511-2J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are electrical components that store energy. They consist of a coil of wire wound around a core, often a long, hollow cylinder of iron, or a ferrite. The induction of the inductor is generated by the coil. When there is a current flowing through the coil, the inductor stores the magnetic flux produced by the current.

The 511-2J application field and working principle falls within this category of fixed inductors. The 511-2J is a surface-mounted inductor that is designed for high current applications, up to 8 A. It is available in sizes ranging from 1.6 mH to 10.1 mH and has an impedance range from 50 to 800 ohms. The 511-2J consists of a small, square-shaped housing containing a single core of wound wire. The winding is made of magnetically permeable material, usually a ferrite.

The working principle of the 511-2J is simple. When a current flows through the winding, the core creates a magnetic field. This field is stored in the core or in the coil, depending on the design of the inductor. As the current continues to flow through the winding, the core stores the magnetic flux generated by the current. This flux can only be released after the current is shut off. As the magnetic field is released from the core, it induces a voltage in the winding connected to it that opposes the current flow.

In summary, the 511-2J application field and working principle refers to an inductor designed for use in high current applications. It consists of a small, square-shaped housing containing a single core of wound wire. The winding is made of magnetically permeable material, usually a ferrite. The working principle of the 511-2J is such that when a current flows through the winding, the core creates a magnetic field that is stored in the core or in the coil. When the current is removed, the field creates an opposing voltage in the winding that induces a voltage opposing the current flow.

The specific data is subject to PDF, and the above content is for reference