ABNTC-0603-473J-4150F-T Sensors, Transducers

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Thermistors, or thermally sensitive resistors, play a vital role in various temperature control applications. ABNTC-0603-473J-4150F-T, in particular, is a NTC thermistor designed for temperature sensing applications in the range from -30°C to +150°C.

Applications

NTC thermistors are widely used in various temperature monitoring and control systems. ABNTC-0603-473J-4150F-T are commonly installed in air conditioners, refrigerators, water heaters, and room temperature controllers, among others. Additionally, these thermistors are also used in power supplies, solar panels, and other electronic devices to detect overheating and prevent damage.

Working Principle

NTC thermistors operate on the phenomenon known as temperature coefficient of resistance (TCR). As the temperature changes, the electrical resistance measured across the thermistor terminals also changes. For example, as the temperature increases, the resistance measured across the terminals of ABNTC-0603-473J-4150F-T decreases dramatically. This property is exploited in temperature sensing applications. By measuring the difference in electrical resistance of the thermistor at different temperatures, engineers can deduce the temperature accurately.

Characteristics

ABNTC-0603-473J-4150F-T has a lead length of 0.6 mm and resistor value of 47K ohm. The thermistor\'s beta value, which indicates the reliability of temperature measurement, is approximately 4150.It also features excellent thermal life stability, withstanding repeated temperatures up to 200°C. As such, this thermistor is reliable and long lasting for use in essential temperature control systems.

Conclusion

ABNTC-0603-473J-4150F-T is a NTC thermistor designed for temperature sensing applications within the range of -30℃ to +150℃. Its unique characteristics, such as its small size, high beta value, durability, and excellent thermal stability make it suitable for various temperature control applications, such as air conditioners, refrigerators and power supplies. Its working principle is based on the phenomenon of temperature coefficient of resistance, wherein thermistors become more resistive as temperature increases.

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