SRU2013-330Y

Fixed inductors are electrical components that are composed of an electrical conductor wound into a coil or spiral shape. The SRU2013-330Y is a popular fixed inductor used in various electronic applications. This article highlights the key features and working principles of the SRU2013-330Y.

Overview of SRU2013-330Y

The SRU2013-330Y is a low profile, high-coefficient, low-cost fixed inductor, capable of providing up to 330uH of inductance. The SRU2013-330Y is constructed using a ferrite core and copper wire windings, and has a maximum operating temperature of +125 °C. The SRU2013-330Y is available in a wide range of sizes, allowing for optimal performance within most electronic systems.

Application Field of SRU2013-330Y

The SRU2013-330Y is a widely-used component in various types of electronic systems. Its high coefficient and low profile make it an ideal fit for applications within computers, communications equipment, consumer electronics, automotive electronics, and many other electronic systems. The SRU2013-330Y is also used in electronics projects such as solar power systems, DC-to-DC converters, and circuit filters.

Working Principle of SRU2013-330Y

The SRU2013-330Y works by using a cylindrical core made of ferrite and winding several turns of copper wire around it. The coil of wire is then subjected to a magnetic field generated by an alternating voltage source. This creates an electromagnetic field in the core. When an alternating current is released through the coil, an electromotive force is generated in the core which induces a magnetic flux that is sealed up on the coil. The flux in the coil induces a current on the coil, which in turn produces a voltage in the same direction. This is known as inductance.

Conclusion

The SRU2013-330Y is a widely used fixed inductor for various electronic applications. The SRU2013-330Y has a high coefficient, low profile, and is available in a wide range of sizes. This makes it an ideal component for projects involving computers, communications equipment, consumer electronics, automotive electronics, solar power systems, DC-to-DC converters, and circuit filters. The working principle of the SRU2013-330Y is based on the induction of a magnetic flux in an electromagnetic field.