5800-562

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Fixed inductors are components of electrical circuits that store energy in a closed loop of wire using a magnetic core as an inductor. They are used to provide inductive coupling between two circuits or for applications requiring inductance, such as energy management or power control. Fixed inductors can be found in a wide variety of applications and one of the most common and popular is the 5850-562 application fields and working principle.

5850-562 Application Field

The 5850-562 fixed inductor is a popular form of high-frequency inductor designed for dual-loop applications. It is often used in power supplies, motor controllers, high speed motor drives, automotive electrical systems, and many other power-related applications. The size of the component is quite small and often styled in a compact rectangular shape. This makes it ideal for use in tight enclosures and limited-space applications. In addition, its high temperature performance and ability to handle up to 10 A peak current make it an ideal choice for applications in high-temperature environments.

5850-562 Working Principle

The 5850-562 fixed inductor works on a principle of two separate coils, known as the primary coil and the secondary coil. This creates a magnetic field, which stores a portion of the energy supplied to the primary winding, also known as the back-EMF. The primary coil current passes through the secondary coil, inducing a current in the second coil. The two separate coils act in such a way that the equivalent inductance in an equivalent circuit is greatly increased. The higher the inductance, the lower the current in the corresponding circuit, resulting in more efficient operation.

This type of inductor is used in applications where high inductance is required, such as power converters, boost converters, and switching converters. It\'s also used in RFID and wireless charging circuits, where the component helps to create the carrier wave necessary for efficient signal transmission. It is also used to create a uniform inductance impedance in filters, such as band-stop or high-pass filters.

Conclusion

The 5850-562 fixed inductor is a popular and versatile component used in a wide variety of applications. Its small size, high temperature performance, and ability to handle up to 10 A peak current make it ideal for use in tight enclosures and limited-space applications. In addition, its high inductance makes it perfect for use in power converters, RFID, and wireless charging circuits. By understanding the 5850-562 application field and working principle, engineers can easily identify the correct component for their designed circuits.

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