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Fixed Inductors

Fixed inductors are electrical components that store energy in the form of a magnetic field. This stored energy is known as inductance. An inductor is created by winding a conductor, such as a wire, around a core such as an iron core or ferrite core. The conductor can be composed of wire, foil, or some other type of conductive material. A common type of inductor used in electronics is the MLG0603P3N6CTD25.

MLG0603P3N6CTD25 Application Field

The MLG0603P3N6CTD25 is a surface mount inductor made of a ferrite core and graphene nanomaterial. It has a flat-top design with a maximum height of 0.3mm and a rated current of 6.2A, making it ideal for high frequency power circuit applications. It is also suitable for various consumer or industrial applications that require a high inductance value at low frequency. The MLG0603P3N6CTD25 has an operating temperature range of -40C to +85C and a storage temperature range of -55C to +150C.

MLG0603P3N6CTD25 Working Principle

An inductor works by storing energy in the form of a magnetic field. When a current is applied to the inductor, it creates an electromagnetic field around it, which generates a back electromotive force and opposes the change of the current. This is known as inductance, and is important in electrical circuits as it can control the flow of current. The greater the inductance value of an inductor, the more opposition it creates to the change of current.

The MLG0603P3N6CTD25 is an inductor with a high inductance value, due to its high-permeability core, low DC resistance, and high-CQ design. This makes it ideal for high frequency power circuit applications, which require the inductance to remain constant and create minimal energy loss. Its flat-top design also makes it well suited for use in tight spaces, as it can be mounted directly onto a PCB.

Conclusion

The MLG0603P3N6CTD25 is a surface mount fixed inductor designed for high frequency power circuit applications. Its high inductance value, low DC resistance, and flat-top design make it well suited for use in tight spaces and for applications that require minimal energy loss. It is also suitable for various consumer or industrial applications that require a high inductance value at low frequency.

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