2G10UM

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2G10UM application field and working principle can be found in many Industries. For example, in automotive, it can be used to detect cylinder head temperature, engine temperature, intake air temperature and cylinder temperature. In the home appliances industry, it can detect the temperature of finned heaters, gas pipes, baby bottles, refrigeration and air conditioning systems, and Coffee makers. In addition, it can also be used for creasing, welding, cutting, embossing, surface treatment, drying and other various processing processes. In medical, it can be used as a common temperature measurement device.

2G10UM, by definition, is a device capable of performing temperature measurements by detecting changes in a process variable. The temperature measurement device uses a mechanical system, an optical system, an electronic system, or a force balance system, depending on the type of application. The measuring system is usually an electrical system that uses temperature sensors. The temperature sensor is connected to an amplifier or a measuring device to convert the temperature into a readable output. A temperature controller is used to convert the temperature signal into a digital output.

The most common temperature measurement principle for 2G10UM is the Wheatstone bridge. This principle uses resistance changes due to temperature variation to measure the temperature. A Wheatstone bridge consists of four resistors connected in a bridge shape. When the temperature changes, the resistance of the resistors changes. The degree of the Wheatstone bridge resistance change is proportional to the temperature, and the resistance output is proportional to the temperature.

The measure of resistance, also known as PTC thermistor, is another common temperature measurement principle used in 2G10UM. A PTC thermistor is a semiconductor material that is sensitive to temperature changes. When the temperature changes, the conduction resistance of the semiconductor will change accordingly. This principle can be used to measure temperatures from -20 to 150 degrees Celsius and its accuracy is higher than the Wheatstone bridge. The output is usually an analog DC voltage signal.

2G10UM can also be used to measure temperature by exploiting the heat transfer or thermal energy of a surface to a temperature probe. This is done by using a radiation heat transfer surface. A controlled radiation source is used to produce a temperature on the surface, which is detected by a temperature probe. The output signal is usually an analog voltage signal.

2G10UM can also be used to measure temperature through a thermal mass flow metering method. This method takes advantage of the fact that the mass flow rate of a gas is directly proportional to the temperature of the gas. The temperature of the gas is measured using an analog signal generated by a thermal mass flow meter. This method allows for both fast and accurate temperature measurements.

In conclusion, 2G10UM application field and working principle can be applied in many industries. It can use resistance changes due to temperature variation, PTC thermistor, radiation transfer surface and thermal mass flow meter in order to measure temperature. The output can be an analog voltage signal, which can be used for further readings.

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