B82464P4334M000

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Fixed inductors are electrical components consisting of two electrical terminals, with wire wrapped around a core. An inductor stores energy in an electromagnetic field and is used in electronic circuits, either as part of the components, or as one component of a circuit, to induce a voltage change in another component. The B82464P4334M000 is one type of fixed inductor.

The B82464P4334M000 fixed inductor is a hi-reliability component with a low temperature coefficient. It has a variety of applications, including power supply, voltage regulation, signal processing, and high frequency filtering. It is designed to meet the stringent demands of the automotive, consumer, and industrial markets, providing efficient, precise, and reliable performance.

The B82464P4334M000 fixed inductor is an inductor with a ferrite core. The ferrite core is made from soft magnetic material with low losses, high permeability, and low coercive field strength. This material is used in the construction of the inductor as it allows for a wide range of inductance values to be achieved without the need to increase the core size. Additionally, the material\'s low losses ensure that the power consumption of the inductor is also low.

The inductor works by converting an alternating current into a direct current by storing energy in an electromagnetic field generated by the current passing through the winding. This current passes through the ferrite core, which enhances the magnetic field of the winding, allowing for higher values of inductance to be achieved. Once the current has passed through the core, a voltage is induced in another component of the circuit. This voltage drop is the result of the energy stored in the electromagnetic field dissipating as the current passes back through the winding.

The B82464P4334M000 fixed inductor is a high precision component with a wide temperature range, allowing for reliable performance in a variety of applications. Its low loss construction combined with its wide inductance range makes it an ideal choice for applications such as power supplies, voltage regulation, and signal processing. Additionally, its high reliability makes it suitable for use in the automotive, consumer, and industrial markets.

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