MFR25SFBE52-23K2

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Through-hole resistors, often referred to as axial resistors, provide a reliable, low-cost solution for parallel and series power resistors. The MFR25SFBE52-23K2 through hole resistor is a popular choice for power resistors, thanks to its versatility and economical construction.

Its size and shape make it ideal for use in a variety of applications, including power distribution and control, high-power analog and digital circuits, motor control, and other high-power electronic equipment. The MFR25SFBE52-23K2 can be used in either axial (horizontal) or radial (vertical) configurations.

The MFR25SFBE52-23K2 is designed with a conductive ceramic body, which helps to dissipate the heat generated by the resistor. This ensures that the resistor doesn\'t become over-heated, which would cause it to fail. The body of the resistor is coated with a protective film, which helps to protect it from electrostatic discharge.

The MFR25SFBE52-23K2 has two terminals, which are located at the ends of the resistor\'s body. These two terminals allow two different potentials to be applied to either end of the resistor. The resistor\'s body acts as a grounded resistor, which creates a strip of low resistance between the two terminals. The strip between the two terminals ensures that current flows through the resistor evenly in both directions, providing a consistent output.

The working principle of the MFR25SFBE52-23K2 through-hole resistor is simple. When the two terminals are connected to a voltage source, current is forced through the resistor, causing it to heat up. The heat generated by the resistor is then dissipated by the ceramic body, ensuring that the resistor does not become overheated and fail.

The MFR25SFBE52-23K2 through-hole resistor is an excellent choice for a variety of electronic applications. Its versatile design and economical construction make it an ideal choice for power resistors, motor control, and other high-power analog and digital circuits. Its design ensures a reliable, low-cost solution for any application, helping to decrease costs while increasing reliability.

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