LHL10NB4R7M

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Introduction

LHL10NB4R7M is a fixed inductor that is designed for use in the demanding field of power electronics applications like dc-dc converters, storage devices and lighting systems. It is the ideal choice for desingers looking to achieve high efficiency, low loss and robust performance in their projects.

Application Field and Working Principle

The LHL10NB4R7M fixed inductor has the following application fields: current sensing, current filtering, voltage regulation, and magnetic memory. It is ideal for use in dc-dc converters, lighting systems, and storage devices.

A fixed inductor works by creating a self-sustaining flow of electric current in a wire or other conducting material. This is achieved by converting electrical energy into magnetic energy. The term inductance is the measure of the ability of a coil to store energy in the form of a magnetic field. It is this magnetic field that induces a current in the windings of a fixed inductor.

LHL10NB4R7M fixed inductors are designed to provide high current and low voltage requirements. The self-shielding magnetic core ensures that maximum inductance is achieved with minimum losses. The tight tolerances and low resistance leads to high efficiency and improved thermal performance.

The inductance of the fixed inductor is determined by the size and shape of the core, as well as the number of turns in the wound coil. The size of the core affects the frequency response and maximum current rating, while the shape of the core affects the impedance. The number of turns is important when calculating the overall inductance of the inductor.

The LHL10NB4R7M is designed to meet the demanding requirements of power electronics applications. It features a low resistance to provide optimum performance and efficiency. The tight tolerances and the self-shielding magnetic core mean that maximum inductance is achieved with minimum losses.

The LHL10NB4R7M fixed inductor offers high current and low voltage capability and is suitable for current sensing, filtering, and voltage regulation applications. It is able to provide very low power losses, high efficiency, and reliable performance.

Conclusion

The LHL10NB4R7M fixed inductor is designed for use in demanding power electronics applications like dc-dc converters, lighting systems, and storage devices. It offers high current and low voltage capability and is able to provide very low power losses, high efficiency, and reliable performance. The self-shielding magnetic core ensures that maximum inductance is achieved with minimum losses, making the LHL10NB4R7M the ideal choice for desingers looking to achieve high efficiency and robust performance in their projects.

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