Routing Length Impact on Differential Via Crosstalk Cancellation

Nicole Selezinski, Xiaomin Duan, Katharina Scharff, D. Kaller, H. Harrer
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Abstract

It has been shown previously that switching the polarity of differential vias can lead to a cancellation of differential crosstalk. In this paper a printed circuit board structure with different routing length differences between victim and aggressor is investigated, to determine the effect of length differences on the crosstalk cancellation. The differential crosstalk of the proposed design is simulated with the Finite Element Method and measured with a vector network analyzer. It is verified that the crosstalk cancellation depends on the length differences.
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路由长度通过串扰消除对差分的影响
以前已经表明,切换差分过孔的极性可以消除差分串扰。本文研究了一种具有不同路由长度差异的印刷电路板结构,以确定长度差异对串扰消除的影响。采用有限元法对设计的差分串扰进行了仿真,并用矢量网络分析仪进行了测量。验证了串扰的消除依赖于长度差。
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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Bandwidth Limits of Connector Wipe Stub for Reliable 224 Gbps Signaling Variability-Aware Modeling of Supply Induced Jitter in CMOS Inverters A Structured Krylov Subspace Projection Framework for Fast Power Integrity Verification Signal Integrity Analysis of Coupled Thin-Film Microstrip Lines (TFMSLs) Routing Length Impact on Differential Via Crosstalk Cancellation
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