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首页> 外文会议>2016 International Conference on Electrical Power and Energy Systems >Effect of induced linear birefringence on Faraday current sensor using Ultra low birefringence Optical Fiber
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Effect of induced linear birefringence on Faraday current sensor using Ultra low birefringence Optical Fiber

机译：超低双折射光纤对法拉第电流传感器的诱导线性双折射的影响

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摘要

The paper discusses change in behavior of current sensor using ultra low birefringence optical fiber under induced linear birefringence due to bending stress and undesired influencing parameters. Due to bending stress, it is seen that the linear polarization of light in the fiber is not maintained and it changes to elliptical polarization. Once the ultra-low birefringence Optical Fiber is employed as a sensor, prevention or elimination of induced linear birefringence due to bending stress and external influencing parameters is very important because these induced linear birefringence alters or even quenches the desired results. Further, it renders the device unstable as this induced birefringence causes difference in phase velocities and distorts polarization. Practical experience of behavior of Ultra-low-birefringence Optical Fiber for bending stress is presented. It was noticed that linearly polarized light through the fiber loses its property of linear polarization.
机译：本文讨论了由于弯曲应力和不希望的影响参数而在诱导的线性双折射下使用超低双折射光纤的电流传感器的行为变化。可以看出，由于弯曲应力，光纤中的光不能保持线性偏振，而是变为椭圆偏振。一旦将超低双折射光纤用作传感器，防止或消除由于弯曲应力和外部影响参数而引起的线性双折射非常重要，因为这些线性双折射会改变甚至淬灭所需的结果。此外，由于这种感应的双折射会引起相速度差异并使偏振失真，因此会导致设备不稳定。介绍了超低双折射光纤在弯曲应力下的行为的实践经验。注意到通过光纤的线性偏振光失去了其线性偏振特性。

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