2209-H

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 essential components for circuit designs, especially in power systems where high performance, high reliability and small size are the requirements for component parts. The 2209-H component fits these criteria, offering a reliable fixed inductor solution for designers. This paper will discuss the applications and working principle of the equipment.

Applications of the 2209-H

The 2209-H is used in various sectors and industries. It is particularly of use in power systems, where high performance and reliability are needed when components come into contact with circuit boards or other electrical components. It can also be used for frequency circuits in industrial control systems or for matching the impedances of the antenna circuit in radio communication systems. In addition, this product is ideal for buck and boost converters in motor control systems.

The 2209-H boasts an ultra-low ESR of 1.0mΩ, making it a great solution for circuits with high current, such as Class D amplifiers. When used at higher frequencies, its parasitic self-inductance is not an issue, meaning it can be used for power supply circuits for high performance FPGAs or CPUs.

Working Principles of the 2209-H

The 2209-H works by using two iron core components with a non-magnetic spacer between them. The two iron cores are located on the same side and provide magnetic flux between the two bulks. The non-magnetic spacer helps to reduce the magnetic field while maintaining a high flux. This reduces the inductance while keeping the inductance value stable even when the magnetic field is changed.

The 2209-H is designed so that the inductance will not decay, which is achieved by using a special insulated material. This helps to ensure that the inductance of the component remains constant over time. Furthermore, the 2209-H uses a high-reliability bonding process that prevents the formation of air-gaps and ensures that the inductance of the component remains constant over time.

The 2209-H is designed with a high self-resonant frequency, making it ideal for applications at high frequencies. This means that the inductance of the component remains stable over the frequency range being used. This feature prevents induction noise when the component is used in a circuit.

Conclusion

The 2209-H is an advanced fixed inductor solution with a high level of performance and reliability. This component can be used for a wide range of applications, such as power systems, frequency circuits, buck and boost converters, and radio communication systems. Its unique design means that its inductance remains stable over time and its self-resonant frequency make it ideal for high frequency applications.

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