SLF12555T-471MR49-PF

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Fixed inductors are electrical components typically used in electronic circuits to store energy in the form of magnetic fields. In power electronics, they are used to limit current in a specific direction, filter frequencies, and to couple signals from one stage of a circuit to another.

The SLF12555T-471MR49-PF is a commercial grade, SMD based power inductor. It is a type of fixed inductor used to couple signals from one stage of a circuit to another or to create an inductive load on an AC circuit. It is designed to exhibit high power and current handling capabilities, with a maximum current rating of up to 15 amperes. This makes it well suited to applications such as high-power LED lighting, PCB and wire harness systems, automotive, and home appliances.

The inductor has a ferrite core, which provides the necessary magnetic field for storage. This enables efficient energy transfer between the input and the output stage of the circuit. The device is designed to have a very low profile, measuring in at a bare 2 x 3 inches in size, making it suitable for SMD applications. It is also designed for high temperature working environments, with a maximum working temperature of up to 125 degrees Celsius.

The leaded inductor also comes equipped with a ferrite core, which provides efficient energy transfer between the input and the output stage of the circuit. The device also features a maximum self-resonant frequency of up to 50MHz, which allows for efficient signal filtering and higher-frequency signal transfer.

The device is designed for use in a variety of electronic applications, such as providing galvanic isolation between two different electrical systems, creating an inductive load on a DC circuit, and filtering undesired frequencies from an audio or video signal.

In conclusion, the SLF12555T-471MR49-PF is a commercially available, SMD-based power inductor. It is an ideal choice for high-power LED lighting, PCB and wire harness systems, automotive, and home appliance applications due to its high power and current handling capabilities. Its ferrite core enables efficient energy transfer between the input and the output stage of the circuit, as well as filtering undesired frequencies from an audio or video signal.

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