RN55C2403BRSL

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Through Hole Resistors - RN55C2403BRSL Application Field and Working Principle

Through-hole resistors are one of the most commonly used resistor types. They are simple, low cost, and come in a variety of wattage, tolerance and resistance ratings. Resistors are widely used in electrical and electronic circuits to control and limit the flow of current.

The RN55C2403BRSL is a metal film resistor made by Panasonic. This device belongs to the Eco-spec line, which is designed to offer superior performance with a low cost. The RN55C2403BRSL resistor is classified as a through hole type and operates in the power rating range of 0.5 W - 500 W.

This particular resistor has a maximum dissipation rate of 500W, meaning it can handle 500W of power without generating any thermal dissipation inside the device. The RN55C2403BRSL is RoHS compliant and is encased in a UL94V-0 rated package. This makes it a suitable choice for applications where RoHS compliance is a must.

The RN55C2403BRSL application field includes a variety of applications such as general-purpose switching, power supplies, circuit protection, industrial electronics, and power control. This resistor can be used in a wide variety of systems including those designed to support high temperature operations, motors, pumps, and other relay-based devices.

The working principle of the RN55C2403BRSL is fairly simple. It acts as a resistor and works by limiting the flow of current through its element. It does this by obstructing the current’s path. The device dissipates the excess power generated in the form of heat, while still allowing current to flow through it. The resistor also prevents short circuits by providing a stable resistance value between two terminals, and is usually connected between two electrical circuits.

The RN55C2403BRSL through hole resistor is a reliable, low cost component that is ideal for a range of applications. It has a high temperature rating of +200°C and a wide resistance range from 0.01 ohms to 1K ohms. It also offers superior noise suppression performance, even in high frequency applications.

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