OH10/62,116

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Temperature sensors are devices used to measure various temperatures through a range of values. Temperature sensors can help users improve safety, reliability and performance of temperature-dependent products or processes. Temperature sensors come in a variety of designs and technologies, such as analog or digital output. The OH10/62,116 is an analog output temperature sensor.

The OH10/62,116 is a simple, low-cost, temperature-sensing device with a wide range of applications. It is based on the NTC thermistor principle and provides a decoupled analog output. This output is a linear relationship between the temperature of the device and the resistance of the sensor. It is typically used as a thermal switch, where it outputs a signal, such as 0-10V, when the temperature is critical. It is also used in a variety of other applications where a linear analog temperature is required.

The OH10/62,116 has a wide range of applications. It is commonly used as a thermal switch in applications such as process control applications, alarm systems or safety systems. It can also be used as a temperature input for pid controllers, temperature compensators or data loggers. It is also used in many applications where a linear output of temperature is required, such as in heating and cooling systems. The OH10/62,116 is also often used as a temperature input to automated lighting control systems.

The working principle of the OH10/62,116 is based on the NTC thermistor principle. The thermistor is a semiconductor device that has a resistance that is temperature-dependent. The resistance of the thermistor decreases when the temperature increases. In the case of the OH10/62,116, the resistance of the thermistor is connected to a bridge circuit. This bridge circuit converts the resistance change into a voltage change, which is then output as an analog voltage from 0-10V. The bridge circuit is also temperature compensated, to reduce any errors due to ambient temperature.

The OH10/62,116 is a simple, low-cost temperature sensor with a wide range of applications. It is based on the NTC thermistor principle and provides a linear analog output from 0-10V. It is commonly used as a thermal switch in process control applications, as a temperature input for automated controllers or data loggers and as a temperature input to automated lighting control systems. The working principle of the OH10/62,116 is based on the NTC thermistor principle, where the resistance changes as the temperature changes, and is output as a voltage from a compensated bridge circuit.

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