CDRH3D16NP-4R7NC

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Fixed inductors are passive electronic components that create a static magnetic field when a current passes through them. The CDRH3D16NP-4R7NC is a 4.7uH, 1.17A, surface-mount power inductor. It has a rated energy up to 13.6mJ and a low DC resistance of 0.071Ohms. The CDRH3D16NP-4R7NC also offers reliable performance with excellent temperature stability and high frequency characteristics in a small, lightweight package.

The application fields of the CDRH3D16NP-4R7NC are varied. Its superior high frequency characteristics make it suitable for use in high frequency power conversion circuits, such as those used for DC/DC converters and motor drives. It is also used in power supply circuits, as well as for filtering and noise suppression.

Working with a current-carrying conductor will create a magnetic field around it. The strength of the magnetic field is determined by the electric current, the length of the conductor, and the core material used. An inductor is basically a coil of wire wound around a core material that allows the electric current to keep a magnetic field around it in a steady state.

The CDRH3D16NP-4R7NC uses a ferrite core material to allow it to create a larger and more stable magnetic field. The ferrite core is a processed form of iron oxide that is usually combined with one or more other materials to create an alloy that is used to increase the magnetic strength of the inductor. Additionally, the windings of the inductor create a greater amount of inductance, or the ability of the inductor to store energy in its magnetic field.

The CDRH3D16NP-4R7NC utilizes its windings and ferrite core to create a powerful, reliable inductor. As a result, the inductor can handle large currents and has excellent temperature stability and high frequency characteristics. It is also able to maintain its low DC resistance, ensuring that there is minimal power loss when it is used in a power conversion circuit. The combination of these features make the CDRH3D15NP-4R7NC a viable solution for many applications.

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