光纤陀螺测试系统研究及应用

Research and Application on the Testing System for Fiber Optic Gyro

利用实验手段来建立光纤陀螺的误差模型并对光纤陀螺进行误差补偿是提高光纤陀螺的一种有效手段。根据光纤陀螺的特点,设计了光纤陀螺数据采集系统,并做了静态测试和动态测试,分析了光纤陀螺性能,为光纤陀螺进行误差补偿奠定了基础。

Using experimental method to set up fiber optic gyro（FOG） error model and compensating the error is effective means for improving precision of FOG. Based on the characteristics of FOG, designed data acquisition system and did static and dynamic testing, analyzed the FOG performance, laid a foundation for error compensation of FOG.