FMF200FRE73-13K

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Through Hole Resistors are a common form of electrical components used in a variety of products and applications. FMF200FRE73-13K is one such Through Hole Resistor that has been designed to meet specific applications and have a specific working principle. From its name, FMF200FRE73-13K is a 200 watt Through Hole Resistor with a resistance tolerance of ±13%.

FMF200FRE73-13K is used to regulate the existing electrical current in a circuit, allowing it to stay within the required range. Based on Ohm’s Law, this Through Hole Resistor is designed to reduce current flow, voltage, and power in the circuit. It does so by providing electrical resistance that directly affects the other factors. In other words, the resistance of this Through Hole Resistor will resist the flow of electrons, creating friction, which will reduce the power and current eventually.

This Through Hole Resistor is primarily used in different applications related to power supplies, circuits, and other electronic items. It’s particularly well-suited for controlling higher voltage and current levels in circuits, as it can handle higher power levels than other traditional resistors. As it’s a Through Hole Resistor, it can easily be installed on a PCB board by passing through two holes in the board and soldering it to the board. This makes it very convenient and easy to use.

The FMF200FRE73-13K is manufactured in a very small package, making it suitable for applications that have limited space. It also has a great temperature coefficient, meaning it is able to resist changes in temperature or even be used in high temperatures, without its electrical stability being affected. As it comes with a wide range of resistance values, it can be used in applications where a wide range of resistances is required.

In conclusion, FMF200FRE73-13K is an efficient Through Hole Resistor that can be used in a variety of applications and provides an important role in regulating current, voltage, and power in a circuit. It is highly reliable, temperature-resistant, and can accommodate a wide range of resistance values, making it an excellent choice for controlling higher voltage and current levels in circuits.

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