Influence of PCB Surface Finishes on Intermetallic Compound Growth

Pavel Rous, Antonios-Dionysios Pavlozas, F. Steiner
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Abstract

This article presents research focused on the intermetallic compound growing under different conditions. The quality of solder joints depends on many factors, one of which is the thickness of the intermetallic layer and its composition. Combination of multiple reflow processes which is common during the production process and thermal aging you can simulate long-term use of the product, which makes it possible to determine the condition of solder joints in the future. The growth of intermetallic layers using thermal aging is known, but the demand for lead-free solder causes new alloys with unknown properties. Each element in the solder alloy has a different impact on the resulting solder properties. The formation of intermetallic layers also depends on the surface finishes of the pads, so the object of the experiment is to compare the effect of known and used SAC305 solder with solder doped by Ge or Co at the various finishes of pads.
PCB表面处理对金属间化合物生长的影响
本文对不同条件下生长的金属间化合物进行了研究。焊点的质量取决于许多因素,其中之一是金属间层的厚度及其组成。将生产过程中常见的多个回流工艺和热老化相结合,可以模拟产品的长期使用情况,从而可以确定将来焊点的状况。金属间层的生长使用热时效是已知的,但对无铅焊料的需求导致新的合金具有未知的性能。焊料合金中的每种元素对所得到的焊料性能有不同的影响。金属间层的形成还取决于焊盘的表面光面,因此本实验的目的是比较已知和使用的SAC305焊料与掺杂Ge或Co的焊料在焊盘各种光面上的效果。
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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