H82K0FDA

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Through Hole Resistors are resistors that are soldered into the circuit board through a process of hand-soldering. By inserting the resistor through a hole of the board and then soldering it in place, it can provide a reliable connection between components that are electrically connected. The H82K0FDA is one such through hole resistor that has a wide variety of applications and provides a highly reliable connection.

The H82K0FDA resistor is a resistor that uses a through-hole design that consists of a 0.50” diameter body with its terminals and lead wires extending 1/8” past the body. It is made of ceramic material and has a design temperature rating of -4°F/-20°C. This resistor is commonly used in power-supply designs, automotive applications, telecommunications, computer applications, medical equipment, and many other applications that require a reliable connection between components.

The working principle of the H82K0FDA is similar to other types of through-hole resistors. The resistor works by providing resistance to the flow of electricity between two components in a circuit. The current will be resisted by the resistor, and this resistance will depend on the size of the resistor and its value in Ohms. The higher the resistance value, the more current that is required to flow through the resistor and the larger the voltage drop between the two components.

The contacting points for the H82K0FDA are made from gold plated terminals and these terminals provide a more reliable electrical connection between components than other types of resistors. This type of resistor is designed to handle high temperatures and is able to operate in a temperature range from -4°F/-20°C to +158°F/+70°C. Additionally, the H82K0FDA also features an environmental safety design, making it much more resistant to dust, moisture, and other types of contamination.

The H82K0FDA is a versatile through-hole resistor that is commonly used in a wide variety of applications. It is designed to provide a reliable electrical connection between connected components in a circuit and is able to withstand extremely high temperatures. Its gold plated terminals provide a more reliable contact than other resistors, and the environmental safety design makes it more resistant to dust, moisture, and other types of contamination.

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