LHL08TB8R2M

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Fixed indcutors are components that store energy in the form of a magnetic field and help control the flow of electricity in an electronic circuit. The LHL08TB8R2Mis an inductor that uses ferrite magnetic materials to provide an efficient way to store energy in a small footprint.

Features

• High DC bias performance
• Low electromagnetic interference
• High Current rating
• Compact Footprint

Application Fields

The LHL08TB8R2M is ideal for use in switching power supplies, converters, as well as DC/DC and AC/DC applications. This small, yet effective inductor can be used for filtering, signal processing, and AC isolation. The inductor can also be used for other circuit functions, such as current sensing and power limiting. Additionally, because of its small size, it can also be used in high frequency applications, such as television, radio, and AM/FM broadcasting.

Working Principle

Fixed inductors work by storing energy in the form of a magnetic field when electric current flows through the device. In the LHL08TB8R2M, this is achieved by using an inductive coil that is made up of fine-gauge wire that is wound around a ferrite magnetic core.

The magntic field stored by the inductor opposes the flow of current, which helps provide an effective way to regulate the energy flow through a circuit. Typically the magentic field created by the inductor will increase or decrease with changes in the electric current. This allows the inductor to act like a resistor, where the amount of inductance is determined by the amount of current flowing through the component.

The inductor also serves as a filter to reduce interference from outside sources. This helps ensure that signals flowing through a circuit are clean and free of any noise or other contaminants.

The LHL08TB8R2M has been designed for use in a wide variety of applications, and is an ideal choice for those that need an efficient and compact inductor. The device is small in size and offers good performance in energy storage, filtering, AC isolation, and current sensing.

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