CI100505-10NJ

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Fixed inductors, also known as fixed inductances, are an electronic component that stores electrical energy in the form of a magnetic field. The CI100505-10NJ is a typical example of a fixed inductor, and is widely used in power supplies, signal processing circuits, and digital communication systems.

CI100505-10NJ Application Field

The CI100505-10NJ fixed inductor is mainly used in power supplies and the switching circuits of electronic equipment. Specifically, it can be used in notebook computers, various digital control switches, and for USB power delivery. It can also be used in other AC-DC and DC-DC power supply equipment, as well as power supplies for intelligent embedded systems, television sets, DVD players, game consoles, computers, optical disc mechanisms, and in other general consumer electronic circuits.

CI100505-10NJ Working Principle

The CI100505-10NJ fixed inductor uses core materials to form an induction object, which consists of a coil and a core material. The device is powered by an alternating current of a certain frequency. When the AC current passes through the coil, a magnetic field is generated in the core. As the current alternates, so do the polarity of the magnetic field. The changing magnetic field will induce an electromotive force in the coil, and a current will flow in a closed loop. This is known as electromagnetic induction. The induced current will then oppose the original AC current, reducing its amplitude. This process is known as magnetic hysteresis, and is the principle by which the CI100505-10NJ fixed inductor works.

Conclusion

In conclusion, the CI100505-10NJ fixed inductor is a widely used electronic component that stores electrical energy as a magnetic field. It is mainly used in power supplies and switching circuits of various electronic devices and can be used for USB power delivery. The working principle of the CI100505-10NJ is based on the concept of electromagnetic induction and magnetic hysteresis, where an alternating current induces an electromotive force in the coil and the current opposes the original current, reducing its amplitude.

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