0420CDMCDS-1R0MC Inductors, Coils, Chokes

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Fixed inductor refers to a simple inductor whose inductance is not adjustable and remains fixed. It is usually connected in either parallel or series with the circuit components, and its main purpose is to induce electromagnetic radiation, filter electromagnetic wave signals, and to store or release electric energy

The 0420CDMCDS-1R0MC is a type of fixed inductor. This component is suitable for use in audio amplifiers, radio receivers, televisions, computers, test equipment, antennas, etc. It has a wide variety of applications.

The 0420CDMCDS-1R0MC is a miniaturized component that is made up of a ferrite core and an insulated copper wire wound around it. The ferrite core is made of high permeability powdered iron, allowing it to absorb higher levels of magnetic energy than other materials. This component also features a high inductance, high current carrying capability, and low permeability.

The working principle of the 0420CDMCDS-1R0MC is simple yet ingenious. Its internal copper wire is wound around a special ferrite core, as previously mentioned. The combination of the material and winding produces a magnetic field surrounded by a wire. When a current passes through it, this generates an opposing magnetic field that induces a voltage drop.

This opposition of magnetic fields is called "mutual inductance". This is what causes a current to be generated in the other coil, and it is the same principle by which a transformer works.

The 0420CDMCDS-1R0MC is also resistant to electrical noise and heat, making it ideal for use in applications that require stability and durability. Additionally, its low component costs, high power output and low power consumption make it an ideal choice.

To summarize, the 0420CDMCDS-1R0MC is a fixed inductor that has a wide range of applications, from audio amplifiers to antennas. Its working principle is based on mutual induction, a form of inductance that is created when a current passes through a specially wound wire and ferrite core. This component is also resistant to electrical noise and heat, making it suitable for use in demanding applications. Finally, its low component costs, high power output and low power consumption make it an economical and reliable option.

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