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Temperature Sensors - NTC Thermistors

B58100A0414A000 is a temperature sensor that belongs to the NTC class of thermistors. NTC thermistors are passive semiconductor devices which show an electrical resistance limits with respect to temperature. This temperature-dependent resistance is the basis of the functioning of these devices as temperature sensors.

The B58100A0414A000 has a resistance ratio of approximately 40KΩ at 25°C. The temperature coefficient is negative (NTC), meaning that the resistance of the device decreases when the temperature increases. This temperature coefficient is denoted by the factor B, which is the ratio of the resistance change to the temperature change, expressed in Kelvin.

Within the application field, these B58100A0414A000 thermistors are commonly used to detect temperatures in various home and industrial appliances, as well as consumer electronics. Examples include, but are not limited to, refrigerators, hair dryers, ovens, air conditioners, industrial machinery, or even some medical devices such as blood pressure monitors.

Working Principle

The main idea behind the B58100A0414A000 thermistor is that the resistance of the device changes with temperature. The NTC thermistor works by exploiting the fact that the electrical resistance of certain types of material changes as the temperature changes. By measuring the changes in resistance, it is possible to accurately determine the temperature of a given environment.

When the thermistor is exposed to an environment with a temperature higher than its own, the resistance of the material decreases thanks to the kinetic energy of the electrons within the device. This resistance change can be measured with a voltmeter. By doing this, a precise temperature can be determined by extrapolating the obtained resistance value to the temperature chart of the thermistor.

The B58100A0414A000 thermistor is a highly sensitive and reliable temperature sensor that can be used in a myriad of applications. Thanks to its excellent performance and ease of use, this device is increasingly becoming the sensor of choice for many different industries and applications.

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