模拟和数字电路的敏感性检测

I. Marziali, D. Boschetti, M. Nicoletto, F. Bonfitto, B. Audone
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引用次数: 0

摘要

如果要对设备和系统进行有意义的免疫试验,敏感性检测是一个基本问题。敏感性可能难以检测,因为在大多数情况下,监测的参数是不可测量的:对免疫的主观评估是通过人的感官来进行的。通过监测可测量信号进行客观评估是建立明确免疫标准的正确方法。然而,客观的评估是不够的,因为还需要客观的判断,以避免个人的解释。基于这些原理,本文给出了一种简单的处理算法,该算法可以成功地应用于仿真和/或实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Susceptibility Detection of Analog and Digital Circuits
Susceptibility detection is a fundamental issue if one wants to perform meaningful immunity tests on equipment and systems. Susceptibilities may be difficult to detect because in most cases the monitored parameters are not measurable: subjective assessment of immunity is made by human sensory terms. Objective assessment made by monitoring measurable signals is the correct approach to establish unambiguous immunity criteria. However the objective assessment is not sufficient because an objective judgement is also required to avoid personal interpretations. On the basis of these principles this paper illustrates a simple processing algorithm, which can be successfully applied to both simulation and/or experimental results.
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