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Fast front-end electronics for COMPASS MWPCs

In the COMPASS experiment, under construction at CERN, about 23000 channels of MWPCs will be used. The very high rate of the muon and hadron beams, and the consequently high trigger rate, require front- end electronics with innovative conceptual design. A new MWPC front- end electronics that fulfill...

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Detalles Bibliográficos
Autores principales: Colantoni, M L, Denisov, O Yu, Ferrero, A, Frolov, V, Grasso, A, Heinz, S, Maggiora, A, Maggiora, M G, Panzieri, D, Popov, A, Tchalyshev, V
Lenguaje:eng
Publicado: 2000
Materias:
Acceso en línea:http://cds.cern.ch/record/457117
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author Colantoni, M L
Denisov, O Yu
Ferrero, A
Frolov, V
Grasso, A
Heinz, S
Maggiora, A
Maggiora, M G
Panzieri, D
Popov, A
Tchalyshev, V
author_facet Colantoni, M L
Denisov, O Yu
Ferrero, A
Frolov, V
Grasso, A
Heinz, S
Maggiora, A
Maggiora, M G
Panzieri, D
Popov, A
Tchalyshev, V
author_sort Colantoni, M L
collection CERN
description In the COMPASS experiment, under construction at CERN, about 23000 channels of MWPCs will be used. The very high rate of the muon and hadron beams, and the consequently high trigger rate, require front- end electronics with innovative conceptual design. A new MWPC front- end electronics that fulfills the main COMPASS requirement to have a fast DAQ with a minimum dead-time has been designed. The general concept of the front-end cards is described; the comparative tests of two front-end chips, and different fast gas mixtures, are also shown. The commissioning of the experiment will start in the summer 2000, and production running, using the muon beam, is foreseen for the year 2001. (8 refs).
id cern-457117
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2000
record_format invenio
spelling cern-4571172019-09-30T06:29:59Zhttp://cds.cern.ch/record/457117engColantoni, M LDenisov, O YuFerrero, AFrolov, VGrasso, AHeinz, SMaggiora, AMaggiora, M GPanzieri, DPopov, ATchalyshev, VFast front-end electronics for COMPASS MWPCsDetectors and Experimental TechniquesIn the COMPASS experiment, under construction at CERN, about 23000 channels of MWPCs will be used. The very high rate of the muon and hadron beams, and the consequently high trigger rate, require front- end electronics with innovative conceptual design. A new MWPC front- end electronics that fulfills the main COMPASS requirement to have a fast DAQ with a minimum dead-time has been designed. The general concept of the front-end cards is described; the comparative tests of two front-end chips, and different fast gas mixtures, are also shown. The commissioning of the experiment will start in the summer 2000, and production running, using the muon beam, is foreseen for the year 2001. (8 refs).oai:cds.cern.ch:4571172000
spellingShingle Detectors and Experimental Techniques
Colantoni, M L
Denisov, O Yu
Ferrero, A
Frolov, V
Grasso, A
Heinz, S
Maggiora, A
Maggiora, M G
Panzieri, D
Popov, A
Tchalyshev, V
Fast front-end electronics for COMPASS MWPCs
title Fast front-end electronics for COMPASS MWPCs
title_full Fast front-end electronics for COMPASS MWPCs
title_fullStr Fast front-end electronics for COMPASS MWPCs
title_full_unstemmed Fast front-end electronics for COMPASS MWPCs
title_short Fast front-end electronics for COMPASS MWPCs
title_sort fast front-end electronics for compass mwpcs
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/457117
work_keys_str_mv AT colantoniml fastfrontendelectronicsforcompassmwpcs
AT denisovoyu fastfrontendelectronicsforcompassmwpcs
AT ferreroa fastfrontendelectronicsforcompassmwpcs
AT frolovv fastfrontendelectronicsforcompassmwpcs
AT grassoa fastfrontendelectronicsforcompassmwpcs
AT heinzs fastfrontendelectronicsforcompassmwpcs
AT maggioraa fastfrontendelectronicsforcompassmwpcs
AT maggioramg fastfrontendelectronicsforcompassmwpcs
AT panzierid fastfrontendelectronicsforcompassmwpcs
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