Dynamic Behavior for Some Nonlinearity Correcting Methods in Industrial Platinum Resistance Thermometer
Željko Hocenski, Ljubivoj Cvitaš · Society of Instrument and Control Engineers of Japan · 2009
This paper describes the comparison of dynamic behavior for several methods of nonlinearity correction of Platinum resistance industrial thermometers in production phase. Temperature measurement is performed by industrial thermometer based on measuring inlet with Platinum resistance sensor. Resistance of sensor is precisely measured in the measurement temperature converter. The measured resistance is converted by usage of one of selected methods to the temperature to which the sensor has been exposed.