5800-470-RC

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Fixed inductors are an important component in many electronic devices and systems. These have been used since the early days of electronics for filtering, blocking and other uses. The most commonly used type of fixed inductor is the 5820-470-RC, which is manufactured by a number of different companies. This article will focus on the application field and working principle of the 5820-470-RC inductors.

The 5820-470-RC Fixed Inductor is primarily used in analog circuitry. It is used for applications such as common-mode noise suppression, power staging, and voltage-mode regulation. It is also used in linear power supplies, buck and boost converters, and high-speed switcher applications. The 5820-470-RC is also used in radio frequency (RF) applications for impedance matching, voltage control, and filtering.

Fixed inductors also play an important role in controlling and stabilizing the current and voltage within electronic devices. The 5820-470-RC Inductor is designed to provide stability and reduce power losses in switching applications. It is designed to reduce the size of the circuit and increase efficiency by operating with minimal power losses. In addition, it can also be used in voltage-mode regulation applications to provide a stable output voltage.

The principle behind the operation of a fixed inductor is based on the concept of electro-magnetic induction. This occurs when a changing electrical field induces an electromotive force around a loop of wire. The strength of this electromotive force is dependent upon the magnitude of the applied voltage, the number of turns of the coil, and the size of the coil. When an alternating current is applied to a fixed inductor, the core stores energy and produces an electrical current.

The 5820-470-RC Fixed Inductors are designed with an internal iron core which is mostly air-gapped to reduce minimum inductance. This type of construction results in higher efficiency and better sensitivity than other types of inductors. The inductance of the 5820-470-RC is typically 4.7mH, and the maximum power handling capacity is 13.5W. The maximum operating temperature of the device is 125°C.

The 5820-470-RC fixed inductor also incorporates a wire-wound construction that uses an insulated external sleeve. This helps to prevent the induction of costs which could reduce the core efficiency and interfere with the operation of the device. The wire-wound construction also helps to minimize the ringing which occurs during switching operations. To ensure maximum protection against electrical impact and mechanical shock, the inductor has a protective epoxy coating.

In conclusion, the 5820-470-RC Fixed Inductors are highly reliable devices which are specifically designed for applications requiring common-mode noise suppression, power staging, and voltage-mode regulation. They are constructed with an efficient, air-gapped, wire-wound core to minimize power losses and prevent interference. Additionally, the protective epoxy coating helps to protect the inductor from mechanical shocks and electrical impacts. With their excellent performance, the 5820-470-RC inductors are well-suited for use in many electronic applications.

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