Design of an Acquisition System for Monitoring the Current of a GEM Detector

R. Soto-Camacho, D. Pinto, S. Vergara-Limón, M. Vargas-Treviño, G. Paic
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Abstract

. In the development of this work we describe the design proposal of a useful tool for the monitoring of the GEM detector panels in order to measure the current consumption and in this way to know the useful life of the detector, due to in theory the GEM doesn’t produce discharges but in real life there are some small discharges (nano and micro amperes) that deteriorate the detector. In this proposal it is also contemplated to design a software to analyze the interaction of electromagnetic fields within a waveguide that represents the pathways within a printed circuit board using the study of electromagnetic theory in the development of a simulator, which will allow to analyze the effects of these fields in the propagation of the signals that are obtained and to determine if the data obtained are adequate to allow their subsequent analysis.
一种监测GEM探测器电流的采集系统设计
. 在这项工作的发展中,我们描述了一种有用的工具的设计方案,用于监测GEM探测器面板,以测量电流消耗,并以这种方式了解探测器的使用寿命,因为理论上GEM不产生放电,但在现实生活中有一些小的放电(纳米和微安)会使探测器恶化。在本提案中,还考虑设计一个软件来分析波导内电磁场的相互作用,该波导代表印刷电路板内的路径,使用模拟器开发中的电磁理论研究,这将允许分析这些场在获得的信号传播中的影响,并确定获得的数据是否足以进行后续分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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