NTCG164BH332HT1 Sensors, Transducers

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Temperature Sensors – NTC (Negative Temperature Coefficient) Thermistors provide an economical way to measure or sense temperature changes in the environment. Such sensors are usually made of ceramic materials and contain a thin film of metal oxide compositions. The resistance change in these devices depends on the surrounding temperature, which allows them to be used as thermometers or the device to be controlled through the provision of an electrical current. The NTCG164BH332HT1 is a thermistor manufactured by Semitec and can be used to accurately measure the temperature changes in industrial or commercial applications.

NTCG164BH332HT1 is a standard sized NTC thermistor which features an insulated heat resistant substrate and a 10K ±1% B value. The NTCG164BH332HT1 has a B25/85 value of 3950K ±1%. With its small size and economical price, the NTCG164BH332HT1 is suitable for numerous applications such as temperature regulation, thermal protection circuits, and various forms of measuring instruments.

The NTCG164BH332HT1 works on the principle of negative temperature coefficient (NTC), meaning the resistance of the thermistor decreases as the temperature increases. The resistance-temperature characteristics of an NTC thermistor result from the temperature sensitivity of a semiconductor material when an applied voltage or current generates a current flow through it. This flow is controlled by the thermistor characteristic B33 value which is determined by the position and number of electrons in the outermost valence band of the semiconductor. The B33 value is a measure of the temperature coefficient of the thermistor and can be used to calculate its resistance at any temperature.

When the temperature changes, the NTCG164BH332HT1 thermistor provides a means to measure the temperature. When an electrical power is supplied to the NTCG164BH332HT1 it produces an electrical signal in the form of a voltage or a current which is proportional to the temperature variation. The output signal can then be measured by a controller or a meters and is used to control the temperature, either through manual adjustment of the power supply, or through an analog/digital output signal. This allows the device to be used in a wide variety of temperature sensing applications such as PID controllers, heater controllers, air conditioning, and automotive temperature control systems.

It can also be used to detect temperature changes for various data logging applications, such as monitoring process temperature in car engines, or for measuring environmental temperature changes in industrial and commercial applications. The NTCG164BH332HT1 is the perfect choice for temperature sensing applications that require accuracy, reliability, and affordability.

The NTCG164BH332HT1 comes in a wide variety of packages to fit any application, such as an exposed thermistor for surface mounting in applications such as air conditioners, and it is also compatible with most of the current market micro-controllers and industrial controllers which can connect easily to an analog/digital output. This makes the NTCG164BH332HT1 an ideal choice for integration into temperature sensing systems.

Overall, the NTCG164BH332HT1 provides customers with an economical and reliable choice for temperature sensing applications. The thermistor provides accurate measurements and the ability to control the power supply of the device, making it a perfect choice for temperature regulation. The NTCG164BH332HT1 is not only versatile in function, but also small size makes it ideal for integration into various industrial and commercial applications.

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