5400-686G

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fixed inductors are passive electronic components consisting of a wire or metal film wound into a coil around a magnetic core. they are used to store electric energy, block current, and ultimately control the flow of electrical energy in a given electrical circuit. According to their structure and shape, fixed inductors can be divided into different types. The 5401-686G is one type of fixed inductor.

The 5401-686G inductor, also known as a high-value inductor, has a maximum inductance of 686 henries (H), a maximum DC current of 3.1 amperes (A) and a self-resonant frequency of 17.8 megahertz (MHz). The 5401-686G is made of wire-wound ferrite cores, and has a double-sided multilayer design, which can improve static performance and reduce electromagnetic interference. The 5401-686G inductor has a wide range of applications in areas such as AC systems, radio frequency (RF) communication, high-frequency oscillators, switch power supplies, and motor drive circuits.

The 5401-686G inductor works by storing a magnetic field around its coil. When an alternating current is applied to the inductor, a magnetic field is generated in its core and regenerates itself. This induced electrical field will interact with the current to reduce the current’s amplitude. This phenomenon is called self-inductance, which is one of the basic characteristic parameters of inductors. Furthermore, when the current changes, the inductor’s magnetic field will resist the current change and generate a self-induced voltage.

The most common application of the 5401-686G inductor involves power supplies and circuit designs, as it is used to filter alternating current (AC) and direct current (DC) signals. It can also be used to provide power for combining signals or combining two electrical circuits. The 5401-686G inductor is also often employed in resonant circuits, resonant converters, voltage regulator circuits, switched power converters, noise cancelling circuits, and power factor correction circuits. In addition, the 5401-686G inductor is often used in voltage controlled oscillators and as feedback elements for oscillator circuits.

The 5401-686G inductor is a reliable, cost-effective solution for applications that require high inductance and accurate control over electric current. Its wide range of applications and its double-sided design provide excellentshielding against electrical interference and excellent static performance, making it an ideal choice for many power supply designs. As a result, the 5401-686G inductor is an indispensable component for circuit designers who require high-power inductance in their circuits.

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