B82464Z4152M Inductors, Coils, Chokes

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What are Fixed Inductors?

Fixed inductors are passive components that store energy in the form of a magnetic field when current passes through the coil. As electrical components, they are used in circuits to filter, isolate, and modify electrical signals. They can also be used in power supplies, audio processing, video, and other wireless applications.

B82464Z4152M Application Field andWorking Principle

The B82464Z4152M is a fixed inductor designed for EMI suppression applications. It is a radial inductor with a radial lead configuration and an external shield construction. It is designed to minimize electromagnetic interference, so it is suitable for use in computers, consumer electronics, and telecommunications. The inductor offers low magnetic radiation, high efficiency, and high power capability. The inductor is rated up to 70 volts with 4400 milli ohms of inductance.

The B82464Z4152M fixed inductor works by creating a magnetic field around the coil when a current flows through it. The magnetic field stores the energy, and the amount of energy stored is dependent on the inductance and the current through the coil. The inductor also produces a magnetic flux which links the coil’s windings. This produces a voltage, which is in the opposite direction to the voltage which caused the current to flow in the first place. This voltage opposes the current, producing impedance, which restricts the flow of current and filters signals. The inductance can be changed by increasing or decreasing the number of turns in the coil.

Conclusion

The B82464Z4152M is a fixed inductor designed for use in EMI suppression in computers, consumer electronics, and telecommunications. The inductor has a radial configuration and is designed to minimize electromagnetic interference. It has a low magnetic radiation, high power capability, and high efficiency. The inductor works by creating a magnetic field around the coil when a current flows through it, which stores energy and produces a magnetic flux. This produces a voltage, which opposes the current, producing impedance and filtering signals. The inductance can be changed by adjusting the number of turns in the coil.

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