LQW15AN6N4J8ZD

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Fixed Inductors

The LQW15AN6N4J8ZD is categorized as a fixed inductor. Fixed inductors are electronic components typically designed for high-frequency applications allowing for smooth, uninterrupted transitions of electric current. The construction of the inductor features a series of windings around a core designed to regulate the electric current being passed.

Application Field

Fixed inductors are used mainly in mid- to high-frequency applications, where coil inductance is of importance. This makes them widely applicable in power management and sensing applications, such as in computer, automotive or 3G/4G base stations. Additionally, the construction of the fixed inductor further allows them to be successfully used in power transformation, such as in LCD or LED displays.

Working Principle

The working principle of the fixed inductor involves the electric current being passed via a series of windings around the core of the inductor. This generates an electromagnetic field within the core, which has the intention of limiting any sudden change in current. This is achieved by the inductor storing a small amount of energy in the form of its magnetic field. Thus, the inductor counteracts against the current flow, by playing a role in current limiting rather than current boosting.

In doing so, any sudden high frequency changes are prevented, maintaining the integrity of the system across all applications. Also, modern inductors are designed with multiple small cores and thinner windings, allowing for an overall greater number of coils within the inductor while also reducing losses caused by permanent magnetization.

Conclusion

The LQW15AN6N4J8ZD is a fixed inductor, capable of being used successfully in both power management and sensing operations. Fixed inductors use a series of winding around the core of the inductor to store energy for regulating electric current pass through it. This has allowed them to be used in a range of mid- to high-frequency applications, such as computer, automotive and 3G/4G base stations while also allowing them to be used in power transformation, such as in LCD or LED displays.

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