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光学陀螺是基于光学萨格奈克效应的一种惯性导航测量设备,该项技术综合惯性仪表理论、现代控制理论、计算机处理技术和微纳加工技术等现代工程技术于一体,广泛运用于陆海空天等诸多惯导运用领域,比如导弹、火箭、卫星、太空探测器、飞机、水面舰船、潜艇、车辆、机器人、钻井测斜及天线稳定装置等。现有的陀螺仪主要分为机电式陀螺和光学陀螺,其中机电式陀螺
Optical gyro is based on the optical Sagnac effect of inertial navigation measurement equipment, the technology integrated inertial instrumentation theory, modern control theory, computer processing technology and micro-nano processing technology and other modern engineering technology in one, widely used in land, sea and air And many other areas of inertial navigation, such as missiles, rockets, satellites, space probes, aircraft, surface ships, submarines, vehicles, robots, drilling tilt and antenna stabilization devices. Existing gyroscopes are mainly divided into electromechanical gyroscopes and optical gyroscopes, including electromechanical gyroscopes