CI160808-18NJ Inductors, Coils, Chokes

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Fixed inductors, typically known as chokes, are electrical components designed to mitigate high-frequency signal flow and noise in electrical circuits. When AC signals pass through inductors, they will cause a variation in the frequency of the signal, often causing completely different components of a system to be affected. As a solution, fixed inductors are used as an energy-absorbing device to reduce the flow of these signals in order to stave off any inconsistencies or unexpected behavior.

The CI160808-18NJ is a fixed inductor that is primarily used in switching power systems to increase switching speed and reliability. It has a maximum current rating of 1.5A and a maximum DC resistance of 0.3ohms, ensuring it can work effectively in any system. The inductor is also designed to limit the noise generated by the system, thus allowing the components to work together harmoniously.

The CI160808-18NJ is typically used in DC/DC switching regulator systems, where two different signals are switched between a higher voltage and a lower voltage. The inductor helps ensure those two signals do not interfere with each other. To do this, the inductor creates a magnetic field when current is flowing through it, reducing the magnitude of the signal, thus halting any unwanted noise. It can also prevent any overloading of an individual component brought about by the transition of other components.

As the CI160808–18NJ operates on a low frequency, it is also ideal for buck and boost type applications, giving versatility to its use. The inductor can also be used in other types of converters such as AC/DC and DC/AC, to reduce fluctuations and provide a smoother signal quality late in the chain.

The CI160808–18NJ is a reliable and versatile fixed inductor, and as such is widely used in power systems of various kinds. Its high-quality construction allows it to offer efficient transient response no matter the environments it is used in. Its low profile and reasonable size means it can be used almost anywhere, and ensures that the inductor works reliably to provide sufficient power protection for all components.

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