Synchrotron radiation based X-ray micro-diffraction study on reliability issues of solder joints in electronic packaging technology

J. Suh, J. Nah, K. Tu, N. Tamura
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Abstract

Orientation distribution of Cu6Sn5 and its relationship with orientation of substrate Cu was studied with synchrotron based micro X-ray diffraction. We have obtained Laue spots both from Cu6Sn5 and Cu at the same time. From the Laue pattern, orientation distribution maps of Cu6Sn5 and Cu were obtained. Orientations Cu6Sn5 scallops had strong dependence to that of Cu. [001] direction of Cu6Sn5 was always parallel to [110] of Cu, to minimize misfit. It was also found that there are loses in its texture as reflow time increases
基于同步辐射的x射线微衍射研究电子封装工艺中焊点的可靠性问题
利用同步加速器微x射线衍射研究了Cu6Sn5的取向分布及其与基体Cu取向的关系。我们同时从Cu6Sn5和Cu中获得了Laue点。根据Laue图,得到Cu6Sn5和Cu的取向分布图。Cu6Sn5扇贝的取向对Cu的取向有很强的依赖性。[001] Cu6Sn5的方向始终平行于Cu的[110],以减少错配。随着回流时间的增加,其织构也有损失
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