Research on new method of path detection for new type power communication optical cable

Yuan Zhi, Geng Yin, Bo Li
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Abstract

The principle of Sagnac interference is introduced, and the phase modulation technology of optical signal is analyzed. A method of fiber optic cable path detection is proposed. By analyzing the shape change of fiber caused by external force, the phase of the interference signal is changed, and the external force is transformed into the corresponding data of LED display. In the experiment, we select the maximum value of the LED display intensity data on one side of the five points of a power cable to determine the specific location of the buried communication cable. The simulation experiment shows that the detection method has high positioning accuracy and has great practical value for the maintenance work of the optical fiber cable later.
新型电力通信光缆路径检测新方法的研究
介绍了Sagnac干涉的原理,分析了光信号的相位调制技术。提出了一种光纤光缆路径检测方法。通过分析外力作用下光纤的形状变化,改变干扰信号的相位,并将外力转化为LED显示屏的相应数据。在实验中,我们选择电源电缆的五个点的一侧LED显示强度数据的最大值,以确定埋置通信电缆的具体位置。仿真实验表明,该检测方法具有较高的定位精度,对后期的光缆维护工作具有较大的实用价值。
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