基于拍频解调技术的光纤激光负载测量传感器

Lin Chen, Long Huang, L. Gao, Xiangfei Chen
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引用次数: 2

摘要

提出了一种基于拍频解调技术的新型光纤激光负载传感器。当载荷作用在传感器上时,激光腔被拉伸,导致热频信号频移。因此,可以通过测量拍频来获得负载。在实验中,对负载测量中的四种不同拍频信号进行了研究和比较。灵敏度分别为-12.63kHz/kg、-27.80kHz/kg、-41.29kHz/kg和-53.88kHz/kg。本文提出了一种具有成本效益的负荷测量方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fiber laser sensor for load measurement based on beat frequency demodulation technique
A novel fiber laser load sensor based on beat frequency demodulation technique is presented. When the load is applied on the sensor, the laser cavity will be stretched, which leads to the frequency shift of beat frequency signal. Thus, the load can be obtained by measuring the beat frequency. In the experiment, four different beat frequency signals are studied and compared in the load measurement. The sensitivities are -12.63kHz/kg, -27.80kHz/kg, -41.29kHz/kg, and -53.88kHz/kg, respectively. The paper proposes a cost-efficient scheme for load measurement.
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