NXFT15WF104FA1B150

Series:	NXF
Packaging:	Bulk
Part Status:	Active
Resistance in Ohms @ 25°C:	100k
Resistance Tolerance:	±1%
B Value Tolerance:	±1%
B0/50:	--
B25/50:	4250K
B25/75:	--
B25/85:	4311K
B25/100:	4334K
Operating Temperature:	-40°C ~ 125°C
Power - Max:	100mW
Length - Lead Wire:	--
Mounting Type:	Free Hanging
Package / Case:	Bead

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Temperature Sensors - NTC Thermistors

NTC thermistors (Negative Temperature Coefficient Thermistors) are temperature-dependent resistors used for temperature sensing and temperature control applications. They are widely used in a variety of systems and industries due to their high accuracy and reliability. NTC thermistors are also referred to as thermally sensitive resistors, temperature-dependent resistors, and temperature-sensing elements. The NXFT15WF104FA1B150 is an NTC thermistor that is typically used for temperature sensing applications. The following sections will discuss the applications for the NXFT15WF104FA1B150 and its working principle.

Application Field

The NXFT15WF104FA1B150 thermistors have a wide range of serious applications in the home, office, and industrial environments. They are mostly used for temperature monitoring and control tasks, as well as safety related applications in heating, air conditioning, cooling, lighting, ventilating, and process control applications. They can be used to control temperature of bearings, motors, fans, pumps, appliances, and HVAC systems. The NXFT15WF104FA1B150 thermistors are a popular choice for temperature sensing applications in the medical field. They can be used to help monitor patient body temperature, the performance of specialist medical equipment, or the temperature of medical samples. They are also used in laboratory equipment such as incubators, freezers, ovens, and heat baths.The NXFT15WF104FA1B150 thermistors are often used in automotive applications for engine cooling, exhaust gas recirculation, air conditioning, dashboard temperature control, and airbag deployment. They are also used in automotive audio equipment for over-temperature protection and the protection of other components.

Working Principle

NTC thermistors operate on the principle that the resistance of an NTC thermistor decreases with increasing temperature. The exact resistance of the thermistor at a given temperature depends on its values, such as its nominal resistance, nominal temperature, and B-value. It is extremely temperature-sensitive and its resistance is almost linear with temperature. The temperature of a thermistor is inversely proportional to its resistance. When a voltage is applied to the thermistor, it produces a certain amount of electric current and will heat up. As it is heated, its resistance decreases and more current flows through it. This additional current produces more heat and causes the temperature and resistance of the thermistor to further decrease. This is known as self-heating and it is the principal of operation for NTC thermistors. NXFT15WF104FA1B150 thermistors are typically used for sensing applications. In these applications, the thermistor is connected to a measurement device such as a digital thermometer or a temperature indicator. When the thermistor is subjected to a change in temperature, its resistance will change accordingly and this in turn will cause the voltage or current at the measurement device to change, thus providing a measurement of the temperature.

Conclusion

NTC thermistors are temperature-dependent resistors used for temperature sensing and temperature control applications. The NXFT15WF104FA1B150 is an NTC thermistor that is typically used for temperature sensing applications in a variety of systems and industries. It has a wide range of applications in the home, office, and industrial environments, and can be used to help monitor patient body temperature, the performance of specialist medical equipment, or the temperature of medical samples. Additionally, it is used in automotive applications for engine cooling, exhaust gas recirculation, air conditioning, dashboard temperature control, and airbag deployment. The temperature of a thermistor is inversely proportional to its resistance, and it is connected to a measurement device such as a digital thermometer or a temperature indicator to provide a measurement of the temperature.

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