MBH12282C-6R8NA=P3 Inductors, Coils, Chokes

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Fixed inductors are a special form of electrical inductors manufactured either as a separate self-contained component or as part of a larger electrical device. MBH12282C-6R8NA=P3, in particular, is a type of fixed inductor, also commonly known as an inductor coil or inductor bobbin.

General Description

MBH12282C-6R8NA=P3 is a multi-layer ferrite-core based inductor. It features a small size, high rated current, and low equivalent series inductance. It is rated at 12.2uH and can carry a current of 10.78A. Its effective resistance is 5.2 ohms, meaning that it has low self-loss and high efficient power frequency. It is UL-approved for safety and require only a small amount of space for installation.

Application Field

The MBH12282C-6R8NA=P3 has a wide variety of application fields. In consumer electronics, it is used in various power supplies such as DC-to-DC converters, switching power supplies and adapter modules, as well as charger and adapter modules for cell phone, notebooks and laptops. It is also used in power electronic equipment such as switching power supplies, motor control circuits, phase control, and various home appliances such as air conditioners.

In telecommunications, the MBH12282C-6R8NA=P3 can be used in antenna matching networks, filters, power amplifiers, digital transmission, broad band communication, signal distribution, communication equipment and wireless antennas. It is also used in PCs and servers, audio systems, and medical electronics, among other applications.

Working Principle

The working principle of an inductor is the phenomenon of inductive reactance. When a voltage is applied across the windings of the MBH12282C-6R8NA=P3, there will be an induced electromagnetic field. This field will interact with the current flowing through the windings, creating an interaction that will oppose any change in the current. This reaction is known as inductive reactance, and it results in the production of a magnetic field.

This magnetic field will act to store energy in the form of a magnetic flux, resulting in an increase in current in the windings of the inductor. This increasing current will cause a buildup of magnetic force until it reaches an equilibrium with the induced current. This equilibrium is called the saturation point, and it is at this point where the inductor operates at its maximum efficiency.

In summary, the MBH12282C-6R8NA=P3 is an ideal choice for Fixed Inductors due to its wide range of applications and working principle. Its small size, high rated current, and low equivalent series inductance make this type of inductor an optimal choice for various power supply applications and other areas such as telecommunications, audio and medical electronics.

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