KTY82/110,235

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Temperature Sensors - PTC Thermistors are devices that measure temperature using electrical means instead of mechanical ones like thermocouples and thermistor. The most common type of PTC Thermistor is the KTY82/110, 235. This device is a low resistance solid-state temperature detector that is available as a PTC with a negative temperature coefficient (NTC) or a Positive Temperature Coefficient (PTC).

The KTY82/110,235 can be used in a wide range of applications from automotive and industrial to medical and consumer. In general, the KTY82/110,235 provides a stable, accurate and linear output over a wide range of temperatures. It is most commonly used in automotive and industrial applications as a temperature switch, due to its ability to sense temperature changes over a large range.

The working principle of the KTY82/110, 235 is fairly simple. The thermistor is made of a special material that has a known electric resistance/temperature relationship. This relationship is known as the resistance/temperature coefficient (RTC). When the temperature changes, the resistance of the thermistor changes as well, and the voltage reading is altered accordingly. This allows the sensor to accurately measure temperature.

The resistance/temperature coefficient (RTC) of the KTY82/110,235 is highly dependent on the physical parameters of the thermistor and the ambient temperature. In general, the PTC thermistors have a low temperature coefficient at room temperature and a high resistance coefficient as the temperature increases.

The KTY82/110,235 is available in two main configurations - PTC (positive temperature coefficient) and NTC (negative temperature coefficient). A PTC thermistor will have a higher resistance when the temperature increases, while a NTC thermistor will have a lower resistance when the temperature increases. A PTC thermistor is typically used in applications where temperature needs to be monitored and controlled, while an NTC thermistor is ideal for applications that require measuring the temperature of an environment or a device.

The KTY82/110,235 has a wide field of applications in both automotive and industrial markets. It is used in automotive applications such as vehicle and engine temperature sensing. It is also used in industrial applications such as industrial ovens and air conditioners where it is used to detect temperature changes.

The KTY82/110,235 is an ideal choice for temperature sensing applications due to its reliable performance and linear output. It’s also easy to use and can be integrated into many systems. Its accuracy and low cost make it an attractive choice for many applications.

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