Faraday shielding is typically made of copper foil or windings, placed between the primary and secondary windings and grounded, and reduces common-mode interference by shielding electric field lines.
Flat wire transformers, with their unique rectangular conductor structure, demonstrate a revolutionary advantage in improving power conversion efficiency by significantly reducing winding resistance.
In high power density scenarios, traditional ferrite cores have poor temperature stability of magnetic permeability and are prone to rapid loss at high temperatures.
With its unique ring structure and excellent electromagnetic properties, toroidal inductors silently safeguard the stable operation of various circuits, becoming a trusted "invisible guardian" for electronics engineers.
System co-design requires that ring-type inductors form a complementary filtering network with components such as capacitors and ferrite beads.
The staggered arrangement of the windings can optimize the leakage inductance and coupling coefficient, reducing the additional loss caused by leakage inductance under a wide load.