含铅/无铅焊点比较剪切测试功能的工作温度和焊接热概况

I. Plotog, G. Vărzaru, B. Mihailescu, M. Branzei, A. Bibiș, I. Cristea
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引用次数: 13

摘要

在RoHS欧盟指令豁免的领域,如航空航天,使用添加低银含量的Sn63Pb37共熔焊料合金,其特点是工作温度范围大,机械应力水平高。在本文中,采用不同冷却速率的含铅和无铅焊锡膏进行气相焊接工艺,并根据“同源温度”的概念,以温度为基准对焊点的机械强度进行了测试。实验是通过测量焊点剪切力和保持测试板表面温度高达398.15 K(125℃)来完成的。实验结果包括定性/定量光镜分析和焊点剪切力值。结果提供了创建一个数据库的可能性,该数据库可用于根据RoHS欧盟指令定义无铅焊料合金的未来鉴定方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lead/Lead Free solder joints comparative shear tests function of working temperature and soldering thermal profile
The domains exempted by the RoHS EU Directive, as aerospace, where Sn63Pb37 eutectic solder alloy with low silver content addition are used, are characterized by a large range of working temperatures and high mechanical stress level. In the paper, the mechanical strength of solder joints produced using Lead and Lead-Free solder pastes into Vapor Phase Soldering processes characterized by different cooling rates, were benchmarked by temperature in respect to the concept of "Homologous temperature". The experiments were done by measuring the solder joints shear forces and keeping the surface of test boards at temperatures up to 398.15 K (125°C). The experiments results consist in qualitative/quantitative light microscopy analyses and values of solder joints shear forces. The results offer the possibility to create a data base useful to define a methodology for future qualification of lead-free solder alloys according to the RoHS EU Directive.
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