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General formula describing drift of interferometer fiber-optic gyro due to Faraday effect: reduction of the drift in twin-depo-I-FOG

机译:归因于法拉第效应的干涉仪光纤陀螺仪漂移的一般公式:减少双Depo-I-FOG中的漂移

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摘要

The drift of an interferometric fiber-optic gyro (I-FOG) by the magnetic field through the Faraday effect is generally formulated. By the derived formula, the drift reduction mechanism in the interferometric fiber-optic gyro using ordinary single-mode fiber as a sensing coil and two depolarizers (twin-depo-I-FOG) is clarified, as well as that in the interferometric fiber-optic gyro using polarization maintaining fiber (PM-I-FOG). Degradation factors in the practical twin-depo-I-FOG are evaluated by using the derived equation, and methods for further drift reduction are discussed.
机译:通常拟定法拉第效应引起的磁场引起的干涉式光纤陀螺仪(I-FOG)的漂移。通过推导的公式,阐明了使用普通单模光纤作为感应线圈和两个消偏器(twin-depo-I-FOG)的干涉式光纤陀螺仪中的漂移减小机理,以及干涉式光纤陀螺仪中的漂移减小机理。使用偏振保持光纤(PM-I-FOG)的光学陀螺仪。利用推导方程评估了实际双-de-I-FOG中的降解因子,并讨论了进一步降低漂移的方法。

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