FOWLP中的MEMS麦克风

H. Theuss, C. Geissler, Franz-Xaver Muehlbauer, Claus von Waechter, T. Kilger, J. Wagner, T. Fischer, U. Bartl, Stephan Helbig, A. Sigl, D. Maier, B. Goller, Matthias Vobl, M. Herrmann, J. Lodermeyer, U. Krumbein, A. Dehé
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引用次数: 7

摘要

这项工作提出了一个全功能的小型化MEMS麦克风演示器,组装在一个改进的扇出晶圆级封装(FOWLP)工艺链中。开发的核心是将fowlp工艺应用于mems麦克风,这在晶圆厂尚未完全处理。相反,这些麦克风芯片含有不释放的膜,使它们足够坚固,可以承受后端工艺,如层压和成型。膜释放本身在重组的模片上进行,并推迟到后面的工艺步骤。通过在MEMS芯片上实施应力解耦悬架结构,封装对MEMS产生的机械应力效应被限制到最小。
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A MEMS Microphone in a FOWLP
This work presents a fully functional miniaturized MEMS microphone demonstrator assembled within a modified Fan Out Wafer Level Package (FOWLP) process chain. Core of the development is the adaption of the FOWLP-process to MEMS-microphones, which have not yet been fully processed in the wafer fab. Instead, these microphone chips contain non-released membranes making them sufficiently robust to withstand backend processes, such as laminating and molding. The membrane release itself is performed on the reconstituted mold-wafer and postponed to a later process step. Mechanical stress effects induced by the package onto the MEMS are limited to a minimum by the implementation of stress decoupling suspension structures on the MEMS die.
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