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A New Design Concept for Vibrating Microgyroscope

机译:振动微陀螺仪的新设计理念

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摘要

The principles of dynamic vibration absorbers (DVA) or shock absorbers are used in a novel way to provide magnification rather than to suppress the unwanted vibration amplitude. The dynamic vibration magnifier (DVM) can be realised as a multi-degree freedom of systems or simply just two degrees of freedom system. The concept of DVM can be applied in the field of microelectromechanical systems, particularly to resonating microsensors for example resonating microgyroscope, micropump and microbridges. These sensors and other micromechanical resonating structures require large displacement or vibration amplitude for improving their working range or sensitivity and hence the DVM can provide an excellent method of magnification. The concept presented in this paper is two-fold; the DVM method can be used as an actuator as well as a sensor.
机译:动态减震器(DVA)或减震器的原理以新颖的方式使用,以提供放大倍数,而不是抑制不必要的振幅。动态振动放大器(DVM)可以实现为系统的多自由度,也可以仅实现为两个自由度的系统。 DVM的概念可以应用于微机电系统领域,特别是用于谐振微传感器,例如谐振微陀螺仪,微泵和微桥。这些传感器和其他微机械谐振结构需要大的位移或振动幅度以改善其工作范围或灵敏度,因此DVM可以提供出色的放大方法。本文提出的概念有两个方面。 DVM方法既可以用作执行器,也可以用作传感器。

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