Ball Grid Array Ceramic Packages

P. Danner
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引用次数: 1

Abstract

With the advent of greater density assembly, increased i/o connections and higher power dissipation requirements, a new method of producing cost effective high pin count packages is being demonstrated. Ball grid array packages have been around for several years, both in ceramic and laminate technologies and are now being accepted as a viable packaging alternative. This discussion will describe a low cost method to combine ceramic multichip module technology with ball grid array assembly. The methods are unique in the placement of the solder spheres, the almost spherical dimensions of the connections and the extreme ruggedness of the resulting package. The improved thermal characteristics, ease of assembly and low cost will make this packaging technique a practical solution for todays demands.
球栅阵列陶瓷封装
随着更高密度组装、i/o连接和更高功耗要求的出现,一种生产具有成本效益的高引脚数封装的新方法正在被证明。球栅阵列封装已经存在了好几年,无论是陶瓷还是层压板技术,现在都被接受为一种可行的封装替代方案。本文将介绍一种将陶瓷多芯片模组技术与球栅阵列组装相结合的低成本方法。该方法在焊料球体的放置,几乎球形的连接尺寸和最终封装的极端坚固性方面是独一无二的。改进的热特性,易于组装和低成本将使这种封装技术成为当今需求的实用解决方案。
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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