Cost effective pressure transmitter

Product description

The static characteristics of high precision pressure sensor are closely related to ambient temperature. This phenomenon is reduced by the fact that the output signal drifts as the temperature changes, while keeping the standard of the electronic components unchanged. Therefore, we need to choose the necessary calculation methods to adjust the output results in order to eliminate the effect of temperature changes on the component output signal within the necessary time interval. This method is called temperature compensation of electronic components and is often referred to as "temperature compensation". The static characteristics of most high precision pressure sensors are closely related to ambient temperature. At this point, in the actual operation process, the temperature change of the working environment of the sensor is too large, and the heat output caused by the temperature change will cause excessive data error, so it will interfere with the static characteristics of the pressure sensor. During the development process, measures must be taken to reduce or eliminate the measurement interference caused by temperature changes. Pressure sensor is a common measuring equipment in engineering construction. Specializing in the manufacture of urea pressure sensor, common rail pressure transmitter, engineering hydraulic sensor, injection molding machine special pressure sensor.