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Design simulation and analysis of MEMS capacitive IDT devices using Multi-physics for Internet of Things (IoT)

机译:使用物联网(IoT)的多物理场MEMS电容IDT器件的设计仿真和分析

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This work focuses on the designing of inter-digitated capacitive device using COMSOL Multiphysics. The designed capacitive device consists of inter-digitated fingers capacitors (IDT) which increases the capacitance of the device proportionally to the number of fingers. The IDT configuration can be utilized for various types of applications such as accelerometer, gyroscope etc. The designed IDT focuses on a general capacitive IDT design that can be altered to fit any application. Response of IDT has also been analyzed. These IDT devices can be an essential component for sensors employed in IoT (Internet of Things).
机译:这项工作着重于使用COMSOL Multiphysics设计叉指电容设备。设计的电容性设备由指状指状电容器(IDT)组成,指状指状电容器(IDT)与指状体的数量成比例地增加了设备的电容。 IDT配置可用于各种类型的应用,例如加速度计,陀螺仪等。设计的IDT专注于通用电容IDT设计,可以对其进行更改以适合任何应用。还对IDT的响应进行了分析。这些IDT设备可能是IoT(物联网)中使用的传感器的必不可少的组件。

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