CIL10NR22KNC

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Fixed inductors are electronic components that consist of wire coils wound around an iron core. The two ends of such components are then connected to a circuit in order to create a magnetic field. Fixed inductors can act as the starting point for electric current to flow through a circuit. The electrical current then emits an electromagnetic field across the inductor and in turn create a counter-electromotive force.

The CIL10NR22KNC is a fixed inductor type of component with a high power rating of 3.8A and an inductance value of 22µH. It has a temperature range between -40 to 85°C and a maximum DC resistance of 5.3mΩ. It’s constructed in a 10mm x 10mm x 8mm epoxy encapsulated body. This fixed inductor type is suitable for any application where high-level of current is required.

The working principle of a CIL10NR22KNC is fairly simple. When current enters the inductor from one end and exits the other end, a magnetic field is created between the two wire coils. This magnetic field then collapses and causes the induction of electricity to flow in the opposite direction. As the current flows in the opposite direction, it creates a counter electromotive force that opposes the initial current, thus resulting in a decrease in voltage.

The CIL10NR22KNC fixed inductor offers numerous potential applications. This type of component can be employed to extend the frequency response in order to create filter circuits, boost the output level, or limit the current within an AC-DC converter circuit. These components are also employed in power supply circuits, as signal processing and transmitting circuits, and in other electrical devices.

In conclusion, fixed inductors are a type of electronic component that utilizes the magnetic fields generated by electrical current in order to generate a counter electromotive force. The CIL10NR22KNC is a 10mm x 10mm x 8m epoxy-encapsulated fixed inductor component that has a high power rating, an inductance value of 22µH, and a temperature range between -40 to 85°C. It is suitable for applications where high-level of current is required. Additionally, this fixed inductor component can be used in various circuits to extend frequency response, boost output, or limit current.

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