制造变化中隐藏的挑战

S. Sayfan-Altman, R. Bloch, A. Manukovsky
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引用次数: 1

摘要

在这项工作中,我们将在高速链路复杂PCB结构性能的背景下研究制造变化效应和设计稳健性。对差分电容结构的稳健设计实现进行了实例研究。确定了主要的设计参数变化,并概述了导致性能下降的关键因素。然后提出了一种设计鲁棒性最大化的方法,并对一种常用的设计进行了修改,以最大限度地提高对制造变化的免疫力。分析了该结构的鲁棒性,并证明了在各种预期制造变化情况下的优越阻抗控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Hidden Challenges in Manufacturing Variations
In this work we will examine the manufacturing variation effect and design robustness in the context of complex PCB structures’ performance for high-speed links. A case study of robust design implementation for a differential capacitor structure is examined. The main design parameters variation is identified and key contributors to performance degradation are outlined. Then a method of maximizing design robustness is presented and a commonly used design is altered to maximize immunity to manufacturing variation. The proposed structure robustness is analyzed, and superior impedance control under various scenarios of expected manufacturing variation is demonstrated.
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