Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip

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It is foreseen that all the microstrips of the Silicon and MSGC tracker in CMS will be read out by the same front-end electronics. The APV6, a 128 channel pipeline chip developed and optimized for silicon detectors, has been used for the first time to instrument one prototype MSGC built and operated...

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Detalles Bibliográficos
Autores principales: Sciacca, G F, French, M, Hall, G, Jones, L, Raymond, M
Lenguaje:eng
Publicado: 1998
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/687163
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author Sciacca, G F
French, M
Hall, G
Jones, L
Raymond, M
author_facet Sciacca, G F
French, M
Hall, G
Jones, L
Raymond, M
author_sort Sciacca, G F
collection CERN
description It is foreseen that all the microstrips of the Silicon and MSGC tracker in CMS will be read out by the same front-end electronics. The APV6, a 128 channel pipeline chip developed and optimized for silicon detectors, has been used for the first time to instrument one prototype MSGC built and operated according to CMS specifications. The low noise amplifier is identical to the one included in the version of the chip optimized form MSGC which has recently been prototyped. In their low luminosity operation mode ( peak mode) the two chips behave in identical way. Some results are presented of the performance of the system stimulated by a Sr90 source and operated in peak mode
id cern-687163
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1998
record_format invenio
spelling cern-6871632019-09-30T06:29:59Zhttp://cds.cern.ch/record/687163engSciacca, G FFrench, MHall, GJones, LRaymond, MReadout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end ChipDetectors and Experimental TechniquesIt is foreseen that all the microstrips of the Silicon and MSGC tracker in CMS will be read out by the same front-end electronics. The APV6, a 128 channel pipeline chip developed and optimized for silicon detectors, has been used for the first time to instrument one prototype MSGC built and operated according to CMS specifications. The low noise amplifier is identical to the one included in the version of the chip optimized form MSGC which has recently been prototyped. In their low luminosity operation mode ( peak mode) the two chips behave in identical way. Some results are presented of the performance of the system stimulated by a Sr90 source and operated in peak modeCMS-CR-1998-018oai:cds.cern.ch:6871631998-10-07
spellingShingle Detectors and Experimental Techniques
Sciacca, G F
French, M
Hall, G
Jones, L
Raymond, M
Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title_full Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title_fullStr Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title_full_unstemmed Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title_short Readout of Micro Strip Gas Chambers for the CMS Central Tracker with the APV6 Front-end Chip
title_sort readout of micro strip gas chambers for the cms central tracker with the apv6 front-end chip
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/687163
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AT frenchm readoutofmicrostripgaschambersforthecmscentraltrackerwiththeapv6frontendchip
AT hallg readoutofmicrostripgaschambersforthecmscentraltrackerwiththeapv6frontendchip
AT jonesl readoutofmicrostripgaschambersforthecmscentraltrackerwiththeapv6frontendchip
AT raymondm readoutofmicrostripgaschambersforthecmscentraltrackerwiththeapv6frontendchip

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