MFR25SFRE52-221R

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Through Hole Resisters are designed with long axial or radial leads for the demands of a wide range of applications. They include several types of resistors, the most common being the MFR25SFRE52-221R Through Hole Resister. This particular type of resister is widely used in various electrical and electronic applications.

The MFR25SFRE52-221R Through Hole Resister is a precision resistor with distinctive features like high power dissipation and low thermal resistance. This resister is constructed with a flame-retardant glass-filled polyester body and gold termination, making it highly resistant to shock, vibration, and temperature cycling. It has a wide range of tolerance ratings up to 2% and low TC of ±50ppm/°C. In addition, this type of resister is available at a very affordable price.

In terms of its application field, the MFR25SFRE52-221R Through Hole Resister is typically used in automotive or marine electronics, medical equipment, aerospace systems, and consumer devices. It can also be used to replace standard power resistors in power supply designs and high-current applications. This resister is also bit suited for high-end selectivity, high speed, and buffering applications.

The working principle of the MFR25SFRE52-221R Through Hole Resister is simple, yet effective. When the current passes through the resistive elements, some of the power is converted into heat energy which is dissipated from the resistive element efficiently. This process happens due to the fact that the resistance of the device changes with the amount of current passed through it, resulting in energy conversion.

The MFR25SFRE52-221R Through Hole Resister offers a high quality, reliable, and cost effective completing of electronics system. Its wide range of applications and reliable performance makes it an ideal choice for many different applications. With its durable construction and high power dissipation, this resister can be relied upon to provide reliable and accurate performance for many years. Additionally, its affordability and efficiency make it an excellent choice for many applications.

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