NTCG164QH474HT1

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Temperature sensors are used to measure temperature in a variety of different applications. These sensors are commonly divided into two categories: thermocouples and thermistors. Of these two, thermistors, specifically Negative Temperature Coefficient (NTC) thermistors, are one of the most popular temperature transducers for use in industrial and consumer applications that require accurate and reliable temperature measurements. NTCG164QH474HT1 is the type code of an NTC thermistor typically used in automotive applications.

NTCG164QH474HT1 consists of a ceramic body with a metal-oxide semiconductor material pasted onto it. The ceramic body is made of a special material which allows the thermistor to have a predictable response to changes in temperature. The metal-oxide semiconductor is then coated with an insulation material such as glass. The combined material has a predictable and measurable negative resistance (electrical resistance) gradient with respect to increasing temperatures.

The most common application of NTCG164QH474HT1 is in automotive temperature sensors, where they are used to analyze the temperature for the engine\'s cooling system, as well as to monitor the temperature of cabin air and the fuel tank. They are also used in other applications such as industrial temperature measurement, temperature control in home appliances, medical equipment, heating and ventilation, and other temperature sensitive and safety-related processes.

NTCG164QH474HT1 works on the principle of heating the metal-oxide semiconductor material through a resistance gradient. As the temperature around the thermistor increases, the resistance of the metal-oxide semiconductor material decreases. This change in resistance can be measured and converted to a temperature signal using a temperature controller. The amount of heat that is required to affect a temperature change is dependent on the metal-oxide material used for the thermistor, which in turn affects its response time. The faster the response time of the thermistor, the more accurate the temperature measurement will be.

NTCG164QH474HT1 thermistors are typically rated with a maximum working temperature of 125°C (257°F). They are rugged and very stable over a wide temperature range and offer a fast response time. They also have a low self-heating rate, meaning that they require minimal power to operate. They are also relatively inexpensive and easy to install. This makes them an attractive choice for temperature sensing applications.

NTCG164QH474HT1 thermistors offer a cost-effective temperature sensing solution that is accurate and reliable. With a wide temperature range and fast response time, they are well-suited for automotive, industrial, and other high-performance temperature sensing applications. With its excellent temperature stability and low self-heating rate, NTCG164QH474HT1 is an ideal choice for a variety of temperature sensing applications.

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