45J82R

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Through Hole Resistors are resistors that are made from a thin wire or film of metal coiled around a ceramic form. This form is then sealed in a metal protective container to ensure its longevity and performance. The most common Through Hole Resistor is the 45J82R, which is used for various applications including power supplies, audio equipment, and consumer electronics.

The 45J82R Through Hole Resistor is a 3 watt, non-inductive, film-type resistor constructed from a thin film of metal on a ceramic substrate. The resistor is constructed by winding the thin film around a ceramic form. This creates a high resistance element capable of withstanding temperatures of up to 420°C before experiencing any permanent damage. The resistor is then sealed in a metal protective container to limit the amount of heat or flashover. It also helps to ensure the life of the product.

The 45J82R Through Hole Resistor is used in a wide variety of applications. In power supplies, audio equipment, and consumer electronics, the 45J82R is used to regulate the supply of power and reduce electrical noise. In other applications, the 45J82R is used as an over-current protection device, to limit the amount of current flowing through a circuit. This helps to ensure equipment reliability and prevent fire hazards.

The 45J82R Through Hole Resistor works by providing a controlled path for current to flow. To do this, the resistor is designed to have a specific electrical resistance. This resistance is measured in Ohms and is determined by the thickness and length of the resistor\'s film. The size of the resistor also affects its electrical characteristics. The larger the resistor, the greater its amount of resistance and the smaller its size, the lower the resistance.

The 45J82R Through Hole Resistor is a reliable and affordable component for any application. It allows manufacturers to reduce the electrical noise in systems and provide greater reliability for the electrical system. It also helps to reduce the amount of current that would otherwise flow through a circuit, preventing fire hazards and ensuring the safety of equipment.

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