无铅焊料导热系数和比热的测量

J. Lloyd, Chao Zhang, H. Tan, D. Shangguan, A. Achari
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引用次数: 12

摘要

焊点制造中的热过程对高质量电子封装的生产至关重要。导热系数、热扩散系数和体积热容量是控制焊接过程热方面的焊料材料的热物理性质。由于铅基焊料材料的目标是从电子制造中消除,需要了解所使用的新附件材料的热性能对于质量控制以及制造过程的能耗和环境影响至关重要。在不久的将来,无铅焊料料有望成为主要的附着材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurements of thermal conductivity and specific heat of lead free solder
Thermal processes in the manufacture of solder joints are critical to the production of high quality electronic packaging. Thermal conductivity, thermal diffusivity and volumetric heat capacity are thermophysical properties of solder material that control the thermal aspects of the soldering process. As lead based solder materials are targeted for elimination from electronics manufacture, the need to understand the thermal properties of the new attachment materials to be used are critical for quality control as well as for energy consumption and environmental impact of the manufacturing process. Lead free solder materials are expected to be the predominant attachment material in the near future.
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