MFR25SFBE52-29R4

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Through Hole Resistors are a type of resistor composed of a wire, ceramic coil, or other material, and one or more electrical contacts used in circuit boards. They are used to reduce the voltage or current running through a circuit, and offer different levels of resistance. The MFR25SFBE52-29R4 is one such type of resistor.

The MFR25SFBE52-29R4 is a through hole resistor featuring a metal oxide film, a 25 w rated power and 0.25 ohm resistance. It can operate at up to a maximum wattage of 25 watts and an ambient temperature range of -55 to +125 degrees Celsius and features a wide operating temperature range. It also offers a high level of electrical isolation between the terminals, preventing interference with other components in the circuit. As it features a wide textured surface and a low thermal resistance, it is very effective at heat dissipation.

The MFR25SFBE52-29R4 is commonly used in many applications that require high power, high temperature, and great electrical insulation and isolation. It is ideally suited for use in indoor and outdoor audio and video systems, electric hydraulic actuators, high power industrial motors, and high power electric heating systems. Its low thermal resistance makes it very effective at dissipating heat and protecting components from damage due to high power operation.

The MFR25SFBE52-29R4 is a through hole resistor and works in much the same way as other types of resistors. It works by reducing the flow of electrical current through a circuit. The resistance of the resistor is determined by the amount of resistance material used and the length of the coil. The greater the resistance, the more voltage or current needs to flow before the electrical current will reach the desired current level.

The MFR25SFBE52-29R4 is a through hole resistor suitable for high power and high temperature applications. It offers high electrical insulation and isolation between its terminals, making it effective at protecting components from damage due to high power operation. Its low thermal resistance also makes it effective at heat dissipation. With its wide operating temperature range, it is ideal for use in indoor and outdoor audio and video systems, electric hydraulic actuators, high power industrial motors, and high power electric heating systems.

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