CDR10D48MNNP-120NC

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Inductors are an important component of electronic circuits and are widely used in various fields. Fixed inductors are components with inductance values that remain constant with time or temperature. One example of a fixed inductor is the CDR10D48MNNP-120NC. This article will discuss the application field and working principle of CDR10D48MNNP-120NC.

Applications of CDR10D48MNNP-120NC

CDR10D48MNNP-120NC is a fixed inductor with an inductance value of 10 µH. It has a maximum dc current rating of 480mA, a maximum dc resistance of 1.20 ohms, and a tolerance of ±10%. This makes the CDR10D48MNNP-120NC ideal for a variety of applications. Common applications include power supply filter circuits, interference suppression circuits, and surge suppression circuits. It is also used in signal circuits, radio frequency circuits, and low-noise circuits due to its high performance.

Working Principle of CDR10D48MNNP-120NC

The CDR10D48MNNP-120NC is a fixed inductor composed of a ferrite core, a copper coil, and a wire wound coil. A ferrite core is a specialized material that has good permeability and low losses at high frequencies, making it the ideal material for inductors. This material limits the AC current flowing through the inductor and reduces the rate of power loss. The copper coil is used to reduce power losses in the inductor due to the current flowing through it. The wire wound coil is used to increase the inductance of the inductor. In summary, these components work together to limit AC current, reduce power losses, and increase inductance.

Conclusion

In conclusion, the CDR10D48MNNP-120NC is a fixed inductor with an inductance value of 10 µH. It has a maximum dc current rating of 480mA, a maximum dc resistance of 1.20 ohms, and a tolerance of ±10%, making it an ideal choice for a variety of applications. The inductor is composed of a ferrite core, a copper coil, and a wire wound coil, which work together to limit AC current, reduce power losses, and increase inductance.

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