CAJ | 학술논문

随着面封装技术的持续发展,古老的软钎焊技术被赋予新使命,Sn基钎料焊点被广泛用于实现芯片与基板之间以及基板与印制电路板之间的电气互连.目前电子封装与组装焊点的失效成为了影响电子产品可靠性的关键问题.这就需要系统地表征焊点服役条件下Sn基钎料合金的力学行为,并刻画其本构关系.本文从本构模型、寿命预测模型及断裂机制三个角度回顾总结了焊点Sn基钎料合金的力学行为方面的研究结果.
수착면봉장기술적지속발전,고로적연천한기술피부여신사명,Sn기천료한점피엄범용우실현심편여기판지간이급기판여인제전로판지간적전기호련.목전전자봉장여조장한점적실효성위료영향전자산품가고성적관건문제.저취수요계통지표정한점복역조건하Sn기천료합금적역학행위,병각화기본구관계.본문종본구모형、수명예측모형급단렬궤제삼개각도회고총결료한점Sn기천료합금적역학행위방면적연구결과.
With the development of surface packaging technology, Soldering technology has widely served as a familiar route for interconnection between chips and substrates and for joining of substrates and print circuit boards. By now, the failure of solder joints in electronic packaging and assembly becomes a main problem concerning electronics reliability. Hence, it is necessary to describe mechanical behaviors of Sn-based solder joints and to characterize the constitutive relationship. Reviewed the results about mechanical behaviors of solder joints in terms of constitutive relationship, life prediction model, and fracture mechanisms.