基于机械应力的三维瞬态互连分析

S. Holzer, C. Hollauer, H. Ceric, Markus Karner, Tibor Grasser, E. Langer, Siegfried Selberherr
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引用次数: 2

摘要

提出了一种考虑自热的瞬态电热分析方法。热机械模拟器,例如fedo,被耦合起来为电迁移分析提供适当的输入数据,以获得预测结果。给出的电热结果描述了靠近热源和散热器的高温梯度。进一步的电迁移高风险区域是热机械模拟的结果。由于热体膨胀系数的不匹配以及材料界面的弱材料粘附性,通孔以及互连的边缘和角落通常是高应力区域
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Three-Dimensional Transient Interconnect Analysis With Regard to Mechanical Stress
We presented a transient electro-thermal analysis with STAP considering self-heating. Thermo-mechanical simulators, e.g. FEDOS, are coupled to provide appropriated input data for electromigration analysis to obtain predictive results. The presented electro-thermal results depict the high temperature gradients close to heat sources and heat sinks. Further regions of high risk of electromigration are presented as results of thermo-mechanical simulations. The vias as well as edges and corners of interconnects in general are highly stressed regions due to the mismatch of thermal volume expansion coefficients and due to weak material adhesion of material interfaces
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