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Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC

The precision requirements of the vertex detector at CLIC impose strong limitations on the mass of such a detector (< 0.2% of a radiation length, Xo, per layer). To achieve such a low material budget, ultra-thin hybrid pixel detectors are foreseen, while the mass for cooling and services will be...

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Detalles Bibliográficos
Autores principales: Blanchot, Georges, Fuentes Rojas, Cristian Alejandro
Lenguaje:eng
Publicado: 2015
Materias:
Acceso en línea:http://cds.cern.ch/record/2062429
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author Blanchot, Georges
Fuentes Rojas, Cristian Alejandro
author_facet Blanchot, Georges
Fuentes Rojas, Cristian Alejandro
author_sort Blanchot, Georges
collection CERN
description The precision requirements of the vertex detector at CLIC impose strong limitations on the mass of such a detector (< 0.2% of a radiation length, Xo, per layer). To achieve such a low material budget, ultra-thin hybrid pixel detectors are foreseen, while the mass for cooling and services will be reduced by implementing a power pulsing scheme that takes advantage of the low duty cycle of the accelerator. The principal aim is to achieve significant power reduction without compromising the power integrity supplied to the front-end electronics. This report summarises the study of a power pulsing scheme to power the vertex barrel electronics of the future CLIC experiment. Its main goal is to describe in more detail what has been already presented in TWEPP conferences and other presentations. The report can therefore serve as an operator manual for future use and development of the system
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2015
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spelling cern-20624292019-09-30T06:29:59Zhttp://cds.cern.ch/record/2062429engBlanchot, GeorgesFuentes Rojas, Cristian AlejandroPower pulsing scheme for analog and digital electronics of the vertex detectors at CLICParticle Physics - ExperimentThe precision requirements of the vertex detector at CLIC impose strong limitations on the mass of such a detector (< 0.2% of a radiation length, Xo, per layer). To achieve such a low material budget, ultra-thin hybrid pixel detectors are foreseen, while the mass for cooling and services will be reduced by implementing a power pulsing scheme that takes advantage of the low duty cycle of the accelerator. The principal aim is to achieve significant power reduction without compromising the power integrity supplied to the front-end electronics. This report summarises the study of a power pulsing scheme to power the vertex barrel electronics of the future CLIC experiment. Its main goal is to describe in more detail what has been already presented in TWEPP conferences and other presentations. The report can therefore serve as an operator manual for future use and development of the systemCLICdp-Note-2015-004oai:cds.cern.ch:20624292015
spellingShingle Particle Physics - Experiment
Blanchot, Georges
Fuentes Rojas, Cristian Alejandro
Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title_full Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title_fullStr Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title_full_unstemmed Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title_short Power pulsing scheme for analog and digital electronics of the vertex detectors at CLIC
title_sort power pulsing scheme for analog and digital electronics of the vertex detectors at clic
topic Particle Physics - Experiment
url http://cds.cern.ch/record/2062429
work_keys_str_mv AT blanchotgeorges powerpulsingschemeforanaloganddigitalelectronicsofthevertexdetectorsatclic
AT fuentesrojascristianalejandro powerpulsingschemeforanaloganddigitalelectronicsofthevertexdetectorsatclic