300100180013

Temperature sensors are used in almost any application or setting to detect, measure and monitor temperature changes. The most commonly used temperature sensors are thermostats and mechanical temperature probes. This article explains the application field and working principle of 300100180013 temperature sensor.

Application Field

The 300100180013 temperature sensor could be used in a wide range of applications. It is a highly accurate, mechanical temperature sensor that offers reliable performance in a wide range of temperatures from -20 °C to 80 °C. It can be used in many industrial settings, including: HVAC and climate control systems, electronics, data storage, chemical processing, and many other applications. It can also be used in the automotive, aviation, and building industries to measure and control temperature.

Working Principle

The 300100180013 is a mechanical temperature sensor that utilizes a thermistor to measure and control temperature changes. The thermistor is a solid-state temperature sensitive device that utilizes resistivity to measure temperature. The resistance of the thermistor increases with rising temperature, and decreases with falling temperature. When the thermistor is connected to a power supply, the temperature of the environment is monitored by the thermistor through the variations of the potential drop across it.

The 300100180013 also uses a calibrated capacitance bridge circuit to measure the thermistor’s resistance. The bridge circuit is composed of four resistors placed in the circuit in series to provide a reference voltage for the thermistor. The bridge circuit works by connecting the four resistors in a series and then connecting two of them in parallel with the thermistor. When the thermistor’s resistance changes, the voltage of the bridge circuit also changes, and this change is then detected by the microcontroller connected to the bridge.

The microcontroller then sends the measure voltage signal to an analog to digital converter module, where it is converted to a digital measurement. The digital measurement is then sent back to the microcontroller, which uses the data to adjust the temperature accordingly. The microcontroller also sends the measurements to other devices such as displays, where the temperature is displayed for the user.

Conclusion

The 300100180013 is a mechanical temperature sensor that utilizes a thermistor and a calibrated capacitance bridge circuit to measure and control temperature changes. It is accurate in temperatures ranging from -20 °C to 80 °C, and can be used in many different applications. Its accuracy ensures that temperatures are monitored and controlled with a high level of precision and reliability.