H82K0FBAA

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Through Hole Resistors are devices that are specifically designed to resist the flow of an electrical current. A resistor is a part of an electric circuit that resists the flow of current, causing the voltage to decrease. The resistance of a resistor is represented by the letter "R" and is measured in ohms. The H82K0FBAA resistor is a through hole resistor, designed for use in high-temperature applications. It is available in a range of sizes, from 0.0625 inches to 2 inches and can operate at temperatures up to 400°C.

The H82K0FBAA resistor is a metal-oxide-film resistor designed for high power capacity and reliable operation over extended periods of time. This type of resistor is designed to resist heat and corrosion from electrical current. It is constructed from an alloy of nickel and chromium, with an oxide film as a resistor component. This combination provides superior heat dissipation and durability. The H82K0FBAA resistor can handle current up to 20 watts, with a working voltage of 500 volts.

The H82K0FBAA resistor is used in many different industrial and consumer applications. It is often found in power supplies for computers, power supplies for CNC equipment, and in amplifiers. It is also used in high-power communication systems, such as radar, satellite dishes, and cellular phone systems. It can be used in automotive applications, as well as in medical imaging equipment.

The H82K0FBAA resistor works by slowing or reducing the flow of electrons through a conductor. This resistance, measured in ohms, is determined by the size of the resistor, as well as its material composition. When a voltage is applied to the resistor, it creates a field that opposes the flow of electric current, creating a resistance to the current. This resistance reduces the voltage across the component and controls the flow of current through it.

The H82K0FBAA resistor is designed for high power applications, and its ability to handle high temperatures makes it ideal for such applications. The use of an alloy of nickel and chromium provides superior heat dissipation, and resistance to oxidation and corrosion. The oxide film is also resistant to wear and tear, providing improved durability over time. In addition, the resistor is simple to install and offers reliable performance over extended periods of time.

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