2890-24K

Fixed inductors, often simply called inductors, are passive components that are used to store energy in the form of a magnetic field. They are typically made out of coils of wire that act like a spring, allowing the inductor to store energy in a limited space. The inductor is a central component in anything from basic motors to sophisticated electronic circuits.

The 2890-24K application field and working principle are focused on providing a quality, reliable inductor for high-frequency use. 2890-24K is a type of chip-inductors built on a SMD technology. The product features a ferrite-core and is encapsulated in a high-quality ceramic body. It is has an excellent inductance stability and high self-resonant frequency. The product is suitable for use in a wide range of general-purpose circuits in a broad frequency range of up to 30 MHz.

The 2890-24K working principle is based on the basic concept of inductance. When an electric current flows through a coil of wire, it creates a magnetic field. This is what stores energy in the inductor - the stronger the current, the stronger the magnetic field, and the more energy is stored in the inductor. As the current is increased, the magnetic field is increased, and the amount of energy stored in the inductor increases.

When the current flows through the inductor, the magnetic field has a tendency to oppose the current. This is because the current has a magnetic field of its own, and when two magnetic fields meet, they have a tendency to repel each other. This is what creates the inductive effect - the inductor is resisting changes to the current flow, and slowing it down.

The 2890-24K has excellent performance for high frequency use because of its high self-resonant frequency. Its self-resonant frequency is above 10 times its nominal inductance, and it can operate as high as 3MHz without the need for external components. This allows engineers to use fewer components to design high-frequency circuits as they can use the 2890-24K with greater assurance of performance.

The 2890-24K also features a high-saturation core that can handle higher currents than conventional inductors, making it ideal for Power Supply circuits, DC-DC converters, peak-loading circuits, reverberation circuits, regulator circuits, and optical communication circuits. The product has excellent temperature characteristics that allow it to be used in extreme conditions, making it a reliable product.

In summary, the 2890-24K is an ideal inductor for high-frequency use, offering excellent inductance stability and high self-resonant frequency. Its high-saturation core is able to handle higher currents than conventional inductors, making it suitable for various applications. Its temperature characteristics allow it to be used in extreme conditions, offering reliability in any environment.