面板大小的集成模块板制造

T. Waris, R. Tuominen, J. Kivilahti
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引用次数: 19

摘要

介绍了集成模块板(IMB)的面板尺寸制造工艺。IMB技术可以在刚性或柔性有机衬底内实现非常高密度的有源和无源元件的无焊集成。通过这些互连结构,信号距离最小化,实现了高性能的Cu-to-Cu或Cu-to-Ni/Au电接触。IMB是一种基于光可成像聚合物和添加剂或半添加剂电镀工艺的环保技术。为了满足大批量生产的要求,开发了面板尺寸工艺。第一信号层采用减法制备。微通孔和第二信号层的金属化采用加性工艺实现。主动组件自动组装并嵌入钻出的槽孔中,并通过特殊技术进行电接触。随后产生可光定义的环氧基堆积层。电感器和电容器集成到智能卡模块中。采用机械和电气测试方法对各模块的可靠性进行了评估,并给出了测试结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Panel-sized integrated module board manufacturing
A panel-sized fabrication process for integrated module boards (IMB) is introduced. The IMB technology enables very high density solderless integration of active and passive components inside rigid or flexible organic substrates. With these interconnection structures signal distances are minimized and high performance electrical Cu-to-Cu or Cu-to-Ni/Au contacts are achieved. IMB is an environmentally friendly technology that is based on photoimagible polymers and additive or semi-additive plating processes. To meet the requirements of mass production, the panel-sized process has been developed. The first signal layer is fabricated subtractively. Metallizations of microvias and the second signal layer are realized with an additive process. Active components are automatically assembled and embedded inside drilled troughholes and electrically contacted with a special technique. Photodefinable epoxy-based build-up layers are produced subsequently. Inductors and capacitors are integrated into the smart card modules. Reliability of the modules has been evaluated by mechanical and electrical test methods and the results are presented.
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