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Micro-structured optic fiber system for pressure sensing

机译:用于压力传感的微结构光纤系统

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摘要

The micro-structured optic fiber system has been designed, built and tested. The whole system is effectively enough to monitor micro-vibration movement caused by acoustic wave. The developed system has a strong ability to anti-EM interference. The thin film is specially designed and fabricated using RIE method. The diameter of the film is Φ200μm and the thickness is thin enough to sense micro-vibration. Single fiber is used to generating, transmitting and receiving optical signal. The optical fiber coupler is used to direct the light from laser diode onto the film and to guide reflected signal to the detector. The distance between the film and fiber end is fixed. The light modulation function, the system noises and the way against noises are discussed. Factors influencing system sensitivity are also investigated through our test results.
机译:微结构光纤系统已经过设计,建造和测试。整个系统足以监视声波引起的微振动运动。开发的系统具有很强的抗电磁干扰能力。该薄膜是使用RIE方法专门设计和制造的。膜的直径为Φ200μm,厚度很薄,足以感知微振动。单根光纤用于生成,传输和接收光信号。光纤耦合器用于将激光二极管发出的光导引到胶片上,并将反射信号引导至检测器。薄膜和光纤末端之间的距离是固定的。讨论了光调制功能,系统噪声以及抗噪声的方法。还通过我们的测试结果来调查影响系统灵敏度的因素。

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