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Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project

The BRIL project measures luminosity and monitors beam conditions in the CMS experiment. A certain number of subsystems are currently operating for this purpose. One of these is the Beam Pick-up Timing system for Experiments (BPTX). BPTX performs beam timing measurements with an oscilloscope. This r...

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Autor principal: Nagasaka, Ren
Lenguaje:eng
Publicado: 2022
Materias:
Acceso en línea:http://cds.cern.ch/record/2826060
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author Nagasaka, Ren
author_facet Nagasaka, Ren
author_sort Nagasaka, Ren
collection CERN
description The BRIL project measures luminosity and monitors beam conditions in the CMS experiment. A certain number of subsystems are currently operating for this purpose. One of these is the Beam Pick-up Timing system for Experiments (BPTX). BPTX performs beam timing measurements with an oscilloscope. This requires a precise gain and offset calibration. A C++ code implementing this calibrations has been developed and tested. There are also two demonstrator systems being introduced during the Run-3: Drift Tubes (DT) and 40 MHz Scouting. The rates of muon in DT are recorded as a histogram and used for luminosity measurement. An emulation histogram generator including an albedo model has been implemented in C++.
id cern-2826060
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2022
record_format invenio
spelling cern-28260602022-09-02T21:40:57Zhttp://cds.cern.ch/record/2826060engNagasaka, RenImplementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL projectPhysics in GeneralThe BRIL project measures luminosity and monitors beam conditions in the CMS experiment. A certain number of subsystems are currently operating for this purpose. One of these is the Beam Pick-up Timing system for Experiments (BPTX). BPTX performs beam timing measurements with an oscilloscope. This requires a precise gain and offset calibration. A C++ code implementing this calibrations has been developed and tested. There are also two demonstrator systems being introduced during the Run-3: Drift Tubes (DT) and 40 MHz Scouting. The rates of muon in DT are recorded as a histogram and used for luminosity measurement. An emulation histogram generator including an albedo model has been implemented in C++.CERN-STUDENTS-Note-2022-105oai:cds.cern.ch:28260602022-09-02
spellingShingle Physics in General
Nagasaka, Ren
Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title_full Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title_fullStr Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title_full_unstemmed Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title_short Implementing an emulation histogram generator and an oscilloscope gain optimizer for BPTX in the Run-3 BRIL project
title_sort implementing an emulation histogram generator and an oscilloscope gain optimizer for bptx in the run-3 bril project
topic Physics in General
url http://cds.cern.ch/record/2826060
work_keys_str_mv AT nagasakaren implementinganemulationhistogramgeneratorandanoscilloscopegainoptimizerforbptxintherun3brilproject