首页> 外文会议>2010 11th International Conference on Thermal, Mechanical amp; Multi-Physics Simulation, and Experiments in Microelectronics and Microsystems (EuroSimE) >Development of fast and easy methods for measuring the Young's modulus of molding compounds for IC packages
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Development of fast and easy methods for measuring the Young's modulus of molding compounds for IC packages

机译:开发用于测量IC封装模塑料的杨氏模量的快速简便方法

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摘要

This work presents two different methods that offer a faster, easier and more straightforward data analysis methods for Young's modulus extraction of plastic molding compound materials. Both methods are compared and verified with the nano-indentation (NI) technique. The originality of this study lies in the fact that the evaluation of these methods focuses not only on Young's modulus extraction from bare molding compound material, but also of molding compounds of packaged IC's as well. The results show also that the NI data analysis is not straightforward due to the inhomogeneous mixture of the different types of materials and fillers inside the molding compound, hence resulting in a complex and rather unknown deformation behavior upon indentation.
机译:这项工作提出了两种不同的方法,它们为塑料模塑料的杨氏模量提取提供了一种更快,更容易和更直接的数据分析方法。两种方法都通过纳米压痕(NI)技术进行了比较和验证。这项研究的独创性在于,对这些方法的评估不仅着重于从裸露的模塑化合物材料中提取杨氏模量,而且还着重于封装IC的模塑化合物。结果还表明,由于模塑料内部不同类型的材料和填料的混合不均匀,因此NI数据分析并不简单,因此在压痕时会导致复杂而未知的变形行为。

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