L-15WR22KV4E

Fixed inductors are passive electronic components, which are characterized by their primary role in allowing the circulation of AC current in electrical circuits. The primary components of the inductor include a coil of wire with the magnetic flux that underlies it, a core, and two electrodes that supply electrical connections between the coil and the core. A variety of inductors are available for use in modern electronic circuits, the L-15WR22KV4E being among them.

L-15WR22KV4E Application Field

The L-15WR22KV4E fixed inductor is primarily applicable in electronics that require high-frequency operations, such as high-speed switching applications or high-density power supplies. Specifically, the inductor is optimized to be used in SMPS, frequency converter, DC/DC converter, and other high-frequency electronic applications. Its construction makes it suitable for multiple DC circuits as well as AC circuits, making it an inductor with remarkable versatility in its application.

Working Principle of the L-15WR22KV4E Fixed Inductor

As a passive electronic component, the L-15WR22KV4E fixed inductor relies primarily on electromagnetic induction for its operation. This involves the magnetic flux generated by a coil of wire when an electric current passes through it. The coil of wire is placed inside a core, forming an electromagnet. When a voltage is applied to the two electrodes, the electromagnet generates an electromagnetic field. The current present passes through the coil, creating the magnetic flux. This flux in turn creates a reaction current, known as an induced current. When the magnetic flux is altered, i.e. when the applied current is varied, the induced current is likewise varied. This is the basis of the inductor, which can then be used to restrict, modify, or alter the flow of electric current in a circuit depending on the characteristics of the coil and core.

Conclusion

The L-15WR22KV4E fixed inductor is a high-performance inductor optimized for use in a variety of high-frequency applications. Its working principle relies on the electromagnetic induction of a coil of wire wound around a core when a voltage is applied to it. This open-loop electromagnet is able to affect the flow of electric current as per the characteristics of the coil, such as the resistance and reactance of its inductance. Such inductors are incredibly versatile and durable, making them useful for multiple applications.