CMD4D08NP-680MC

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Fixed inductors are widely used in electronic circuits to store electrical energy and create inductance for various applications. The CMD4D08NP-680MC is a type of fixed inductor designed by ROHM Semiconductor to provide optimal performance for use in various applications.

Application Field

The CMD4D08NP-680MC is a wire-wound fixed inductor with a nominal inductance value of 680 μH. Its main application lies in the power line stabilizers, where it is used to smooth out fluctuations in the power supply. This type of inductor is also used in switching voltage converters, automotive electronic equipment, and medical equipment, specifically for its stability and high value of inductance. Additionally, this type of inductor can also be used in LED lighting, radiotelephone transceivers, and Sound Detection Systems.

Working Principle

Fundamentally, the CMD4D08NP-680MC is a type of electrical component that uses the principles of electromagnetic induction to store energy and create inductance. The base of this device is a coil of wire, through which an electric current is passed. The electric current passing through the wire coil produces a magnetic field, which induces a current flow within the coil, and thus creating the desired inductance.

The CMD4D08NP-680MC uses additional features to increase its reliability and performance. For instance, the inductor uses a magnetic core made of ferrite to reduce the overall size and reduce power loss. This inductor also features a double-sided soldering iron to ensure enhanced performance. As an additional feature, this inductor also has a 2-layer PC board, which helps in providing an increased load capacity.

Overall, the CMD4D08NP-680MC is a versatile fixed inductor designed to offer superior performance and reliability for a wide range of applications. Its main application area lies in power line stabilizers, but it can be used in other applications requiring stable power levels and a high value of inductance. It uses basic principles of electromagnetic induction to create the desired level of inductance, while additional features such as a ferrite core and double-sided soldering iron help to ensure superior performance.

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