CMF5520R000BEBF

Through Hole Resistors are an electronic component used to control the flow of current, primarily for safety and signal integrity purposes. The CMF5520R000BEBF is a through hole resistor that is specifically engineered to provide high power and low thermal resistance at a very competitive price. The application field and working principle of this resistor will be explored in this article.

The CMF5520R000BEBF is primarily designed for power supply applications, notably DC to DC converters and voltage regulators. As with most through hole resistors, it has a 10% tolerance range and can handle up to 100 Watts of dissipation without triggering over current protection or thermal derating. The resistor has an insulation resistance of 500 Megohms at 500Vdc, making it suitable for use in both low and high power applications. It is also UL recognized, has a voltage current rating of 55K, and comes with an optional mounting clip for easy installation.

In terms of its working principle, the CMF5520R000BEBF functions just like any other through hole resistor. It restricts the flow of current and corresponding voltage levels in such a way as to maintain signal integrity and reduce the risk of overcurrents or thermal shutdowns. This is achieved through a combination of resistive materials and thermal dissipation, as well as through a carefully designed structural layout that maximizes the surface area exposed to the heat generated by the current passing through the resistor.

The CMF5520R000BEBF has proven to be an efficient, reliable, and cost effective solution for providing a high power and low resistance solution in a wide variety of power supply applications. Its UL recognized status, insulation resistance of 500 Megohms, and 10% tolerance range make it an easy choice for engineers looking to increase the efficiency and safety of their designs.

In conclusion, the CMF5520R000BEBF is an excellent choice for a through hole resistor, offering a cost effective solution for power supply applications. Its thermal dissipation, insulation resistance, and 10% tolerance range all make it a reliable and safe choice that will help to increase the efficiency of any power supply designs.