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Performance of the ATLAS transition radiation tracker readout with high energy collisions at the LHC

机译:LHC发生高能碰撞时ATLAS过渡辐射跟踪仪读数的性能

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The ATLAS Transition Radiation Tracker is the outermost of the three subsystems of the ATLAS Inner Detector. It contributes significantly to the precision of the momentum measurement of charged particles and to the identification of electrons. On the TRT front end electronics this is realized by discriminating the straw signal against two separate thresholds: a low one for tracking and a high one for electron identification. The electronics can also be configured to provide a trigger signal, which has been utilized to build a cosmic ray trigger that became extremely useful for the TRT as well as other subdetectors during ATLAS commissioning. This note will describe the TRT readout electronics and data acquisition, with emphasis on the experience gained during the first years of operation.
机译:ATLAS过渡辐射跟踪器是ATLAS内部探测器的三个子系统中最外面的一个。它对带电粒子的动量测量精度和电子识别有很大贡献。在TRT前端电子设备上,这是通过将秸秆信号与两个单独的阈值区分开来实现的:低阈值用于跟踪,高阈值用于电子识别。电子设备还可以配置为提供触发信号,该信号已被用于构建宇宙射线触发信号,该信号对于ATRT调试期间的TRT以及其他子探测器极为有用。本说明将描述TRT读出电子设备和数据采集,重点介绍在运行的头几年中获得的经验。

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