H85K1FDA

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The H85K1FDA Through Hole Resistor is a highly reliable and versatile resistor adapted for a wide variety of applications. The device is constructed of high quality conductive materials and is designed to provide high accuracy, low noise levels, excellent temperature stability, and low cost. The H85K1FDA features a wide range of resistance ranges from 0.01 ohm to 10 Megohms in order to meet the requirements of a wide range of applications.

The H85K1FDA is a through-hole resistor that is used for applications requiring resistance elements. The device is constructed using a highly conductive material, often made of a combination of copper and nickel, which is then welded onto a PCB. The device is then connected to the rest of the circuit by means of lead terminals or wire connections. This type of resistor is commonly used to terminate traces, provide signal termination, and provide current sensing in various sub-circuits.

The working principle of the H85K1FDA is based on the Ohm\'s Law equation. This equation states that the current through a resistor is directly proportional to the voltage across it. The resistance of the resistor is calculated by measuring the voltage across it and dividing it by the current through it. By using this equation, the resistance of an H85K1FDA can be accurately determined.

The H85K1FDA is commonly used in a wide variety of applications including automotive electronics, consumer electronics, telecommunications, and various other industrial and medical applications. Its high accuracy, low noise, and stability make it ideal for these applications. Additionally, the H85K1FDA is designed to have low power consumption and a low cost, which helps make it a cost-effective choice for many applications.

The H85K1FDA is a reliable and versatile through-hole resistor that is well-suited for a wide range of applications. Its highly conductive material and excellent temperature stability help make it an excellent choice for environments where reliability and accuracy are important. Additionally, its low power consumption and low cost help make it an economical choice for a variety of applications.

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