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Method for manufacturing a fiber optic current sensor with inherent temperature compensation of the Faraday effect

机译:具有法拉第效应的固有温度补偿的光纤电流传感器的制造方法

摘要

For tuning the fiber optic retarder (4) of a fiber optic current sensor towards a desired temperature dependence, the sensing fiber (5) is exposed to a magnetic field or corresponding electric current and the sensor signal as well as the signal's dependence on the retarder temperature are measured From this initial sensor signal and its temperature dependence, a target sensor signal can be determined, at which the dependence on the retarder temperature equals a desired value. Then, the retarder (4) is thermally treated until the sensor signal reaches the target value. The method obviates the need for repetitively measuring the temperature dependence during the tuning process.
机译:为了将光纤电流传感器的光纤延迟器(4)调至所需的温度依赖性,传感光纤(5)暴露于磁场或相应的电流和传感器信号以及该信号对延迟器的依赖性从该初始传感器信号及其温度依赖性中测量温度,可以确定目标传感器信号,在该目标传感器信号上对缓速器温度的依赖性等于期望值。然后,对缓速器(4)进行热处理,直到传感器信号达到目标值。该方法消除了在调谐过程中重复测量温度依赖性的需要。

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