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State of the Art and Prospects for the Development of SAW-based Solid-State Gyros

机译:基于声表面波的固态陀螺仪的发展现状与前景

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摘要

Modern MEMS gyros are widely used nowadays, however, the field of high-dynamic moving objects is still hardly accessible for them because of rigid requirements for the sensors to be shock-resistant. Solid-state gyros (SSG), namely, those that are based on surface acoustic waves (SAW), are likely to become the solution to this problem. This paper provides a short introduction to theory of SAW-based SSGs and a brief overview of the existing design concepts, which are described, analyzed, and compared with each other. The main advantages, problems, and prospects for further development of SAW-based SSGs are discussed.
机译:如今,现代MEMS陀螺仪已被广泛使用,但是,由于对传感器的抗震性提出了严格的要求,因此对于它们而言,高动态运动物体的领域仍然难以接近。固态陀螺仪(SSG),即基于表面声波(SAW)的陀螺仪,很可能成为解决此问题的方法。本文简要介绍了基于SAW的SSG的理论,并简要概述了现有的设计概念,对它们进行了描述,分析和比较。讨论了基于SAW的SSG的主要优势,问题和进一步发展的前景。

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  • 来源
    《Gyroscopy and navigation》 |2011年第4期|p.214-221|共8页
  • 作者单位

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

    St. Petersburg State Electmteehnical University, St. Petersburg, Russia;

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