MF52A2152J3470

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NTC thermistors are temperature sensors that use resistors which decrease as temperature increases, and can widely be found in many everyday products ranging from cars and washer machines to medical devices. The MF52A2152J3470 is a NTC thermistor produced by Murata Electronics, which is a general purpose, commercial grade device. It is often used in consumer and industrial objects in all temperatures.

The MF52A2152J3470 NTC thermistor has a nominal resistance of 15kΩ, with a maximum operating current of 30mA. It is made from a metal oxide material and its surface-mount design makes it suitable for a variety of applications. The thermistor has a wide temperature range operating from -40°C to 125°C, and a dielectric strength of 250V AC.

The MF52A2152J3470 NTC thermistor is mainly used to measure temperature in devices by being placed near the heat source. With an increasing temperature, the resistance of the thermistor decreases, which in turn, alters the current flow depending on the circuit’s application. Thus, with this information, the temperature of the heat source can be determined.

The MF52A2152J3470 NTC thermistor is suitable for detecting temperatures in air conditioning, temperature control, medical equipment, and many other devices. It is designed to be easy to use and reliable, and features low self-heating, long-term stability, and high accuracy. It is a low cost and low tolerance device that offers good temperature sensing accuracy for a wide range of applications.

Additional features of the MF52A2152J3470 NTC thermistor include low noise and good insulation properties. It is also fast responding and features a fast temperature measurement time between two points. It is capable of detecting small changes in temperature with a maximum temperature resolution of ±1.5°C.

In conclusion, the MF52A2152J3470 NTC thermistor is a reliable temperature sensing device that is suitable for temperature control and measurement in various applications. It is a low cost and durable device that offers good temperature sensitivity and accuracy. Its fast response speed makes it suitable for a wide range of temperature detection applications.

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