Fine-line printed circuit board for high-performance computer design

C. Huang, J. Willis, T. Schmitt
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引用次数: 1

Abstract

Properties of a new fine-line printed circuit board which are critical in the design of computer systems based on GaAs, 100 K and 10 K logic families, are characterized. The new PCB technology permits trace widths as fine as 0.002 in. on the inner layers of multilayer boards. While facilitating higher package density and controlled impedance interconnects with higher characteristic impedance (Z/sub 0/), the technology opens questions of thermal reliability, ohmic heating, and noise margin. Cross-validating analytic and laboratory analysis is used to investigate each of these issues. Provided that several key issues are addressed during design, this report supports the use of 0.002 in. technology in high-performance computer systems.<>
用于高性能计算机的细线印刷电路板设计
描述了一种新型细线印刷电路板的特性,这种电路板在基于GaAs、100k和10k逻辑族的计算机系统设计中至关重要。新的PCB技术允许细至0.002英寸的迹线宽度。在多层板的内层。在促进更高封装密度和具有更高特性阻抗(Z/sub 0/)的可控阻抗互连的同时,该技术也带来了热可靠性、欧姆加热和噪声裕度等问题。交叉验证分析和实验室分析用于调查这些问题。如果在设计过程中解决了几个关键问题,本报告支持使用0.002 in。高性能计算机系统技术。
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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