Maintaining System Signal and Power Integrity Characteristics as Part of a Module Cost-Reduction Exercise

P.E. Dahlen, T. Timpane, D. Becker, T.W. Liang, W. Martin, P. Rudrud, G.K. Bartley
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引用次数: 1

Abstract

This paper describes design activity which involved replacing an existing ceramic single chip module package design with a new organic laminate version, each using the same ASIC, for the purpose of cost reduction, and subject to stringent system level design constraints. Since the electrical properties and characteristics of the ceramic and organic package designs were not absolutely identical, it was necessary to perform electrical equivalency analyses at the system level.
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保持系统信号和电源的完整性特性是降低模块成本的一部分
本文描述的设计活动涉及用新的有机层压板版本取代现有的陶瓷单芯片模块封装设计,每个版本都使用相同的ASIC,以降低成本,并受到严格的系统级设计约束。由于陶瓷和有机封装设计的电学性能和特性并不完全相同,因此有必要在系统层面进行电学等效分析。
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