RWR80S23R7FRB12

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Through Hole Resistors are widely used in electronics industry. They are mainly used to regulate current in a circuit and control signal levels. In order to handle higher power loads, through hole resistors are usually made of metal or ceramic with a heavy-duty construction. One type of through hole resistor is RWR80S23R7FRB12, which is a precision wire-wound resistor with ratings of 8 watt, 2.2 ohm, and 12% tolerance.

The working principle of through hole resistors like RWR80S23R7FRB12 is simple, but highly effective. It works by providing a controlled amount of resistance to a flow of electricity. The resistance is controlled by the physical characteristics of the resistive material, which is determined by its size and shape. The resistor can be adjusted to vary the amount of resistance by turning its end knobs, making it extremely versatile.

As its name suggests, the RWR80S23R7FRB12 is designed for through-hole application on a printed circuit board. It has two metal pins on either side of its body, which go into the holes of the printed circuit board for soldering. This type of resistor offers resistance with high accuracy and stability over its service life. It has a larger wattage rating compared to traditional resistors, which allows it to be used in more demanding applications.

The versatility of through hole resistors like RWR80S23R7FRB12 makes them suitable for many different applications, from high voltage power supplies to automotive electronics. They can be used in electronic circuits for voltage regulation, current limiting, signal isolation, and power dissipation. With its high wattage rating, this type of resistor is also useful for applications such as AC motor speed control and LED lighting.

As one of the most reliable and widely used resistors, the RWR80S23R7FRB12 through hole resistor is an ideal choice for many electronic projects. Thanks to its accurate and stable resistance, it can be trusted to maintain its performance in tough conditions and help ensure safe operation of the circuitry.

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