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A Novel High Sensitivity MEMS Acoustic Sensor using Corrugated Diaphragm
No full textIn this paper we presented a novel MEMS acoustic sensor using corrugated diaphragm. The corrugated diaphragm is used to decrease the effect of residual stress and thus improve the sensitivity of micromachined acoustic sensor. The displacement and mechanical sensitivity of flat and corrugated diaphragms, and also open-circuit sensitivity and pull-in voltage of sensors are calculated using MATLAB and simulated using FEM (finite element method). The results show that the displacement and mechanical sensitivity of corrugated diaphragm are bigger than the flat one. The pull-in voltage of corrugated sensor is smaller and the open-circuit sensitivity is much higher than the sensor with flat diaphragm. The results also show that the analytical model is very close with FEM simulation results
Design of new microchannel to reduce applied voltage for microparticles separation using dielectrophoresis method
No full textDesign of small size and high sensitive less‐invasive wireless blood pressure sensor using MEMS technology
No full textDesign and simulation of small size MEMS bimaterial cantilever solar cell using piezoelectric layer
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