B57550G104J

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NTC Thermistors are small thermally sensitive resistors that are used for accurate measurement of temperature in various fields. B57550G104J is a type of NTC Thermistor. It comes with a high precision temperature sensing range and is mainly used for temperature sensitive applications such as temperature compensation in sensors, temperature measurement and control, thermal protection, motor protection, and cooling control.

The B57550G104J thermistor is an NTC Thermistor with a sensitivity of 0.34 ± 0.02%/K. This thermistor is composed of a temperature-sensitive element composed of a metal, ceramic or polymer material, a metal shield and a lPseudo tantalum inhibitor. Its temperature measurement range can be as wide as -55°C to +125°C with an accuracy of ±1.5°C. This thermistor also has a fast response time and can measure temperature within 5 seconds.

In terms of its application, B57550G104J thermistor works by adapting the resistance values of the thermistor to the temperatures it is exposed to. When the temperature of the device increases, the resistance of the thermistor will decrease, and when the device is exposed to a lower temperature, the resistance will increase accordingly. This property of a thermistor is known as the negative temperature coefficient (NTC). The B57550G104J thermistor is able to accurately detect and measure changes in the temperature.

The B57550G104J thermistor is widely used in many temperature sensing applications and can be used as temperature measuring components of a thermistors-based temperature compensation system. Due to its fast response time, it can be used as a temperature control system. It can also be used as motor protection, over-current protection, motor phase control, over-temperature protection, and cooling control. This thermistor is also used in many sensor-related applications such as temperature compensation in temperature sensors, over-temperature protection, automotive temperature sensing, medical temperature sensing, power thermal protection, kettle heating, and also in motion sensing.

The working principle of the B57550G104J thermistor is based on the principle of thermistor reactance. The degree of the thermistor\'s reactance is determined by its temperature coefficient, which is the rate of change of the thermistor\'s resistance when the temperature changes. Generally, NTC thermistor have a negative temperature coefficient. This means that it will have low resistance when the temperature increases, and high resistance when the temperature decreases. As the temperature increases, voltage applied to the thermistor will cause the electrons in the thermistor to become agitated and flow, thus increasing its resistance, and vice versa.

The B57550G104J thermistor is ideal for temperature sensing applications due to its high precision temperature sensing range and fast response time. It can be used for temperature measurement and control, thermal protection, motor protection, cooling control, and many other temperature sensing applications. It is an excellent choice for temperature compensation in equipment, and its fast response time makes it ideal for precision temperature measurement.

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