热超声键合换能器动力学的非线性行为

Lei Han, J. Zhong
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引用次数: 5

摘要

金属变形、变质和互连的能量主要来自通过PZT换能器组件的高频压力/剪切载荷。压电陶瓷驱动换能器组件的动态特性是实现可靠的细间距键合和理解金属互连的关键。利用高频记录电子设备和功能强大的Polytec激光多普勒测振仪,系统的实验观察和分析清楚地表明,PZT换能器组件在键合目标上的非线性特性可以解释换能器主体与工具之间的负立方刚度、动态耦合等丰富的现象和效应。通过对实验数据的识别和解码,将有可能探索它们的作用机制和对键合质量的影响
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Nonlinear behaviors of transducer dynamics for thermosonic bonding
Energy for deformation, metamorphism and interconnection of metals, is mainly from high frequency pressure/shear loads via a PZT transducer assembly. Dynamical characteristics of PZT actuated transducer assembly are the key to reliable fine pitch bonding and basic understanding of metal interconnection. By using high frequency recording electronics devices and a powerful Polytec laser Doppler vibrometer, a systematic experimental observations and analysis clearly exhibit that, rich phenomena and effects like the negative cubic stiffness, dynamical coupling between transducer main body and tool, may be explained by nonlinear features of PZT transducer assembly on its bonding targets. It will be possible to explore their mechanism and effects to bonding quality by identifying and decoding them from experimental data
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