LQW03AW5N8C00D Inductors, Coils, Chokes

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Fixed inductors are widely used in a variety of electronic circuits, such as oscillators, amplifiers, switches, electrical filters, and pulse shapers. Specifically, the LQW03AW5N8C00D Fixed Inductor is a surface-mount component that offers high current-handling capacity and excellent thermal dissipation in a miniature package. It is ideal for a wide range of applications in power supplies, automotive audio systems, home theater systems, and other consumer electronics.

This fixed inductor is an annular core device with a non-magnetic frame. It has an operating temperature range of -25°C to +105°C and is RoHS compliant. This type of inductor has excellent inductance characteristics, enabled by its stable low-loss magnetic core material, and offers a wide range of current handling capabilities. It has a built-in oscilloscope to measure its parameters when in operation.

The LQW03AW5N8C00D fixed inductor utilizes an advanced winding method to provide high current density performance without sacrificing efficiency or stability. This method of winding makes it possible to achieve more precise inductance values that are repeatable over a wide range of current levels and frequencies. The construction also facilitates a single-layer design, which improves efficiency and reduces the overall size of the component. This results in a smaller footprint and lower costs.

The LQW03AW5N8C00D fixed inductor is commonly used in power supplies for devices that have multiple voltage outputs or require high frequency switching. It is also used in auto audio and home theater amplifiers for filtering and providing power to audio components. In addition, it can be used for building power-saving circuits, such as those in modern solar cells. In each application, the LQW03AW5N8C00D offers excellent inductance characteristics and voltage polarization.

The principle of operation is straightforward. The inductor’s core material is subjected to a changing magnetic field, which induces an electromotive force in it. This EMF produces an electric current in the inductor’s windings that is in line with the field’s direction of rotation. If the field’s direction of rotation changes, the EMF induced in the inductor will do the same. The EMF induced in the inductor causes an electric current to flow in the windings, thus creating an alternating current (AC), or in other words, an inductor current.

The LQW03AW5N8C00D fixed inductor is a reliable and cost-effective way to provide reliable and repeatable inductance characteristics to a variety of applications. Its ability to handle high current levels and frequency ranges, and its substantial efficiency and stability make it the perfect choice for power supplies, audio systems, home theaters, and other consumer electronics.

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