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光纤Bragg光栅电压传感特性
引用本文:王黎蒙,朱荣华,巫.光纤Bragg光栅电压传感特性[J].传感器与微系统,2000,19(3):15-17,20.
作者姓名:王黎蒙  朱荣华  
作者单位:信息产业部电子第二十三研究所,检测中心,上海,200437
摘    要:应用逆压电效应 ,在低频或直流条件下 ,分析了光纤光栅与压电材料相结合的电压探头的传感性能 ,导出了Bragg反射波长位移量 ΔλB 随检测电压U之间的变化关系式 ;给出了PZT - 5H和SbSI两种压电材料与光纤光栅构成传感头的U、ΔλB、λB、ΔL/L四个参量之间的相互关系计算曲线 ,并进行了相关讨论

关 键 词:光纤光栅  压电材料  电压  传感

Sensing properties of voltage with fiber bragg grating
WANG Li-meng,ZHU Rong-hua,WU Tao-hua,ZHOU Ji-min.Sensing properties of voltage with fiber bragg grating[J].Transducer and Microsystem Technology,2000,19(3):15-17,20.
Authors:WANG Li-meng  ZHU Rong-hua  WU Tao-hua  ZHOU Ji-min
Affiliation:WT5BZ]WANG Li-meng,ZHU Rong-hua,WU Tao-hua,ZHOU Ji-min
Abstract:Using the converse piezoelectric effect , the sensing properties of integrating fiber grating with pizoelectric material for voltage sensing head under low frequence or direct supply conditions are analyzed in this pepar ,the relational expression of Bragg reflected wavelength λ B against detected voltage U is obtained uniting PZT-5H and SbSI two piezoelectrical materials with fiber grating,among U, Δ λ B ,λ B , Δ L/L four parameters for calculated curves are also given , and that is correlated with brief discussion.
Keywords:fiber grating  piezoelectric  material  voltage  sensing
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