Shupe effect compensation of temperature controlled Fiber Optical Gyroscope

Hajime Kato, H. Saito, Sin-ichiro Sakai
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引用次数: 6

Abstract

Fiber Optical Gyroscopes (FOGs) have been used as satellite attitude sensor because of low power and small body. To keep FOG bias rate stable, temperature control is needed. However it is repoted that thermal input of temperature control causes Shupe effect. Due to Shupe effect, bias stability of FOG is deteriorated. In this paper, Shupe effect compensation method of FOG with temperature control is proposed. Experimental results show proposed method is efficient to compensate Shupe effect. And as a result of Shupe effect compensation, FOG performance of all time range is improved.
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温控光纤陀螺的舒普效应补偿
光纤陀螺仪具有低功耗、体积小等优点,已被广泛应用于卫星姿态传感器。为了保持光纤陀螺的偏置率稳定,需要进行温度控制。然而,有报道称温度控制的热输入会引起舒普效应。由于舒普效应,光纤陀螺的偏置稳定性变差。本文提出了带温度控制的光纤陀螺的舒普效应补偿方法。实验结果表明,该方法能有效地补偿舒普效应。由于对光纤陀螺进行了舒普效应补偿,使得光纤陀螺在所有时间范围内的性能都得到了提高。
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