01B1002JF

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NTC thermistors, also known as negative temperature coefficient thermistors, are temperature-sensitive semiconductors. They are composed of sintered components of different oxides or metal oxides. Based on semiconductor physics and thermodynamics, the resistance value of NTC thermistors will reduce dramatically with higher temperature. The resistance change is mainly determined by two parameters: temperature coefficient of resistance α and the development rate β.
The 01B1002JF NTC thermistor is a negative temperature coefficient thermistor with a resistance value of 100KOhms. It is CAN/UL/EN certified and widely used in the temperature measurement field, especially in applications requiring high accuracy and stability. The 01B1002JF is available in both axial and radial variants, making it suitable for a variety of applications.

The 01B1002JF thermistor is primarily used to measure and monitor temperatures in a wide range of applications, including in medical devices and industrial processes such as temperature measurement of air conditioning systems, heater control, and motor protection. Its fast response to temperature changes makes it suitable for quick reaction applications. It is also capable of working in relatively high temperature environments, with a maximum operating temperature of 120°C/248°F. The zero power resistance tolerance of 01B1002JF is ±2%, meaning that the resistance change of this thermistor is generally within ±2%, making it ideal for applications requiring precise temperature measurement.

The working principle of the 01B1002JF NTC thermistor is based on its semiconductor materials and thermal characteristics. The semiconductor sensitive material of the 01B1002JF thermistor is composed of metal oxide and sinter. At a higher temperature, the speed of electrons increases and the positive charges of the material decrease, which results in a decrease in resistance. On the other hand, at lower temperatures, the material has an increase in resistance. The resistance value of the 01B1002JF thermistor is determined by its temperature coefficient of resistance (α) and the development rate (β) parameters.

The α of this type of thermistor is the temperature coefficient of resistance, and it determines how much the resistance of the 01B1002JF thermistor changes with every degree of temperature change. The β value of the 01B1002JF is the development rate, and it is used in conjunction with the α to describe the resistance curves of the thermistor at various temperatures. This thermistor also features an elongation factor (EF), which helps to reduce the non-linearity of the resistance curve for accurate temperature measurements.

In conclusion, the 01B1002JF NTC thermistor is a temperature-sensitive semiconductor that is widely used in temperature measurement applications due to its high accuracy, fast response, and ability to work in high temperature environments. It is mainly composed of metal oxide and sinter, and the resistance value of the thermistor is affected by its temperature coefficient of resistance (α) and development rate (β). This thermistor is available in both radial and axial variants, making it suitable for a wide range of applications.

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