5800-3R9-RC

Fixed inductors play an important role in electronic circuits by providing proper inductance values. The 58000-3R9-RC Inductor is one type of fixed inductors that uses iron or ferrite core for magnetic storage. This inductor is designed to supply a constant and stable inductance for a wide range of frequencies. It is especially suitable for signal coupling, filtering, and other electromagnetic interference related applications.

The main components of the 58000-3R9-RC are a magnetically shielded air core coil and a magnetic circuit that uses ferrite or iron core. The ferrite core provides the inductance while the air core coil includes an internal and external part. The internal part is exposed to the air while the external part is shielded from the air by a shield. The magnetically shielded air core coil increases the inductance by increasing the flux field, allowing the inductor to have a higher voltage than other inductors.

The working principle of the 58000-3R9-RC inductor is quite straightforward. It works by storing energy in a magnetic field created by the ferrite core when a current passes through the coils. This stored energy is then released when the current is reduced or stopped. As the current increases, the stored energy is dissipated, creating a voltage drop across the inductor.

The 58000-3R9-RC is primarily used in signal coupling, filter, and other electromagnetic interference related applications. It is mainly used in wide-band applications where high voltage is required and in low frequency applications where high inductance is needed. They are also used in voltage regulators, wave filters, and pulse transformers. Additionally, this inductor is ideal for boosting signal power during HDTV signals.

In conclusion, the 58000-3R9-RC is a type of fixed inductor that is designed for providing a stable inductance over a wide range of frequencies. It uses a ferrite or iron core for its magnetic circuit and an air core coil for increased inductance. Additionally, it is mainly used in wide-band applications where high voltage is necessary and in low-frequency applications where high inductance is required. It is also well suited for boosting signal power during HDTV signals.