ATCA-06-101M-H

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Fixed inductors such as the ATCA-06-101M-H are used in many kinds of applications. They are available in a variety of sizes, shapes, and technical qualities. The ATCA-06-101M-H is a small surface mount device, ideal for use in high power applications.

An inductor is a two-terminal passive electrical component used to store electrical energy in an electromagnetic field. As electric current flows through an inductor, it produces an magnetic field. This field radiates outward from the inductor, creating a circular pattern of flux lines. When the current flow is interrupted, the energy stored in the magnetic field is released, generating a voltage on the inductor\'s terminals.

The ATCA-06-101M-H is a fixed inductor, meaning it has a fixed inductance value specified by the manufacturer. It features a high current rating of 6 Amps and is rated for temperatures up to 85°C. The inductor is built on a balanced core layout to provide superior temperature stability and EMI performance. It has a very small size of only 6.4mm x 6.4mm and can easily be integrated in tight spaces.

The ATCA-06-101M-H has many applications in the field of electronics. It is used in power supplies, switching converters, automotive power circuits, DC-DC converters, low-dropout, and flyback converters. It is also used in overclocking circuits, EMI filters, RF amplifiers, and audio amplifiers. Fixed inductors can reduce the number of components needed in a circuit and provide efficient power conversion.

The working principle of a fixed inductor is simple. As current flows through the coil, it creates a circular magnetic field that stores energy. When the current is reduced or interrupted, the stored energy is released, creating a voltage on the terminals. This voltage is proportional to the inductance of the induced coil.

The ATCA-06-101M-H is a valuable asset in various power-related applications. Its high power handling capability, high temperature rating, and small package size make it the ideal choice for high power circuits. It is a reliable, cost-effective, and efficient way to store electrical energy in an inductance.

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