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Microstructures and Properties of SnZn Lead-Free Solder Joints Bearing La for Electronic Packaging

机译:电子包装用含La的SnZn无铅焊点的组织和性能

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摘要

In this paper, the effect of rare earth (RE) La on the properties of $ hbox{Sn}hbox{9}hbox{Zn}$ solder was carried out. The results indicate that RE La plays an important role not only in the wettability and the structure of the solder but also in the mechanical property of the solder joint. The results show that adding trace amount of RE La can remarkably improve the wettability and oxidation resistance of SnZn solder and can enhance the mechanical properties of solder joints. When RE La content is 0.06%, the SnZn-based solder has the best properties. In addition, it is found that $hbox{Sn}hbox{Zn}hbox{0.06}hbox{La}$ shows a finer and more uniform microstructure than SnZn, and the sizes of Zn-rich phases are obviously reduced.
机译:本文研究了稀土(La)La对$ hbox {Sn} hbox {9} hbox {Zn} $焊料性能的影响。结果表明,RE La不仅在焊料的润湿性和结构方面,而且在焊点的机械性能方面都起着重要作用。结果表明,添加微量的RE La可以显着提高SnZn焊料的润湿性和抗氧化性,并可以提高焊点的机械性能。当RE La含量为0.06%时,SnZn基焊料具有最佳性能。另外,发现$ hbox {Sn} hbox {Zn} hbox {0.06} hbox {La} $比SnZn表现出更细和更均匀的微观结构,并且富锌相的尺寸明显减小。

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