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首页> 外文期刊>Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic >Evaluation on the fiber optic gyroscope dynamic angle measurement performance using a rotary table angle encoder
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Evaluation on the fiber optic gyroscope dynamic angle measurement performance using a rotary table angle encoder

机译:使用旋转台角度编码器评估光纤陀螺动态角度测量性能

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摘要

Dynamic angle measurement (DAM) is a research hotspot in the fields of aircraft, automobile and navigation. Using fiber optic gyroscope (FOG) to measure the dynamic angle has the advantages of high theoretical accuracy, all solid state and high reliability. In this paper, we propose a performance evaluation system for DAM of FOG based on a high accuracy single-axis rotary table. Besides, in order to solve the problem of multi-path signal synchronization, we propose an algorithm for signal delay measurement. As the experimental results show, the accuracy of the FOG proves to be less than 0.002 degrees while it was 0.06 degrees before synchronization compensation. The facts mentioned above provide the feasibility of achieving good real-time DAM with high accuracy and wide dynamic response.
机译:动态角度测量(DAM)是飞机,汽车和导航领域的研究热点。 使用光纤陀螺(雾)测量动态角度的理论精度高的优点,所有固态和高可靠性。 本文提出了基于高精度单轴旋转台的雾大坝性能评估系统。 此外,为了解决多路径信号同步的问题,我们提出了一种用于信号延迟测量的算法。 随着实验结果表明,雾的精度在同步补偿之前,雾的精度被证明在0.06度时小于0.002度。 上述事实提供了高精度和广泛动态响应实现良好实时坝的可行性。

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