GA10K3CG3

NTC thermistors are the most commonly used temperature sensors available in a variety of applications. The working principle of an NTC thermistor is based on the PTC thermistors physical property, which is its ability to change its electrical resistance with temperature. The resistance of the NTC changes inversely with temperature, meaning that the resistance decreases with an increase in temperature, and the resistance increases with a decrease in temperature.

The GA10K3CG3 is a type of negative temperature coefficient (NTC) thermistor. It has a resistance of between 10KOhms and 1KOhms, and a B Constant between 3380K and 3400K. The B Constant is a figure that is derived from the thermistors curve and is used to interpret the temperature of the thermistor. This thermsistor is designed to be used in general applications such as remote sensing, power supply module, automotive and consumer electronics applications.

The GA10K3CG3 thermistor is an ideal solution for applications that require high accuracy and stability, requiring accurate readings over a wide range of temperatures. In operation, the thermistor is exposed to the surrounding medium, transferring the energy from the medium to the thermistor. The GA10K3CG3 uses this energy to generate an electrical current, which is proportional to the temperature of the medium.

The working principle of this thermistor allows it to be a highly accurate temperature sensor, as the electrical current it produces is directly proportional to the temperature of the medium. This makes it ideal for applications such as in remote sensing, where it is crucial to have an accurate temperature reading in order to provide reliable data. The GA10K3CG3 can also be used in medical and industrial applications, where it is important to accurately sense temperatures over a wide range of temperatures for safety and reliability.

The GA10K3CG3 thermistor is a highly reliable and accurate temperature sensing solution, suitable for a wide range of applications including medical, remote sensing, automotive and consumer electronics. It is able to accurately measure temperatures over a wide range, and provides a reliable and stable temperature sensing solution.