How organic substrate structure & design improve assembly robustness

B. Y. Low, Ravishankar Freescale
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Abstract

This paper focuses on how the PBGA (plastic ball grid array) organic substrate structure and traces design improve the assembly packaging robustness. Via plugging process at the substrate fabrication has been studied. Comparison of substrate without via plug, laminate substrate with via plugging process increases the overall hardness of the substrate. This is due to the via plug materials use (IR6) is a harder materials than the solder resist. Another area of study is the addition of dummy traces design on the air venting area improves the solder resist evenness by elimination mold resin bleed.
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有机基板结构和设计如何提高装配的稳健性
本文重点研究PBGA(塑料球栅阵列)有机衬底结构和走线设计如何提高组装封装的稳健性。通过对衬底的插接工艺进行了研究。与不带孔塞的基材相比,带孔塞工艺的层压板基材提高了基材的整体硬度。这是由于通孔插头使用的材料(IR6)是一种比阻焊剂更硬的材料。另一个研究领域是在排气区域增加假迹设计,通过消除模具树脂溢出来提高抗焊锡均匀性。
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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