern.ch:20536552015-08-26
spellingShingle Detectors and Experimental Techniques
CMS Collaboration
BCM1F Performance Plots for EPS 2015
title BCM1F Performance Plots for EPS 2015
title_full BCM1F Performance Plots for EPS 2015
title_fullStr BCM1F Performance Plots for EPS 2015
title_full_unstemmed BCM1F Performance Plots for EPS 2015
title_short BCM1F Performance Plots for EPS 2015
title_sort bcm1f performance plots for eps 2015
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/2053655
work_keys_str_mv AT cmscollaboration bcm1fperformanceplotsforeps2015