CDC4D20NP-471KC

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Fixed inductors are one of the many important components used in electrical circuitry. The CDC4D20NP-471KC fixed inductor is a great choice when dealing with higher peak currents up to 8 Amps, especially in high temperature applications such as automotive audio amplifiers, industrial power supplies, and various other applications. This particular inductor is a ferrite core type, which helps to reduce EMI interference and potential distortion.

A fixed inductor is an electrical component with an electrical resistance that remains constant when the current or voltage changes. This helps to regulate the current in a circuit and stabilize the system. This type of inductor is often used in power supplies and DC-DC converters. It also works by reducing ripple noise and voltage drop.

The CDC4D20NP-471KC fixed inductor has several unique features making it ideal for most applications. First, it has a high resistance and low-temperature coefficient, which helps to keep the circuit stable and the temperature running cool. It also has a low DC resistance, which is important when dealing with high peak currents. Additionally, the inductor is constructed with a ferrite core for increased efficiency and EMI protection.

The inductor’s operating principle is based on Faraday’s Law of Induction. When a current is passed through a coil of wire, a magnetic field is generated. This field then induces a voltage in the same coil. This induced voltage can be equal to the input voltage minus the voltage created by the opposing resistive force of the coil, known as the “back EMF.” This back EMF then regulates the current in the circuit.

The CDC4D20NP-471KC fixed inductor is a great choice for a number of applications due to its high current capability, low resistance, and ferrite core. This makes it ideal for high power components such as industrial power supplies, automotive audio amplifiers, and various other applications. The high peak currents and low-temperature coefficient make the inductor perfect for use in high temperature applications where stability and performance are essential.

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