Advantages of flat wire inductors
1. Scientific and reasonable space collaboration planning: the flat coil is wound, and the turns are tightly flat, which increases the effective cross-sectional area of the wire, and makes full use of the limited assembly space of the magnetic core, completing the same volume. The lowest DCR greatly reduces the copper loss of the product and increases the temperature rise current of the product.
2. The shape of the magnetic core (ER, EI, PQ, etc.) fully cooperates with the coil design, reducing magnetic field leakage to a minimum, achieving a better shielding effect than traditional chip inductors.
3. The magnetic core is made of alloy metal, which is die-cast from the material, minimizing the magnetic loss of the product and having saturation current characteristics that traditional inductors cannot overcome.
4. The center column of the magnetic core can adjust the air gap arbitrarily to achieve greater resistance to current impacts.
5. Directly lead out from pins as welding terminals, which can completely avoid the occurrence of open circuit in the product.
6. The coil is wound by Class C AIW enameled copper wire, which has super solvent resistance, thermal stability, high softening breakdown, radiation resistance, and freezing resistance.
7. The special internal air gap structure of the magnetic core will not cause an instant drop in inductance even if the current exceeds the rated range, which can avoid a series of problems caused by current overload.
8. The surface of the magnetic core is coated and has excellent insulation function.
9. The unique triangular pad design greatly enhances the reliability of SMT welding.
10. The base is bonded with a thermally conductive rubber pad, which has a good effect in assisting in fixing the product. In addition, it can conduct heat in a timely manner under high current operation to reduce the temperature rise on the surface of the product and achieve protection. Greatly increases the service life of the product.