LQG15WZ4N3S02D

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Fixed inductors are essential in most electronic circuits. They are commonly used in radio frequency circuits, power supplies, switching regulators, high-frequency filters, and more. LQG15WZ4N3S02D inductors are amongst the most popularly used types in this type of circuit, offering small dimensions, low power consumption and high performance. In order to understand their application field and working principle, let us take an in-depth look at what this type of inductor is and how it works.

LQG15WZ4N3S02D inductors use surface mount technology, meaning that they are tiny and just 2 mm in height, allowing for compact construction and minimized height. As for their construction, they are made up of long coils of wire that were wound around a solid core. The core acts as a magnetic field that enhances their inductance. Moreover, these inductors are epoxy sealed, assuring that they are secure and safe against shock and vibration.

The working principle behind LQG15WZ4N3S02D inductors is quite simple. Basically, they are designed to resist changes in current, meaning that the current flowing through them remains substantially unchanged, regardless of frequency or amount of current passing through them. This is because inductors use the principles of magnetic induction in order to maintain a constant current passing through them for a given frequency. The magnetic field that is created around the inductor therefore acts as a “barrier” that prevents the current from changing. In other words, the inductor acts like a resistor, but without dissipating power.

The application field of LQG15WZ4N3S02D inductors is quite varied. They are widely used in radio frequency circuits, power supplies, switching regulators, high-frequency filters, and more. One of their greatest advantages lies in the fact that they can be used in a variety of application fields and are capable of handling wide frequency ranges. Furthermore, thanks to their small dimensions, they can be applied directly onto microchips and PCBs with highly reduced overall volume. In high frequency circuits, their ability to maintain a constant current helps to minimize signal distortion, leading to better signal transmission and improved audio performance.

LQG15WZ4N3S02D inductors are characterized by their small dimensions, low power consumption and high performance, making them great choices for a variety of applications. Their construction is based on winding epoxies-sealed coils around a solid core in order to enhance inductance. As for their working principle, they use the principles of magnetic induction in order to resist changes in current, no matter the frequency or amount of electricity passing through them. Thanks to their wide range of applications and high performance, LQG15WZ4N3S02D inductors are amongst the most popularly used types in the field of fixed inductors.

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