KTY82/210,215

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Temperature Sensors - PTC Thermistors are a type of thermistor, which are electrodes whose electrical resistance is dependent on the temperature. The KTY82/210,215 is a silicon-based PTC Thermistor.

Within the KTY82/210,215, the working principle is based on the principle of thermistor. Specifically, the resistance of a PTC thermistor increases as the temperature rises due to the semiconductor properties of the material, allowing manufacturers to use it to accurately measure and control temperature. Temperature accuracy is typically within 0.05°C in a commercial application and the thermistor resistance is determined by current temperature rather than by applied voltage.

The KTY82/210,215 is used as a basic temperature sensor in many applications. Most notably, this type of thermistor can be used in a variety of environments, such as in home appliances, heating and air conditioning, medical equipment, and as part of control systems for motors and other applications. Additionally, they can be used as inrush current limiters and temperature-dependent circuit protection.

The KTY82/210,215 also features excellent stability, resistance to thermal shock, as well as a wide range of working temperatures from -60 to 130°C. It also operates at high powers, up to several hundred watts in some cases.

Since most applications require accurate temperature sensed, KTY82/210,215\'s superior accuracy and low power consumption make it perfect for these needs. Additionally, its compact size and light weight compared to other temperature sensors make it a viable option for large-scale temperature sensing applications.

The KTY82/210,215 is also designed to minimize power consumption and noise. It has a direct drive which allows it to provide a more stable output signal and better accuracy than other types of thermistors. It also has a low self-heating and low input noise, which increases life expectancy and improves accuracy.

In conclusion, KTY82/210,215 has a wide range of application fields and is capable of accurately sensing temperature. It is the ideal thermistor to use in many applications due to its accuracy, excellent stability, resistance to thermal shock, wide range of operating temperatures, and low power consumption. Additionally, its size and weight make it a great option for large-scale temperature sensing applications.

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