CDRH3D11NP-2R7NC

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Fixed Inductors are a form of inductor that has a relatively fixed magnetic field across the size of its opening, rather than having it change with a varying current. CDRH3D11NP-2R7NC is one such inductor, with the ‘CDRH3D11NP-2R7NC’ denoting its specific outline and size. It is designed for power supply, audio, and DC/DC converter applications.

Fixed inductors are best suited for use in power supply, audio, and DC/DC converter applications, as their fixed magnetic flux, or steady flow of energy, in its circular opening is perfect for the consistent load and current that these types of electronics require. CDRH3D11NP-2R7NC is no different in this regard. It’s small size and low cost make it perfect for compact designs.

CDRH3D11NP-2R7NC is a type-2 ferrite core inductor, meaning that its inductance is determined by the number of turns and diameter of the core, set in the ratio of the size of the opening to the total depth. The core is trapped in a ferrite housing, with the wire of the inductor’s circuit contained within its confines. An added benefit is the overall stability of the inductance over a wide range of current and temperature.

CDRH3D11NP-2R7NC’s working principles are fairly straightforward, as it functions as a reactor when the current goes above a certain limit and will reduce the current with its inductance. In addition, the ferrite core acts as an artificial material, meaning it absorbs energy, constraining the flux in the air gap and creating a magnetic field.

CDRH3D11NP-2R7NC also has some additional features, such as its ability to reduce noise and suppress EMI. Its low core loss and high Q factor make it well suited for high current applications, such as filtering and motor drives. It also has low magnetic interference, making it a great choice for applications such as LCDs.

Overall, CDRH3D11NP-2R7NC is an excellent choice for power supply, audio, and DC/DC converter applications. Its small size, low cost, high efficiency, and ability to reduce noise and suppress EMI make it an ideal solution for these types of applications. Its ferrite core design ensures that its inductance is stable over a wide range of current and temperature, an effect which is further emphasized by its low core loss and high Q factor.

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