NTCG164BH222JTDS

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Temperature Sensors – NTC Thermistors are an important means for humans to measure changes in temperatures and are easy to construct and inexpensive. NTCG164BH222JTDS is a type of NTC Thermistor that frequently used to sense temperature changes accurately and reliably. It is designed for operation in environments ranging from -60 to 260°C, and can produce an analogue output signal or a digital output signal with a corresponding accuracy.

The NTCG164BH222JTDS specifies that it has a nominal resistance of 22Kω at 25°C, with a resistance tolerance criterion of ± 20%. Generally speaking, this type of thermistor has positive temperature coefficient (PTC) characteristics and its resistance increases gradually as temperature increases. The variations in its resistance are primarily caused by the temperature sensitive semiconductor material used in its formation.

This NTC Thermistor not only offers excellent temperature stability and rapid response time, but its long-term stability and reliability are also superior compared to other types of temperature sensors. It also features low self-heating capabilities, which results in excellent stability and temperature accuracy when operating in the -60 to 260°C environment. In addition, it provides excellent insulation capabilities and low static power dissipation characteristics.

Generally, the NTCG164BH222JTDS is applicable in a wide range of applications, such as in HVAC systems, refrigerators, air conditioners, ovens, motor vehicles, medical electronics, home appliances, and various other industrial control and instrumentation systems. Moreover, it can be used in a variety of sensing applications, such as in temperature control, temperature compensation, and thermal protection.

What does NTCG164BH222JTDS thermistor work in principle? Essentially, when a voltage is applied to the thermistor, an electric current will flow through it and cause a change in its temperature. The electrical resistance of the thermistor will in turn change accordingly, which in turn will cause a corresponding change in the electrical current. This change in the electrical current will be detected and measured by the device or system it is connected to, providing a way for it to determine and accurately measure the temperature change.

In summary, NTCG164BH222JTDS thermistor is a type of temperature sensor that is designed for use in a variety of applications and is capable of providing accurate and reliable temperature measurements. They are easy to construct and inexpensive, and their long-term stability and reliability make them the perfect choice for applications where precision and accuracy are important.

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