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Implementing frequency spectrum analysis using causality Hilbert Transform results of VNA-generated S-parameter model information

机译:使用VNA生成的S参数模型信息的因果关系希尔伯特变换结果执行频谱分析

摘要

A method, system and computer program product are provided for implementing frequency spectrum analysis of noise in a device under test using causality (Hilbert Transform) results of Vector Network Analyzer (VNA) VNA-generated S-parameter model Information. A plurality of S-parameter samples are collected from the VNA generated S-parameter model Information. A Hilbert Transform of the collected plurality of S-parameter samples is used for error magnitude per frequency point analysis. An average error magnitude of predefined collected error magnitude samples is calculated to identify environmental noise in the device under test and used to identify acceptable environmental effects on the device under test.
机译:提供了一种方法,系统和计算机程序产品,该方法,系统和计算机程序产品用于使用矢量网络分析器(VNA)VNA生成的S参数模型信息的因果关系(希尔伯特变换)结果在被测设备中实现噪声的频谱分析。从VNA生成的S参数模型信息中收集多个S参数样本。所收集的多个S参数样本的希尔伯特变换被用于每个频点分析的误差幅度。计算预定义的收集的误差量样本的平均误差量,以识别被测设备中的环境噪声,并用于识别对被测设备的可接受的环境影响。

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