CI160808-10NJ

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Fixed Inductors

Fixed Inductors refer to a type of inductor (an electrical component consisting of a coil of wire) whose inductance (opposition to a change in current, measured in henries) remains constant. Fixed inductors are commonly used in circuitry to store electrical energy, filter out unwanted noise and signals, in radio tuners, and other applications. The CI160808-10NJ type of fixed inductor is one of the most popular and widely used types.

Application Field

The CI160808-10NJ fixed inductor is mainly used in high frequency circuits and electromechanical systems. Some of the main applications of this inductor include signal filtering, attenuation, and frequency tuning. It is also commonly used in mobile and laptop computers, consumer electronics, and in aircraft and military applications.

Working Principle

The working principle of the CI160808-10NJ fixed inductor is very simple. The inductor consists of a wire core with a conducting coil surrounding it. When electric current is passed through the coil, a magnetic field is created that stores energy. The strength of the magnetic field depends on the amount of current passing through it and the number of turns in the coil. This stored energy is then released when the inductor is disconnected from the power source, providing a controlled current to the circuit of which it forms a part.

The CI160808-10NJ inductor features a low self-resonant frequency, high circulating current capacity and low DC resistance. It also has a high temperature coefficient, allowing it to maintain an accurate, stable inductance over a wide temperature range. This makes it suitable for a variety of demanding applications, such as switching power supplies, voltage regulators and power factor correction circuits.

Conclusion

The CI160808-10NJ fixed inductor is a popular and widely used type of inductor. It is used in high frequency circuits and electromechanical systems, and is suitable for a range of demanding applications. This inductor features a low self-resonant frequency, high circulating current capacity and low DC resistance, and has a high temperature coefficient, allowing it to maintain an accurate, stable inductance over a wide temperature range.

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