MFR100FRF52-107R

MFR100FRF52-107R is a type of through hole resistors, defined as a stationary electrical component used to reduce the electric power in a circuit. It is typically composed of a conductive material such as metal, and two terminals connected to the material.

Application Field

MFR100FRF52-107R can be applied in various fields. It is most commonly used in DC/DC converters, power amplifiers, LED lighting, electronic filters, audio systems, radiation circuits, communication equipment, circuits for distortion prevention, thermal over-would protectors, peak current limiters, etc.

Working Principle

The working principle of through hole resistors like MFR100FRF52-107R is similar to that of other resistors. They function by converting electrical energy into heat energy. This is done by the resistor absorbing electrical energy from a circuit, and then converting it into heat energy, which is then dissipated via a finned surface. It is important to note that they do not work on their own in a circuit but must be combined with a voltage source to control the flow of electric current.

The resistance of the through hole resistor is designed according to the electrical requirements of the circuit it is using. Its resistance helps to regulate the level of the current being delivered to the load, providing necessary electrical protection. The resistance is controlled by a fixed variable in the resistor\'s construction, which is usually made from a specific alloy of metal such as nickel, cobalt, tungsten, and iron.

When a voltage is applied to a through hole resistor, an electric current flows from the resistor’s negative terminal to its positive terminal. As the current passes through the resistor, it produces a fixed amount of heat energy, which in turn causes an increase in the resistor’s temperature. The thermal energy generated by the resistor is typically dissipated by the finned surface.

Conclusion

MFR100FRF52-107R is a type of through hole resistor, using a unique alloy construction to control the current flow. It is most suitable for DC/DC converters, power amplifiers, LED lighting, electronic filters, audio systems, protection circuits, and many other electrical applications. It has low maintenance and operational costs, making it a great option for many functions that require precise control over electrical currents.