12v/24v/36v SMPS Transformer

The secondary windings of the transformer are typically configured with multiple parallel coils, all coupled to the same primary winding. This ensures equal ampere-turns across the secondary windings, making the transformer ideal for parallel rectifier circuits. With evenly distributed current, additional components such as current-sharing resistors are not required, simplifying circuit design and reducing costs.

Thanks to its compact ferrite core design and excellent thermal dissipation characteristics, the transformer can be tightly integrated with semiconductors and inductors to achieve high power density. Its current density can reach up to 30A per module, making it suitable for space-constrained applications.

By optimizing leakage inductance, the transformer achieves fast switching times and very low insertion loss, enabling it to handle high power levels efficiently. Inter-winding conduction losses between primary and secondary windings are minimized, ensuring stable and reliable operation under rated conditions.

Our high-frequency transformers feature excellent thermal stability and temperature rise characteristics. This allows them to achieve high current density within a compact footprint, making them ideal for space-constrained power supply designs.

Constructed from a small number of readily available components, these transformers are easy to assemble and require minimal production costs. This cost-effective design ensures reliable performance at a competitive price point for your applications.