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Power inductor has a effect_Inductor coil_Electromagnetic coil

Power inductors have a ripple effect
First, the power inductor overview:
The power inductor is a simple energy storage component, which refers to the function of the inductor. The larger the inductance, the smaller the power. On the contrary, the inductor reduces the output current, and the chip assembly method includes the chip power inductor and the plug-in. Power inductor. Such as magnetic ring inductance, hollow inductor, I-shaped inductor, chip winding inductance, chip shielding inductance... In the electrical engineering top, can withstand high-power inductors, mainly by magnetic core and copper wire constitute.
Power inductors are compared with other inductors. In general, the inductors in electronic circuits can only withstand lower currents through smaller currents. The main feature of power inductors is that they are wound with thick wires and can withstand tens of amps, hundreds, thousands. Even tens of thousands of amps. Any inductor has a certain power when it is energized. This power is generally reactive power. It is assumed that the DC resistance of the inductor wire is considered to consume a certain amount of active power when operating. However, if the current passed through the inductor is much smaller than the current allowed by the conductor. Generally, it is not called "power inductor". For example, the inductance of the radio receiving circuit can only be considered by the thickness of the line. It is not the power inductor, regardless of the current carrying capacity. The so-called power inductance is generally referred to as the inductor with a large current. In addition to the inductance, the magnitude of the current is also considered. Dongguan Xinyong Electronic Technology Co., Ltd. specializes in the production of power inductors, and strives to develop power inductors. The products meet environmental protection needs.
It is mainly used for turbulence and filtering in the circuit, which is common in DC/DC converters. Features high power and high magnetic fullness and low impedance.
Second, the use of power inductors:
The widespread use of high-power conversion terminal components on car boards, such as car electronics, mobile phones, cameras, laptop disk drives, and portable audio players, has also led to an increase in the need for high-efficiency DC converters and finer sensors. In order to compete with this, component makers have spent a lot of money on data and production to develop, produce and improve power inductors, and to meet the needs of the market with a plan that has a flat or very good function but is more sophisticated.

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