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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >FATALIC: A fully integrated electronics readout for the ATLAS tile calorimeter at the HL-LHC
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FATALIC: A fully integrated electronics readout for the ATLAS tile calorimeter at the HL-LHC

机译:FATALIC:HL-LHC上用于ATLAS瓷砖热量计的完全集成的电子读数

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摘要

The ATLAS Collaboration has started a vast program of upgrades in the context of high-luminosity LHC (HL-LHC) foreseen in 2024. The current readout electronics of every sub-detector, including the Tile Calorimeter, must be upgraded to comply with the extreme HL-LHC operating conditions. The ASIC described in this document, named Front-end ATlAs tiLe Integrated Circuit (FATALIC), has been developed to fulfill these requirements. FATALIC is based on a 130 nm CMOS technology and performs the complete signal processing (amplification, shaping and digitization) over a large dynamic range. A dedicated channel for low current is also designed to perform the detector calibration with a radioactive cesium source. The design and performances of FATALIC are described including test beam data analysis.
机译:ATLAS协作已开始在2024年预见的高发光度LHC(HL-LHC)的背景下启动一项庞大的升级计划。必须升级每个子探测器(包括Tile Calorimeter)的当前读出电子设备,以符合极端要求。 HL-LHC操作条件。本文档中描述的称为前端ATlAs集成电路(FATALIC)的ASIC可以满足这些要求。 FATALIC基于130 nm CMOS技术,可在较大的动态范围内执行完整的信号处理(放大,整形和数字化)。还设计了专用于低电流的通道,以使用放射性铯源执行检测器校准。描述了FATALIC的设计和性能,包括测试光束数据分析。

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