AT30TS74-UFM13-T-072

Temperature sensors are widely used in various industrial applications, especially in areas where accurately measure and control the temperature is crucial. AT30TS74-UFM13-T-072 is a type of temperature sensor that combines analog and digital outputs. This type of temperature sensor is used to measure the temperature of an environment or object and then sends the temperature information to a control system, enabling it to respond and adjust itself to the changing conditions as needed.

This temperature sensor has a wide temperature range that can be used for multiple applications. Its operating temperature ranges from -40 to +125 degree Celsius and its accuracy is approximately up to ±0.4 degree Celsius across the entire range. It also has a long life expectancy of up to 10 years or more. The AT30TS74-UFM13-T-072 is commonly used in industrial equipment, medical devices, robotics and home appliances to help monitor and regulate temperature.

This temperature sensor is available in various additional options such as various mounting configurations and optional voltage gain settings. The AT30TS74-UFM13-T-072’s features allow it to be used in several industrial applications. A few of them are:

• Heating, ventilation and air conditioning (HVAC) systems
• Hospital equipment
• Robotics
• Industrial food service
• High-precision temperature monitoring

The AT30TS74-UFM13-T-072 has both analog and digital outputs. The analog output is a variable voltage from 0.8 to 2.4 Volts corresponding to the ambient temperature. The digital output is a pulse width modulation (PWM) signal which is a type of signal commonly used in digital circuits for controlling and communication. The PWM signal sent by the temperature sensor corresponds to the measured temperature.

The AT30TS74-UFM13-T-072 temperature sensor operates using the Wheatstone bridge principle. The Wheatstone bridge is an electrical circuit that is composed of four resistors in a bridge-like configuration. The bridge is active when a sensor is placed in one side of the bridge. When a temperature is being measured, the sensor will change its resistance slightly due to the thermal expansion coefficient of the material it is made of. By measuring the resistance of the bridge, the circuit can be used to determine the temperature that the sensor is detecting.

The AT30TS74-UFM13-T-072 temperature sensor is easy to install and is capable of providing accurate results. Its ability to provide both analog and digital output makes it very versatile and allows it to be used in many different applications. The long life expectancy of this temperature sensor makes it a reliable and affordable solution for any temperature measurement or control system.