BGA封装中Sn96.7-Ag3.7聚合物芯焊料球回流的影响

Tien-Tsorng Shih, Binghua Chen, Win-Der Lee, Mu-Chun Wang
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引用次数: 0

摘要

寻求和实现高速电路产品,必须考虑高引脚数封装。从成本和可靠性的角度考虑,在BGA封装中采用聚合物芯焊锡球代替固体焊锡球是一种切实可行的选择。再流处理后的聚合物焊锡球外观质量更好,特别是氧化效果更好。无助焊剂助焊剂的聚合物焊锡球比固体焊锡球的隔离高度性能均匀性好。经过剪切试验,聚合物芯焊锡球与固体焊锡球相比,在载体基板上的粘附性能仍然较好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reflow influence for Sn96.7-Ag3.7 polymer core solder ball in BGA package
To seek and implement the high-speed circuit products, the high-pin count package is necessary to be considered well. Adopting polymer core solder ball in ball-grid-array (BGA) package instead of solid solder ball in cost and reliability consideration is a practical selection. After the reflow process, the outward appearance for polymer solder ball shows the better quality, especially in oxidation effect. The uniformity of stand-off height performance for polymer solder ball without flux assistance is better than that for solid solder ball. After shearing test, the adhesion capability for polymer core solder ball on carrier substrate still represents the good performance, compared with solid solder ball.
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