TS3-85B3

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Temperature sensors, specifically NTC thermistors, are used in a range of applications, due to their ability to respond quickly to changes in temperature. The TS3-85B3 is one such sensor, and it offers excellent precision and accuracy, with a high resonance frequency and a wide temperature range. This article will discuss the application field and working principle of the TS3-85B3 sensor.

The TS3-85B3 temperature sensor is designed to measure both the temperature and the thermal resistance of a surrounding medium. It is widely used in a variety of applications, such as testing and inspecting electrical components for safety defects. It is also suitable for measuring the temperature of liquids and gases, as well as for industrial and environmental monitoring.

The TS3-85B3 features a wide temperature range of -40 to +125 Degrees Celsius and a high resonance frequency of up to 80 kHz. This ensures precise and accurate measurements. The sensor is also highly responsive, with variations in temperature of as little as 0.5°C being detectible. This makes it an ideal choice for controlling the temperature of manufacturing or operating environments.

The working principle of the TS3-85B3 is based on the concept of thermistors. A thermistor is a thermal resistor, which has an electrical resistance that changes when the temperature changes. This change in resistance is directly proportional to the temperature, and is caused by the expansion and contraction of the material from which the thermistor is made.

The TS3-85B3 is made from a conductive material embedded in a non-conductive medium. This creates a temperature gradient, which is then measured by the sensor. The difference in electrical potential between the conductors creates a voltage that can be monitored in order to calculate the temperature. In addition, the resistance of the material can also be used to calculate the thermal resistance of the surrounding medium.

The TS3-85B3 temperature sensor is an ideal choice for applications requiring precise and accurate temperatures. Its wide range of -40 to +125 Degrees Celsius, and its high resonance frequency of up to 80 kHz, make it ideal for controlling temperatures in a variety of environments. Additionally, its thermistor design makes it highly responsive, allowing it to detect even minute changes in temperature.

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