NTCG164CH473JT1

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Introduced in the 1960s, NTCG164CH473JT1 thermistors are temperature-sensitive semi-conductor devices made up of polymeric material and a metal-oxide semiconductor compound. The device works by utilizing a change in the electrical impedance of the device to directly measure temperature changes. This makes the NTCG164CH473JT1 one of the most widely used temperature sensors available today in a variety of applications where the combination of accuracy and low cost is desired.

The operating principle of the NTCG164CH473JT1 thermistor is the modified semiconductor effect. During an electrical signal flow, the electrons will move easily over/through the semiconductor material while undergoing little resistance. However, in an NTCG164CH473JT1 thermistor, the starting resistance is relatively low at lower temperatures and will start to increase greatly with an increase in temperature.

The NTCG164CH473JT1 thermistors are mainly used in industrial control applications, medical equipment, as well as in consumer electronics. In industrial applications, NTCG164CH473JT1 thermistors are commonly used for controlling and monitoring the operation of processes such as welding and heat treatment. They are also deployed for temperature control in motors and other machinery such as heaters and pumps. In medical applications, NTCG164CH473JT1 thermistors are widely employed in healthcare equipment such as blood gas syringes for measuring patient core temperature as well as other medical devices.

Moreover, NTCG164CH473JT1 thermistors are also widely used in consumer electronics which includes personal computers, televisions, and other electronic appliances. They are usually used to monitor the temperature of integrated circuits, to prevent overheating and damage to the device. Another use of NTCG164CH473JT1 thermistors is in temperature sensors for automotive application such as temperature gauges and engine temperature monitoring.

The NTCG164CH473JT1 thermistor has a wide range of operating temperature, from -55°C to 125°C. The major advantage of NTCG164CH473JT1 thermistors compared to thermistors of other types is its low cost and low production costs, with high accuracy and stability in temperature measurements over long time periods. Due to its ability to measure temperatures accurately over a wide range of temperatures and conditions, NTCG164CH473JT1 thermistors are excellent for applications where environmental temperature changes are frequent.

The NTCG164CH473JT1 thermistor consists of two leads that connect the device to an external circuit to allow for electrical signal flow. The electrical current flows across the metal oxide semiconductor material of the device, thereby creating a Joule heating effect within the device. Due to the change in electrical resistivity with the change in temperature, any changes in temperature will be reflected in the electrical signal from the thermistor.

The NTCG164CH473JT1 thermistor is a small and lightweight device that is easy to install and requires low maintenance. The device does not require any external power source to operate and is based entirely on the Joule heating effect. The device also has a low heat capacity which helps to fasten the response time of the device to temperature changes. Overall, the NTCG164CH473JT1 thermistor offers a viable and reliable solution for most temperature-sensing applications.

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