De-embedding methods for characterizing PCB interconnections

V. Ricchiuti, A. Orlandi, G. Antonini
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引用次数: 7

Abstract

When the bit rate of the digital signals exchanged between PCBs are in the gigabit per second range, the electrical characteristics of the PCB traces can alter the signal propagation. Consequently, the designer has to evaluate accurately the electrical behavior of PCB interconnects used for transmitting high speed digital signals. Measurements can be carried out on PCB traces usually connected to the measurement instrument using some kind of transition network or fixture (e.g. SMA connectors). To de-embed the effects of these fixtures, so to evaluate the electrical behavior of the only used traces, the paper proposes three simple methods in the frequency domain.
表征PCB互连的去嵌入方法
当PCB之间交换的数字信号的比特率在每秒千兆比特的范围内时,PCB走线的电气特性可以改变信号的传播。因此,设计人员必须准确地评估用于传输高速数字信号的PCB互连的电气性能。测量可以在PCB走线上进行,通常使用某种过渡网络或夹具(例如SMA连接器)连接到测量仪器。为了消除这些固定装置的影响,从而评估唯一使用的走线的电气行为,本文在频域提出了三种简单的方法。
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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