252012CDMCDS-1R0MC Inductors, Coils, Chokes

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Fixed inductors are electrical components used in electronic circuits to produce magnetic fields and help dissipate energy created within the circuit. The 252012CDMCDS-1R0MC is a fixed inductor that is specifically designed for use in high frequency, high current applications.

The 252012CDMCDS-1R0MC is designed to operate at frequencies up to 15 MHz and currents up to 200 A. The device incorporates a ferrite core, which allows it to absorb more magnetic flux and make it suitable for use in high current applications. Additionally, the magnetically coupled windings create an inductance of 110 nH, allowing it to perform its inductive role in the circuit without creating heat losses.

The 252012CDMCDS-1R0MC is well suited for use in a variety of applications including power supply regulation, radio transmitters, LED lighting, and automotive electronics. It is small in size and can fit into almost any circuit design. Additionally, its high inductance performance and low DCR makes it a great choice for a wide range of high power applications. It also comes with a wide variety of package options including surface mount, through-hole, and leadless.

The 252012CDMCDS-1R0MC works on the principle of electromagnetic induction which states that a time-varying magnetic field creates a current in a conductor. The device works by creating a strong magnetic field when a current passes through it. The magnetic field then produces a back-electromotive force on the winding, which in turn increases the induced current. This is why the 252012CDMCDS-1R0MC can handle high frequencies and such high currents.

The 252012CDMCDS-1R0MC is an excellent choice for high frequency and high current applications. It has a ferrite core, allowing it to absorb more magnetic flux so it can handle high currents. Additionally, its magnetically coupled windings provide an inductance of 110 nH, making it ideal for a wide range of applications. Finally, it comes with a variety of package options so it can easily be integrated into any circuit design.

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