从设计,制造和组装的角度来看,0.40 mm间距BGA高密度PCB的挑战

Leaw Pang Tun, L. Peng
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引用次数: 1

摘要

当今的电子产品要求越来越小、快、低功耗、轻重量和功能丰富。这些要求已经转化为电子领域更小的集成电路封装与更高数量的I/O。为了在不断缩小的封装尺寸中容纳更高的I/O,引脚间距需要大大减小。为了配合封装技术的急剧增长,PCB技术需要在设计、制造和组装领域取得进步,以支持与PCB的细间距封装互连。本文试图从设计、制造和组装的角度阐述支持0.40 mm间距BGA的高密度PCB所面临的挑战,并讨论当前PCB技术面临的挑战和困难的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges in high density PCB with 0.40 mm pitch BGA - From design, fabrication & assembly perspective
Today's electronic products are required to be increasingly small, fast, low power, light weight and feature-rich. These requirements have been converted to the electronic domain as smaller IC package with higher number of I/O. To accommodate higher I/O in a shrinking package size, the pin pitch needs to be reduced tremendously. To align with the drastic growth of package technology, PCB technology needs to advance in the area of design, fabrication and assembly to support the fine pitch package interconnection to PCB. This paper attempts to elaborate the challenges in supporting high density PCB with 0.40 mm pitch BGA from design, fabrication and assembly perspective, as well as discussing the current workarounds and solutions to the challenges and difficulties faced with today PCB technology.
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