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Effects of Packaging Induced Stress on MEMS Devices and Its Improvements

机译:封装引起的应力对MEMS器件的影响及其改进

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摘要

In MEMS, packaging induced stress or stress induced structure deformation becomes increasing concerns since it directly affects the performance of the device. The conventional MEMS SOI (silicon-on-insulator) gyroscope, packaged using the anodic bonding at the wafer level and EMC (epoxy molding compound) molding, has a deformation of MEMS structure caused by thermal expansion mismatch. Therefore we propose a packaged SiOG (Silicon On Glass) process technology and more robust spring design.
机译:在MEMS中,封装引起的应力或应力引起的结构变形变得越来越重要,因为它直接影响器件的性能。传统的MEMS SOI(绝缘体上硅)陀螺仪使用晶圆级的阳极键合和EMC(环氧模塑化合物)模塑进行封装,由于热膨胀失配而导致MEMS结构变形。因此,我们提出了一种封装的SiOG(玻璃上硅)工艺技术和更坚固的弹簧设计。

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