传输线间串扰干扰的周期平稳特性

Y. Kuznetsov, A. Baev, M. Konovalyuk, A. Gorbunova, J. Russer, M. Haider, P. Russer
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引用次数: 6

摘要

本文研究了沿微带线传输的信号所发出的电磁干扰所引起的相邻两根传输线间的串扰问题。通过减少定义通信链路误码率(BER)的开眼率来评估两条线路之间相互作用的定量表征。从实时数字示波器测量的数据传输序列中提取的诱导随机干扰信号满足通信链路的数字抖动,并作为周期平稳随机过程进行处理。对测量到的数字抖动进行循环平均,得到对应于概率质量函数方差的瞬时周期功率,该方差来自于在比特持续时间内为每个瞬间构建的振幅直方图。利用损坏眼图的统计分析方法对干扰串扰下的通信链路进行误码率评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyclostationary Characterization of the Interference Induced by Crosstalk Between Transmission Lines
In this paper a crosstalk between two neighboring transmission lines induced by the electromagnetic interference emitted by the signals transmitting along the microstrip lines is investigated. The quantitative characterization of the mutual interaction between two lines was evaluated by the reduction of the eye opening defining the bit error ratio (BER) of the communication link. The induced random interference signal extracted from the data transferring sequence measured by the real time digital oscilloscope qualifies the digital jitter of the communication link and was processed as a cyclostationary stochastic process. The cyclic averaging of the measured digital jitter revealed the instantaneous periodic power corresponding to the variance of the probability mass function obtained from the amplitude histograms constructed for each instant of time over the bit duration. The statistical analysis of the corrupted eye diagram was used for the evaluation of the BER for the communication link under interference crosstalk.
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