1210R-056M

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Fixed Inductors are crucial in many electrical applications, from phone chargers to automotive applications. The 1210R-056M Fixed Inductor is a perfect example of a high quality, reliable product. It has a wide range of use in applications where stable, fast-operating, and reliable inductance performance is needed.

Application

The 1210R-056M Fixed Inductor is commonly used in power supplies, computer motherboards, and DC-to-DC converters. In these applications, the inductor helps to stabilize the current and voltage signals, avoiding any disruption that could damage other electrical components. Additionally, it is a fundamental component used in many other inductive applications.

Construction

The 1210R-056M Fixed Inductor is a non-polarized molded component. It has a ferrite core, two coaxially wound coils connected in series, and a rated operating temperature of -40 to +150 degrees Celsius. The inductor can handle a maximum current rating of 1.6A and a maximum AC current rating of 31A, making it suitable for a wide variety of applications. Its electrical characteristics remain stable and consistent over a given frequency range and temperature range.

Working Principle

The 1210R-056M Fixed Inductor works on the basis of Faraday’s law, which states that an inductor picks up a voltage when placed in a changing magnetic field. When a coil of wire is wound around a ferrite core, an inductance is created due to the magnetic field. When a current is passed through the inductor, the magnetic field creates a voltage, which then acts on the current. This is the basis of the working principle of the 1210R-056M Fixed Inductor.

Conclusion

The 1210R-056M Fixed Inductor provides stable, fast, and reliable performance in a range of applications, from power supplies to computer motherboards. Its construction is durable and reliable, and its working principle is rooted in Faraday’s law. Combined, these features make it a great choice for anyone looking for a reliable, long-lasting inductor for their electrical applications.

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