SRU2013-2R2Y Inductors, Coils, Chokes

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Fixed inductors, also known as chokes, are components that are designed to store and control electrical energy in an electrical circuit. These types of inductors can be found in various industrial applications that include automotive, communication, as well as other electronic applications. The SRU2013-2R2Y inductor is designed for use in as a general-purpose choke inductor for on-board power supplies.

The SRU2013-2R2Y applications include, but are not limited to: High-speed data lines, DC/DC converters, DC/AC inverters, energy storages, and audio equipment. It has a maximum DC resistance of 0.45 ohms and a frequency range from 0.2 MHz to 2MHz. The maximum current rating is 1.6 Amps and its inductance is 1.2µH.

The SRU2013-2R2Y is a non-adjustable, fixed inductor that works by storing electrical energy in a magnetic field when a current flow is applied. This inductance is determined by the size of the core material and the number of turns of wire in the wire winding, and can be measured in Henries. As the current flows through the capacitor, the magnetic field causes an opposing voltage field, as per Faraday’s law.

The size of the core and number of windings is chosen when building and designing the inductor to meet specific needs. For the SRU2013-2R2Y, the core is made from a ferrite material, and it is wrapped with a copper wire winding. To help reduce heat in the component, the SRU2013-2R2Y has a low-profile design in addition to having a high temperature resistant coating.

In addition to its in-circuit operation, the SRU2013-2R2Y inductor also has a resonance mode that is to be used when current and voltage levels are low. This mode converts a DC current to an AC current passing over the component. This feature makes it ideal for use in low power systems such as DC/DC converters.

Fixed inductors like the SRU2013-2R2Y are important components in many electronic systems. In addition to their in-circuit operation, these components are also used as cross-over devices, data-line filters, and for resonance control. By managing and controlling electrical energy, they provide a reliable power source to many different applications.

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