DKF104N3

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Temperature Sensors – NTC Thermistors are an essential part of many engineering applications. DKF104N3 is a representative of the widely-used NTC thermistors. It has multiple features and advantages, which make it an ideal choice for temperature sensing, control, and monitoring in various applications. In this article, a comprehensive overview of the DKF104N3 application field and working principle is provided.

Features of DKF104N3

The DKF104N3 displays a set of features that make it one of the most sought-after NTC thermistors. It has a marked lead configuration that allows for quick and easy wiring, as well as an insulation cover material guarantees mechanical and thermal protection. This thermistor also displays outstanding electrical characteristics, providing a resistance of 10k ohm at 25C, and a tolerance of ±10%.

The DKF104N3 is also suitable for most temperature ranges, working in temperatures of -10°C to +115°C. It also comes with a high noise immunity, enabling reliable readings of temperature variations even in noisy environments. It has a 99% reliability rate, meaning it provides stability and accuracy in monitoring and controlling temperature levels.

Applications of DKF104N3

Given its features and advantages, the DKF104N3 proves to be a great choice for various applications. These include HVAC systems, medical devices, appliances, and refrigeration systems. It is also suitable for automotive applications such as controlling cooling system temperatures. In terms of commercial applications, the DKF104N3 is commonly used for controlling parameters such as humidity or temperatures in laboratories, clean rooms, factories, and supermarkets.

Additionally, this thermistor is also sometimes employed for atmospheric monitoring, as it displays great stability even in extreme conditions. It is also employed in industrial process automation and in gas-fired equipment, where temperature levels need to be regulated accurately and reliably.

Working Principle of DKF104N3

The DKF104N3 is an NTC thermistor, which means it is a temperature-sensing component. It is composed of a special ceramic material made of nickel and cobalt, as well as metal oxide particles. This material has a very predictable relationship between resistance and temperature, which is used to monitor and control various temperatures.

At any given temperature, the DKF104N3 thermistor will have a specific resistance, and it is this value that is used to measure and monitor temperatures. When the temperature changes, the resistance of the thermistor will change accordingly, making it possible to detect even the slightest variations. Additionally, the small size of the thermistor makes it ideal for applications where space is limited.

Conclusion

The DKF104N3 is an ideal choice for numerous applications, as it is reliable, accurate, and easy to use. Its marked lead configuration and insulation cover make installation fast and easy, whereas its 99% reliability rate ensures accuracy and stability when monitoring and controlling temperature levels. Additionally, this thermistor’s small size makes it a suitable choice for applications where space is limited.

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