C100Y103K

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C100Y103K is a common type of NTC thermistor, which is a resistive temperature-sensitive device. NTC is classified by its size, temperature range, and temperature coefficient. C100Y103K is a small thermistor, with a temperature range of -55°C to 150°C, and its temperature coefficient is 10K. It is mainly used in various temperature measurement, control system and temperature compensation field. It has the following application fields and working principles.

Application Fields

1. Measurement and Control of Temperature Field.

C100Y103K thermistors have a sensitive temperature response, which is widely used for temperature measurement and control in industry and agriculture. It can be used to detect the temperature of the environment, industrial products and machines, and can also be used to implement precise temperature control through thermal control devices.

2. Temperature Compensation of Industry.

C100Y103K thermistor is also commonly used in temperature compensation for industry, such as temperature compensation for instruments and meters, temperature compensation for sensors, temperature compensation for mobile phones, temperature compensation for storage equipment, temperature compensation for electronics and communication equipment, and temperature compensation for power supplies, etc.

3. Automobile Temperature Detection and Overheat Protection.

C100Y103K thermistors can be used in automotive air conditioners, temperature detection of engine coolant, oil temperature detection, fuel intake temperature detection, vehicle overheat protection, etc., to ensure the safe and normal operation of the vehicles.

Working Principle

C100Y103K is a NTC thermistor, which is a temperature sensitive device. Its resistance changes with temperature in a negative temperature coefficient fashion.Its working principle is: when the thermistor is in contact with the medium, the temperature of the medium will affect its resistance value. With the change of the medium temperature, the resistance value of the thermistor will increase or decrease accordingly. By measuring the changing law of the thermistor resistance with temperature, the temperature of the medium (or environment) can be detected.

There are two types of NTC thermistors, glass sealed thermistors and epoxy sealed thermistors. The principle of the glass sealed thermistor is to use the axial lead to heat the heat-sensitive material in the glass tube in the thermistor. The advantage of this type is that its temperature range is wide, up to 600 degrees Celsius, and its temperature coefficient can be easily adjusted according to the needs of application environment. The epoxy sealed thermistors have better electrical insulation, and the temperature measurement accuracy is higher.

C100Y103K thermistors are mainly used in various temperature measurement, control system and temperature compensation field. Its application is extensive, and its working principle is simple and reliable, which makes it popular among industries.

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