H471K5BYA

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Through Hole Resistors are a type of electronic component which is typically used to provide electrical resistance in an electronic circuit. One of the most common types of Through Hole Resistors is the H471K5BYA.

The H471K5BYA is a multipurpose Through Hole Resistor designed for a wide range of applications. It is a flexible component which can be adapted to suit the needs of different applications. Its main function is to reduce the amount of current passing through a circuit, thereby preventing overloading and the possibility of damage from occurring.

The H471K5BYA is most commonly used in either fixed-resistance or adjustable-resistance circuits. In fixed-resistance circuits, the resistor is used to provide a constant value of resistance which does not change under different conditions. This is particularly useful in low-power circuits, such as those used for radio frequency signal processing. In adjustable-resistance circuits, the resistor can be adjusted to provide a higher or lower resistance value as needed. This is often used in high-power circuits, such as those found in LED lighting systems, where the resistance needs to be adjusted to regulate the intensity of the light produced.

The H471K5BYA has a tolerance rating of 5%, which means that the actual resistance value will be within 5% of the rated value. This ensures that the resistor will provide the intended amount of resistance in different circuits and applications. It also has a maximum working voltage of 350V, making it suitable for use in mains powered applications. The resistor is also relatively easy to install, as it has a through hole design which is compatible with standard PCB boards.

The H471K5BYA is a versatile Through Hole Resistor, making it well suited for a range of applications. It can provide accurate resistance values and is easy to install, making it ideal for both low-power and high-power circuits. Furthermore, its relatively low price makes it an attractive option for those looking to include Through Hole Resistors in their electronic designs.

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