A high current inductor refers to an inductor with high stability and resistance to high current and high current. It has the characteristics of a regular chip inductor, but its performance differs greatly from that of a regular inductor.

The high current inductor has the characteristics of all SMD power inductors, in addition to the following features:

1. Magnetic shielding structure, closed magnetic circuit, strong resistance to electromagnetic interference (EMI), ultra-low buzzing, and high-density installation.

2. Low magnetic loss, low DC resistance, and the highest current among products of similar specifications.

3. The modular structure is sturdy.

4. Small volume, large current, good temperature rise current and Saturation current under high frequency and high temperature environment.

5. Adopting a rapid paint removal process, the surface of the PIN pin is smooth, non deformable, and easy to solder.

6. Applied to industrial control motherboards, laptops, on-board equipment, distribution power systems, DC/DC converters, LED drive power supplies, communication equipment, medical equipment, military electronics, aerospace technology, etc.

High current inductance - The difference between ordinary power inductance and high current inductance:

1. High current resistance, the high current inductance coil is wound with thick and flat wires, which can withstand high current and can withstand up to 80A current.

2. High stability, high current inductance adopts a fully enclosed magnetic shielding structure, which has good sealing and high stability.

3. Widely applicable, high current inductors have strong weather resistance and can be used on computer motherboards, microcontrollers, graphics cards, and other long-term working devices.

Ordinary power inductors can only be used as DC-DC modules, filtering circuits, etc. Although they play the same role, the responsibility of high current inductors is much greater than that of ordinary power inductors.