Publication | Open Access
Fiber-Optic Pyrometer with Optically Powered Switch for Temperature Measurements
20
Citations
18
References
2018
Year
PhotonicsExperimental ResultsFiber-optic PyrometerOptical Fiber SwitchThermographyOptical Fiber PyrometerEngineeringOptical PropertiesTemperature MeasurementFiber Optic SensingThermal PhysicsFiber OpticsInstrumentationFiber OpticThermal SensorOptoelectronicsOptical Sensors
We report the experimental results on a new infrared fiber-optic pyrometer for very localized and high-speed temperature measurements ranging from 170 to 530 °C using low-noise photodetectors and high-gain transimpedance amplifiers with a single gain mode in the whole temperature range. We also report a shutter based on an optical fiber switch which is optically powered to provide a reference signal in an optical fiber pyrometer measuring from 200 to 550 °C. The tests show the potential of remotely powering via optical means a 300 mW power-hungry optical switch at a distance of 100 m, avoiding any electromagnetic interference close to the measuring point.
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