在各种自动化控制和智能仪表中均使用一种或数种传感器。因此,传感器的优劣直接影响到系统或仪表的质量。在设计中,必须根据实际情况从严选择传感器。目前,国内传感器和传感器系统很多,但还不能满足用户某些特殊要求,这里涉及到传感器的价格、性能、维修或可靠性相互制约的问题,要克服这些问题,可使用本文介绍的多光纤传感器,它是基于多光纤探头,并使用以徽控制器为基础的调节硬件和神经网络处理软件。在探头里,首先把光纤包层的少部分去掉,然后用合适的“参考”液体代替,这样就能知道折射率随温度特性变化的关系。因此,把深头沉浸在具有一定温度的液体里,利用测量直流输出功率(测量部分基于适当调节和低成本双斜率处理硬件),进行简单计算就 One or several sensors are used in a variety of automation controls and smart meters. Therefore, the merits of the sensor directly affect the quality of the system or instrument. In the design, the sensor must be chosen strictly according to the actual situation. At present, the domestic sensor and sensor systems are many, but still can not meet some special requirements of the user, here involves the price of the sensor, performance, maintenance or reliability of mutual constraints, to overcome these problems, you can use the multi-fiber sensor described in this article , Which is based on multi-fiber probes and uses emulator-based conditioning hardware and neural network processing software. In the probe, first remove a small portion of the fiber cladding and replace it with a suitable “reference” fluid so that the refractive index changes as a function of temperature. Therefore, by immersing the head in a liquid with a certain temperature, a simple calculation is made by measuring the DC output power (the measurement part is based on a properly adjusted and low-cost dual-slope processing hardware)