5800-123-RC

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Fixed Inductors are components that use coils of wire to store magnetic energy. They are typically used in radio and electronic circuits, and are most commonly used as a part of a resonant circuit to block or pass certain frequencies of AC current. The 58000-123-RC is a type of fixed inductor. It is designed for use in a wide variety of power conversion applications, including DC/DC converters, switched mode drive controllers, and high voltage DC/DC converters.

The 58000-123-RC inductor is designed to provide high current output with low output ripple. It features a low temperature coefficient and low winding resistance, and is designed to operate over a wide temperature range. The inductor’s coils are wound from high purity copper, ensuring a high level of efficiency and durability. The 58000-123-RC also features an internal capacitor that helps to reduce the output ripple.

The 58000-123-RC is designed to operate at frequencies up to 1MHz, allowing it to be used for high speed switching applications. It is capable of carrying currents up to 10A, making it suitable for a wide range of applications. The inductor also features a high inductance to voltage ratio, meaning that a higher voltage can be used at a lower frequency. This makes the 58000-123-RC ideal for use in high frequency switching applications such as high voltage DC/DC conversion.

The working principle of the 58000-123-RC inductor is quite simple. When a current is passed through the coil, it creates a magnetic field. This magnetic field stores the energy of the current, which is released as AC current when the current is interrupted. The output current is then sent through an output capacitor, which helps to reduce the ripple. This in turn helps to improve the overall efficiency of the circuit.

The 58000-123-RC inductor is a versatile component that can be used in a wide range of applications. It is an ideal choice for high current, high frequency switching applications such as DC/DC converters and switched mode drive controllers. Its low temperature coefficient and low winding resistance ensures high levels of efficiency and durability. The inductor’s internal capacitor also helps to reduce output ripple, improving the overall efficiency of the circuit.

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