US-MTD: Brief Introduction fileUS-MTD General Mee.ng 4 § BTL: § Assembly of ~2/3rds of the BTL...
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US-MTD: Brief Introduction Chris Neu University of Virginia US-MTD Risk Review 7-8 November 2018
Transcript of US-MTD: Brief Introduction fileUS-MTD General Mee.ng 4 § BTL: § Assembly of ~2/3rds of the BTL...
US-MTD: Brief IntroductionChris NeuUniversity of Virginia
US-MTD Risk Review7-8 November 2018
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MTD Conceptual Design
Mainchallenge:
“BTL”
“ETL”
Op.mizingtowards.meresolu.ongoalof30-40pswhileensuringradia.ontoleranceto4/ab.
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Conceptual Design: Sensors ETL: § Siliconlow-gainavalanchedetector(LGAD)
§ Ultra-fastdevice,lownoise,radhard§ Advancedtechnology,mul.plevendors
BTL: § LYSO:Ce.lecoupledtoasiliconphotomul.plier(SiPM)
§ Fastandbrightcrystal,radhard§ Massproduced,mul.plevendors
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§ BTL:§ Assemblyof~2/3rdsoftheBTLtraysandassociatedQCtes.ng,deliverytoCERN
§ Design,prototyping,provisionandQCtes.ngof100%oftheConcentratorCards–aggrega.onunitoftheFE
§ Prototype,pre-produc.onandproduc.onstudiesof50%oftheBTLSiPMs
§ Purchaseof~30%oftheBTLLYSOcrystalsandSiPMs§ ETL:
§ Assemblyof~35%oftheETLmodulesandassociatedQCtes.ng,deliverytoCERN
§ Design,prototyping,provisionandQCtes.ngof100%oftheFEASICs§ Commonsystemcontribu.ons:
§ Integratedsystemtes.ngwithprototype/pre-prodcomponents§ Systeminfrastructurecontribu.on(eg.,lCO2costs)
§ Up/down-scopeop.ons:§ Provisionofoff-detectorBEelectronicsforBTL,ETLorboth
US-MTD scope
