ND06R00333J--

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The ND06R00333J is an NTC thermistor, a temperature-sensing device used for measuring and controlling temperature in appliances and industrial environment. It is made of materials such as ceramic, plastic, or glass and is mineral insulated for durability.

Application Field

NTC thermistors are widely used in thermally conductive components for many types of electronic products. They are suitable for temperature measurement, temperature compensation, temperature control, sensor protection, and thermal limiters. The applications include air temperature control, water-temperature resistant, home appliance temperature control, broad-temperature thermometers, solenoid valve control, and more.

NTC thermistors are also useful in over-temperature protection and energy-saving systems, such as pressure type over-temperature protection, over-temperature protection of generators, and accurate control of domestic refrigerators. In the field of power electronics, they are also widely used for temperature compensation and over-temperature protection of power electronic components such as MOSFETs, IGBTs, and thyristors.

Working Principle

NTC thermistors work by measuring the resistance of the sensor to the variation of temperature. The temperature-dependent resistance of the NTC thermistor is nonlinear, which means that the resistance decreases as temperature increases. The output signal changes linearly with temperature, making it easy to use for temperature measurement.

The NTC thermistor is constructed from a semiconductor material which contains a high proportion of oxygen and nitrogen atoms. These atoms have a strong bond, or dipole, which gives it its temperature-sensitive property. The resistance of the NTC thermistor changes according to the temperature, because the dipole of the oxygen and nitrogen increases or decreases with the change of temperature.

The NTC thermistor itself is a very efficient temperature measuring device and it is capable of sensing temperature changes over very small temperature differences. It can also be used accurately for a long time without the need for recalibration.

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