Geometric Parameter Identification for Bulk-Micromachined Accelerometer from Modal Frequencies Measurements

S. Michael, M. Katzschmann, S. Hering
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引用次数: 1

Abstract

A wafer-level testing method is investigated for an early stage of the manufacturing process applied to accelerometers. The approach consists of performing optical measurement of the modal responses of the MEMS structures, and uses this information in an inverse identification algorithm based on a FE model. Device characteristics can be determined by measured modal frequencies which are fed into a model based on the FE simulations. First measurements were done to validate the model and showed a good correlation between simulated and measured modal frequencies
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基于模态频率测量的本体微机械加速度计几何参数辨识
研究了一种用于加速度计制造过程早期的晶圆级测试方法。该方法包括对MEMS结构的模态响应进行光学测量,并将这些信息用于基于有限元模型的逆识别算法中。器件特性可以通过测量的模态频率来确定,模态频率被输入到基于有限元模拟的模型中。首先进行了测量以验证模型,并显示模拟和测量的模态频率之间具有良好的相关性
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