首页> 外文期刊>Laser Physics: An International Journal devoted to Theoretical and Experimental Laser Research and Application >Performance comparison between plastic-based fiber bundle and multimode fused coupler as probes in displacement sensors
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Performance comparison between plastic-based fiber bundle and multimode fused coupler as probes in displacement sensors

机译:位移传感器中的塑料基光纤束和多模熔融耦合器的性能比较

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摘要

Fiber optic displacement sensors with bundled and fused coupler fiber probes are being investigated. The effects of axial displacements on the detected output voltages are also investigated for fiber bundle probe sensor. The resolutions obtained are 0.9 and 4.0 μm, for the front and back slopes, respectively. A comparison is made with a commercial plastic based multimode fused coupler which gives a better range of 2.0 mm. This is longer than that achieved by the fiber bundle probe which is only 0.4 mm and has a lower resolution of 34 μm for the case of 50:50 coupling ratio.
机译:具有捆绑和融合耦合器光纤探头的光纤位移传感器正在研究中。对于纤维束探头传感器,还研究了轴向位移对检测到的输出电压的影响。对于前斜率和后斜率,获得的分辨率分别为0.9和4.0μm。与商用塑料基多模熔融耦合器进行了比较,该耦合器的最佳范围为2.0 mm。这比仅0.4 mm的光纤束探头所获得的长度长,并且在50:50的耦合比情况下分辨率较低,仅为34μm。

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