结构化MCM设计方法的系统级方法

E. Ringroot, C. Truzzi, E. Beyne
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引用次数: 1

摘要

使用高密度封装(HDP)技术实现复杂的电子系统需要类似ic的“正确的首次”设计方法,因为此类技术的返工和原型设计可能非常昂贵。因此,高度集成和通用的MCM设计环境,能够提供自动化的设计数据流并满足所需的灵活性,是必要的。现有的MCM CAD工具是PCB工具的改版,不能提供所需的功能。本文指出了这些限制,并概述了优化MCM设计环境的最小功能集。本文还描述了为MCM-D技术量身定制的一个这样的环境的开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A system level approach to a structured MCM design methodology
The implementation of complex electronic systems using high density packaging (HDP) technologies requires an IC-like "right first-time" design approach, as rework and prototyping for such technologies can be extremely expensive. Highly integrated and versatile MCM design environments, able to provide an automated design data flow and to cope with the required flexibility, are therefore a necessity. Available MCM CAD tools are an adaptation of PCB tools, and cannot provide the required features. This paper points out these limitations and outlines a minimum set of features for an optimized MCM design environment. The paper also describes the development of one such environment, tailored for MCM-D technologies.
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