L-07C20NKV6T

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Fixed Inductors

Fixed inductors, also known as self-supporting inductors, refer to components whose coil structure is formed by winding a large number of turns of conductive wire on magnetic material, which are generally wound from metal wire or made of composite material containing metal particles. Fixed inductors are widely used in electronic and electrical products such as consumer, communications, automotive, industrial control, home appliances and instrumentation, including large-scale scientific research instruments.

L-07C20NKV6T Application Field and Working Principle

L-07C20NKV6T is a Fixed Inductor typically used in mobile phones, radios, and other electronic instruments to control voltage ripple and filter high frequency interference. It has a variety of uses, including power supplies, circuit stability and noise suppression.

The operation of the L-07C20NKV6T Fixed Inductor is based on the principle of electromagnetic induction. When current passes through an inductor, a magnetic field is set up in the space around it, and the rectangular loop area in the center of the coil also generates an induced electromotive force. This electromotive force is directly proportional to the speed of current change, and the electromotive force induced in the opposite direction of the initial current direction, so as to form an inductance, and the inductance has the effect of stabilizing the current.

When the size of the magnetic flux passing through the inductor is constant, the current passing through the inductor is stable. Equivalent inductance is used to represent the inductance of the action. When the frequency is low, the equivalent inductance of the inductor is a fixed value, generally expressed by the symbol L. When the frequency is high and the size of the equivalent inductance increases, it can suppress high-frequency interference and improve the performance of the circuit.

The L-07C20NKV6T Fixed Inductor is a high performance, low profile SMT inductor suitable for use in low and medium current applications. It has a wide range of inductance values, from 0.2uH to 6.8uH. This series of inductors feature a ferrite core, low profile, high current, no splicing, and outstanding shock and vibration resistance. It can be used in many circuit applications, such as power supplies, filters, and audio amplifiers.

All in all, the L-07C20NKV6T Fixed Inductor is a good choice for use in mobile phones, radios, and other high-frequency electronic instruments. With its high performance and low profile, it is an ideal component for controlling voltage ripple, stabilizing circuits, filtering high-frequency interference, and improving the performance of circuits.

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