Application of polarization-maintaining fiber in semiconductor scanning laser fiber FP sensing system

Ang Li, Zhenguo Jing, Yueying Liu, Zhiyuan Huang, Dapeng Zhou, W. Peng
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Abstract

When the single-mode fiber is used as the transmission medium in the fiber FP sensing experiment using the SGDBR laser as the light source, the single-mode fiber cannot be guaranteed to be stable under external interference. The single-mode fiber that transmits information is changed to a polarization-maintaining fiber in the case where the sensor measurement environment is unchanged. Then the accuracy of the sensor is reduced from 10% to 1%, which ensures the accuracy and stability of the experimental data.
保偏光纤在半导体扫描激光光纤FP传感系统中的应用
在以SGDBR激光器为光源的光纤FP传感实验中,采用单模光纤作为传输介质时,单模光纤在外界干扰下的稳定性无法保证。在传感器测量环境不变的情况下,将传输信息的单模光纤改为保偏光纤。然后将传感器的精度从10%降低到1%,保证了实验数据的准确性和稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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