NXFT15WF104FA2B080

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The NTC thermistor, model NXFT15WF104FA2B080, is a negative temperature coefficient (NTC) thermistor used as a temperature sensor in a wide range of applications. The thermistor is designed with a wide temperature range, ultra-high accuracy and fast response time to meet the demands of various applications. It is suitable for use in temperature measurement, temperature compensation, cooling control, medical and automotive applications.

NTC thermistors have been used as temperature sensors for many years due to their small size, accuracy and reliability. NTC thermistors measure temperature by measuring the resistance of a semiconductor material as it changes with temperature. Basically, the thermistor has a resistance that decreases when the temperature increases; thus it is said to have a negative temperature coefficient. The resistance of a thermistor is generally a function of temperature, and can be represented graphically by the Steinhart-Hart equation. The thermistor exhibits a great degree of accuracy in measurement over a wide range of temperatures.

NXFT15WF104FA2B080 is a high-precision NTC thermistor with a resistance value of 10.4 KΩ at 25°C and a thermistor operation range of -50 to +250°C. The thermistor has a B value of 3400K and a tolerance of ±0.295K. The thermistor can be used for various applications such as temperature measurement, temperature compensation, temperature control and medical monitoring. This thermistor is also suitable for use in extreme environments since it is constructed with high-temperature polyimide insulation.

NXFT15WF104FA2B080 is typically used in temperatures ranging from -50 to 150ºC. This thermistor is used in cooling systems and industrial applications where precise temperature measurements are critical. It can be used for a variety of applications such as cooling control systems, medical monitoring, automotive, industrial process control, and HVAC. Other applications include temperature compensation, temperature measurement in ovens, laboratories, and manufacturing processes.

The working principle behind the NTC thermistor is that when the temperature changes, the thermistor resistance also changes with the same rate. When the temperature increases, the thermistor resistance decreases, and vice versa. This change in resistance value is measured by a resistance meter and this resistance measurement can be used to calculate the temperature. The thermistor is connected to the resistance meter via a voltage divider circuit and the resistance is measured using the Ohm’s law equation.

NTC thermistors have several advantages over other types of temperature sensors. NTC thermistors are smaller in size than other sensors and have a wide temperature range. They also have the capability to rise up to very high temperatures, as opposed to other sensors. Additionally, NTC thermistors are low-cost and have excellent accuracy, stability, and long-term reliability. Furthermore, NTC thermistors are also easy to install and can withstand high vibrations.

NXFT15WF104FA2B080 is a high-precision NTC thermistor designed for temperature sensing and control applications. Its temperature range, accuracy, and long-term reliability make it an ideal choice for a variety of applications such as temperature measurement, temperature compensation, cooling control, and medical monitoring. The thermistor is constructed with a polyimide insulation and is suitable for use even in extreme environments.

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