混合PCB验证方法与几何检查和模拟

M. Ishikawa
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引用次数: 0

摘要

随着电子产品的复杂性逐年增加,电气工程师和设计师需要考虑更多的方面,把他们的设计交给制造。这些标准包括安全标准、EMI和ESD、协议特定标准、DFM(面向制造的设计)以及IC供应商提供的设计指南。通过模拟来应对这些挑战是一种典型的策略。然而,它并不总是有效的,因为它需要时间来准备仿真模型以及计算时间,特别是当合并三维电磁仿真时。为了提高整个验证过程的效率,本文提出了一种新的设计验证方法,该方法包括基于规则的几何检查和传统的仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Hybrid PCB Verification Methodology with Geometrical Checks and Simulations
As electronics products are increasing in complexity year by year, electrical engineers and designers are required to consider many more aspects to hand over their design to manufacturing. These include Safety standards, EMI and ESD, protocol specific standards, DFM (Designing for Manufacturing), and design guidelines provided by IC vendors. Tackling these challenges with simulations is a typical strategy. However, it is not always effective as it takes time to prepare the simulation model as well as the computational time, especially when incorporating 3dimensional electrical-magnetic simulations. This paper proposes a new design verification methodology that includes both rule based geometrical checking and the conventional simulations to improve the efficiency of the entire verification process.
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