SCC5D23-221

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Fixed inductors are electronic components that conduct an electric current through a confined magnetic core inside. Fixed inductors are designed to store and save energy in an electric current flowing through them. They are used in electronic circuits to provide an inductive reactance to limit AC currents or to provide an impedance for filtering or signal processing.

The SCC5D23-221 is a type of fixed inductor that is commonly used in high-speed electronic and radio frequency applications. It is a two-terminal, surface mount device with an uncommonly high amplitude of 1.2mH inductance. The high inductance is due to an irregularly shaped core that is based on a segment of a single-layer helix. Its small size and surface mountability make it well-suited for applications with limited space.

The SCC5D23-221\'s working principle is based on the Faraday law of electromagnetic induction. This law states that when a conductor passes through a magnetic field, an electric current is induced in it. This is precisely what happens in a fixed inductor, where an electric current is passed through a component with a magnetic core. The core stores energy from this current, which is then used to create a resistive property that limits AC current or modifies the signals passing through it.

The SCC5D23-221 is often used in electronic and radio frequency applications due to its high inductance. With an amplitude of 1.2mH, it is able to withstand higher voltage and current than conventional inductors and can be used to control current and voltage levels. It is also commonly used as a filter in radio devices, to separate different frequencies and reduce noise. There are also application areas where it is used in combination with other components to create power supplies, switches, and even RF circuits.

The SCC5D23-221 is a powerful and versatile fixed inductor, and can be used in a wide variety of electronic applications. Its high inductance and small size make it perfect for applications with limited space or high current demand. It is highly reliable and can be used in combination with other components to create efficient and stable power supplies and RF circuits.

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