NTCG164LH683HT1

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Temperature Sensors are crucial elements in monitoring and controlling temperature in any application, and NTC Thermistors are one of the most popular temperature sensors in use today. NTCG164LH683HT1 is a type of NTC Thermistor that is made out of a special ceramic material with electrical temperature-sensing elements embedded in it. It is designed to detect and respond to changes in temperature, thus providing reliable and precise monitoring in a wide range of applications.

Application Field

NTCG164LH683HT1 is used to sense temperature in a number of different courses. It can be found in use in the automotive industries, industrial applications, HVAC systems, and many other temperature control applications. It can also be used for temperature calibration and temperature compensation in various applications, and is often used to regulate temperatures in power supplies, electrical circuits, and battery packs.

NTCG164LH683HT1 is also increasingly being used in consumer electronics and medical instruments. In consumer electronics, NTCG164LH683HT1 is used for temperature sensing in infrared remote controls, video doorbells, digital photo frames, smartphones, and many other electronic devices. In medical instruments, it is used to detect body temperature, among other things. Thus, NTCG164LH683HT1 is a versatile thermistor, capable of responding to temperature changes in a large number of applications.

Working Principle

NTCG164LH683HT1 is built from a ceramic substrate with embedded electrical temperature-sensing elements. When the temperature rises, the electrical resistance of the thermistor will also increase. The relation between the current flowing through the thermistor and the temperature can be described with a formula. This formula is used to calculate the temperature from the measured resistance. NTCG164LH683HT1 is designed to measure temperatures in negative temperature coefficient (NTC) mode, which means that its electrical resistance will increase as the temperature decreases, thus providing precise temperature measurement over a wide range.

NTCG164LH683HT1 features a linear temperature coefficient of -3.9%/degreeC, which means that its electrical resistance increases by 3.9% as the temperature drops by 1 degreeC. This linear NTC curve enables accurate temperature measurements over a wide temperature range, from -40°C to 85°C. Another unique feature of NTCG164LH683HT1 is its rapid response time, which is just 2s. This ensures that the thermistor can accurately detect temperature changes within a short period of time.

Conclusion

NTCG164LH683HT1 is a type of NTC Thermistor that is used for temperature sensing in a wide range of applications, from automotive, industrial, and HVAC systems to consumer electronics and medical instruments. It is built from a special ceramic material with embedded temperature-sensing elements, and features a linear temperature coefficient of -3.9%/degreeC and a rapid response time of 2s. This makes it an ideal choice for accurate and fast temperature sensing in many applications where reliability and precision are paramount.

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