B82111B0000C012 Inductors, Coils, Chokes

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Fixed inductors are electrical components with a specific inductance value that cannot be adjusted by an external variable. The inductor B82111B0000C012 is an example of such a device. The insulated metal construction of this inductor offers not only high electrical efficiency but also a small occupiable space, making it an ideal choice for a wealth of applications. This article will go on to explore the application fields of the B82111B0000C012 and an explanation of its working principle.

Applications

The B82111B0000C012 is a low profile fixed inductor suitable for low frequency applications. As such, it is particularly useful in a variety of industries including automotive, telecommunications, and consumer electronics. It provides power or signal processing efficiency for most industrial applications.

In the automotive industry, these inductors are used to convert higher voltage AC current into lower voltage DC current to power an array of DC components. In an automobile, these components include the stereo system, electric power windows, and other car accessories. The B82111B0000C012 is also used in DC to DC converter units which generate the low voltage required for automotive electronic control units, such as those used in engine management and ignition systems, and the power units used for electric seats and vehicle air-conditioning systems.

In telecommunications, these inductors are used for EMC filter applications, yokes, commutator, and other related components. The B82111B0000C012 inductor can also be used for bar code readers, displays panels, and other consumer electronics.

Working Principle

The working principle of the B82111B0000C012 revolves around the theory of electromagnetic induction. According to this theory, any time an electrical conductor passes through a magnetic field, an induced current is generated. Thus, when a current is applied to the B82111B0000C012 inductor, a magnetic field is created. As the current passes through the inductor, this magnetic field induces a voltage in the conductor that is proportional to the amount of current being applied. This voltage, in turn, is then used to power other electrical components in the circuit.

The B82111B0000C012 inductor has a specific inductance value given by its design. The inductance value determines the amount of voltage that is induced in the conductor when a current is passing through it. The higher the inductance value, the higher the induced voltage. The shape, size, and material of the inductor all play a role in determining its inductance value.

Conclusion

In conclusion, the B82111B0000C012 fixed inductor is an electrical component that provides a wealth of applications. It is an ideal choice for low frequency and low profile applications, and it provides power or signal processing efficiency. The working principle of this inductor revolves around the theory of electromagnetic induction, in which current passing through the inductor generates a magnetic field that in turn induces a voltage in the conductor. The shape, size, and material of the inductor all affect the amount of voltage that is generated.

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