ND09M00471K--

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Temperature sensors help people interpret the temperature of the environment. A wide range of technologies and device types are available for such tasks, giving different results in different settings. NTC thermistors are among these options, and they offer both advantages and disadvantages. The ND09M00471K has become increasingly prevalent, as its presence and use has quietly grown in the last few years. This article will explore this sensor’s application field and working principle.

ND09M00471K Application Field

The ND09M00471K is a type of NTC (Negative Temperature Coefficient) thermistor. It could measure a broad range of temperatures, ranging from -40 to 105 ℃. Due to its distinct features, the ND09M00471K is often applied to air conditioners, cars, home controllers and so on. An air conditioner case, for example, needs a tiny thermistor to control the unit’s temperature, and serve as a reliable feedback. A car gains a better understanding of its engine block/oil temperature through such an externally installed device. A home controller will also be able to properly ascertain the ambient temperature and so give users an understanding of the conditions in the home.

The ND09M00471K has made it even more convenient to measure temperature. Computers, household appliances and industrial equipment all benefit from its existence. Its small size and professional accuracy make it a great choice for those who require precise output. Thus, its presence has been gradually expanded to the scientific and medical field, making a positive contribution to numerous industries.

ND09M00471K Working Principle

The ND09M00471K is a type of NTC thermistor. It is composed of a ceramic material and is made from a semiconductor such as metal oxides. When it attains a non-supply voltage (normally, it is 2.2V-2.5V), the resistance of the thermistor regulates instantly in response to the surrounding temperature. To measure the temperature, the thermometer calculates the resistance of the thermistor by using Ohm’s law. An NTC thermistor has a characteristic that as the temperature increases, the resistance decreases, and vice versa. Thus, with this phenomenon, current will be able to flow successfully and return a temperature reading.

The ND09M00471K affords a great degree of accuracy and precision during its operation. With its resistance fluctuation, electrical characteristics are able to be changed accordingly. Additionally, it also transits a small electrical charge and, in turn, provides an electrical output. This output proves to be crucial for those who require an exact temperature reading. Finally, the thermistor sends a reading through a computer directly or via a linearized temperature converter.

Conclusion

The ND09M00471K is an important component and sensor device in many settings. It offers great accuracy and precision to those who require a temperature sensor in their systems and devices. Its application field has spread widely and is mainly used in home controllers, air conditioners, cars, computers and other mechanical and medical equipment. It works through an NTC thermistor, allowing it to measure temperatures between -40 and 105 ℃. Resistance fluctuation serves as the basis for temperature measurement, and small electrical charges send temperature outputs. All in all, the ND09M00471K offers a reliable and efficient temperature sensing solution for various industries and applications.

The specific data is subject to PDF, and the above content is for reference