Analysis on stability of polarization-transforming performance of fiber wave plate

Analysis on stability of polarization-transforming performance of fiber wave plate
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光纤波片偏振转换性能稳定性分析

DOI:
10.1016/j.ijleo.2017.12.073
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发表时间:
2018-03
期刊:
影响因子:
3.1
通讯作者:
Shi ZD
Shi ZD
中科院分区:
物理与天体物理3区
文献类型:
--
作者:
Wang Lihui;Shi Zhidong;Tang Sisi;Zhang Haiyan;Shi ZD

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在光纤传感系统中,通常使用光纤波片来实现偏振态的转换。环境温度和工作波长会影响双折射光纤的拍长,从而导致偏振变换时光纤波片的不稳定性。对于不同结构参数(光纤长度、自转速率分布和最大自旋速率)的变旋光纤波片,本文首先研究了拍长对其等效位相延迟的影响。然后考虑拍长与温度或工作波长的关系,进一步讨论了它的热稳定性和消色差性能,给出了合格的光纤波片的温度范围和消色差带宽。研究结果对变旋光纤波片的设计、制作和评价具有一定的参考价值。
Fiber wave plates are usually used for the transformation of polarization state in fiber sensing systems. Environment temperature and operating wavelength may influence the beat length of the birefringence fiber, inducing the instability of fiber wave plates on polarization transforming. As for the variable-spun fiber wave plate with different structure parameters (fiber length, spun rate profile and maximum spun rate), this paper firstly focuses on the influence of beat length on its equivalent phase retardation. Then considering the relation between beat length and temperature or operating wavelength, further discussions are made about its thermal stability and achromatic performance, and temperature ranges and the achromatic bandwidth are given for the qualified fiber wave plate. The results are of referential value to the design, fabrication and evaluation of the variable-spun fiber wave plate.
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