6533b852fe1ef96bd12aace3

RESEARCH PRODUCT

Design and test of a prototype silicon detector module for ATLAS Semiconductor Tracker endcaps

S. RoeT. O. NiinikoskiS. LindsayJ. E. GarciaA. MacphersonG. N. TaylorYoichi IkegamiHarris KaganR. FortinChristian HirtHeinz PerneggerM. DonegaMonica D'onofrioTakahiko KondoAllan G ClarkT. KohrikiSergio Iniesta GonzálezE. PerrinYoshinobu UnnoBettina MikulecSusumu TeradaMarc WeberMarcel VosG. F. MoorheadRainer WallnyD. FerrereMariane Mangin-brinet

subject

Radiation hardnessPhysicsNuclear and High Energy PhysicsLarge Hadron ColliderSiliconbusiness.industryDetectorATLAS experimentSemicondutor radiation detectorATLAS experimentchemistry.chemical_elementTracking systemddc:500.2VLSI readoutParticle detectorSemiconductor detectorchemistryHardware_INTEGRATEDCIRCUITSLHCThermal managementbusinessInstrumentationRadiation hardeningSilicon strip detectorComputer hardware

description

The ATLAS Semiconductor Tracker (SCT) will be a central part of the tracking system of the ATLAS experiment. The SCT consists of four concentric barrels of silicon detectors as well as two silicon endcap detectors formed by nine disks each. The layout of the forward silicon detector module presented in this paper is based on the approved layout of the silicon detectors of the SCT, their geometry and arrangement in disks, but uses otherwise components identical to the barrel modules of the SCT. The module layout is optimized for excellent thermal management and electrical performance, while keeping the assembly simple and adequate for a large scale module production. This paper summarizes the design and layout of the module and present results of a limited prototype production, which has been extensively tested in the laboratory and testbeam. The module design was not finally adopted for series production because a dedicated forward hybrid layout was pursued.

https://doi.org/10.1016/j.nima.2004.09.001