三维弯曲-多层复合结构的性能及应用

S. Slosarcik, A. Pietrikova, J. Urbančík, W. Kalita, R. Bauer
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引用次数: 1

摘要

LTCC的特殊性能和优势可以有效地纳入MCM(多芯片模块)生产技术,使用多层结构的传感和三维应用。本文讨论了LTCC的特殊处理,旨在构建用于感官应用的三维弯曲多层混合结构。本文介绍了混合动力技术的总体发展趋势,并概述了混合动力技术的进展和已达到的实验结果:三维弯曲多层结构及其生产工艺的实验分析,以两导电层间过渡电阻无损测量为代表的弯曲顶点位置的内部导电检测,互连电阻值的测量原理和基于计算机辅助半自动测量的律值互连电阻原理。三维弯曲-多层混合结构在传感领域得到了广泛的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Properties and utilization of 3D bent-multilayer hybrid structures
The specific properties and advantages of the LTCC can be profitably included into the MCM (multi chip module) production technology, sensorial and three-dimensional application using multilayer structures. This paper deals with special treatment of LTCC, which is aimed at construction of 3D bent-multilayer hybrid structures for sensorial applications. The paper refers to general trends and gives an overview of hybrid technology progress and results of reached experiments: experimental analysis of 3D bent multilayer structures and their production technology, inside conductive inspection at bending vertex location represented by the non-destructive measurement of the transitional resistance between two conductive layers, measurement principle of the values of interconnection resistance and principle of the law value interconnection resistance based on computer aided semiautomatic measurements. The 3D bent-multilayer hybrid structures find utilization in sensorial application.
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