氮气气氛对不同类型无铅焊料焊接工艺的影响

P. Schnederle, M. Adamek, I. Szendiuch
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引用次数: 6

摘要

微电子制造的一个重要组成部分是回流过程。尽管焊接有很长的历史,但这个过程仍然没有被完整地描述。特别还讨论了WEEE指令2003/108/EC标准和RoHS指令2002/95/EC的引入,使焊接进入了新的领域。不含铅的新材料组合物也有发展空间。在此基础上,提出了新的工艺流程,对设备进行了调整,并开始更多地使用氮气作为保护气体。目的是比较已经证明的不同载体上的商业焊料合金,并更准确地评估氮气氛的好处。以Sn100C和SnPb锡膏为参考,对SAC焊料进行了评价。基板类型有印刷电路板FR-4和陶瓷基板。在含不同残余氧的气氛中进行焊接。本文的研究结果可为提高传统封装以及BGA和CSP封装的焊接质量提供参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of nitrogen atmosphere on the soldering process for different types of lead-free solders
An important part of the microelectronics manufacturing is the reflow process. Even though that the soldering have a long history, the process is still not completely described. Particular still discussed the introduction of the WEEE Directive 2003/108/EC standards and RoHS Directive 2002/95/EC got the soldering received into new areas. There is a space for new material compositions which do not contain lead. Furthermore, a new procedure process, adjusting of equipment and began to make greater use of nitrogen as protective gas. The aim is to compare the already proven commercial solder alloys on different carrier and evaluate more exactly the benefits of nitrogen atmosphere. The evaluation was performed for solder SAC, Sn100C and SnPb solder paste was used as reference. Type of substrates was printed circuit board FR-4 and ceramic substrate. Soldering conducted in atmosphere with different residual oxygen. Results of this paper may serve to increase the quality of soldering classical package as well as BGA and CSP package.
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