用胶水代替超声波焊接的局限性:将锂电池触点连接到pcb上

N. B. P. Aguilera, J. Mollinger, J. Bastemeijer, J. Zhou, P. French, A. Bossche
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引用次数: 0

摘要

在过去的几年里,飞利浦一直在研究和开发可充电的可成型锂电池,从而优化了系统级封装的尺寸。在之前的工作中,研究表明,在低功耗应用中,胶接可以取代超声波焊接,然而,胶接的触点需要一种材料来保护它们免受湿度的影响,以避免腐蚀。在这项工作中,研究了粘接和焊接触点的可靠性,当有一个球形的顶部材料保护。在高湿、高温老化过程前后测量焊条的接触电阻。如果在可靠性测试后触点的电阻变化小于20%,则认为测试通过。焊接触点的电阻变化小于20%,而粘接触点的电阻变化至少为50%。采用高纯度UV固化材料保护的焊接触点是最可靠的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Limitations of gluing as a replacement of ultrasonic welding: Attaching Lithium battery contacts to PCBs
Rechargeable shapeable Lithium batteries have been in research and development by Philips in the last years resulting in an option to optimize the size of a System-in-Package. In a previous work, it was shown that gluing can replace ultrasonic welding in low power applications, nevertheless, the glued contacts require of a material to protect them from humidity in order to avoid corrosion. In this work, the reliability of the glued and welded contacts is studied, when protected by a glob top material. The contact resistance of the bonds is measured before and after a high humidity and temperature aging process. If the contacts present a change of resistance of less than 20% after the reliability test, the test is considered a pass. The welded contacts presented a change in resistance of less that 20% and the glued contacts of at least 50%. The welded contacts protected with a high purity UV curable material are the most reliable.
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