Built with advanced ferrite cores and optimized winding structures, they enable high efficiency, low core losses, and excellent performance at elevated switching frequencies. Compact and lightweight, these transformers are ideal for applications such as power converters, inverters, and electronic devices, delivering high power density, improved thermal management, and reliable performance in demanding high-frequency environments. Unlike traditional transformers that run at 50/60 Hz, these operate at much higher frequencies (typically tens of kHz up to MHz), using fast electronic switching.

How a high-frequency switch-mode transformer works in a system

In an SMPS, the mains AC is converted into DC, with the high-speed switching
electronic switches rapidly turn the DC on and off at high frequency, this pulsed current flows through the transformer’s primary coil, creating a rapidly changing magnetic field, voltage is induced in the secondary coil and then with output rectification and filtering, the output is converted back to smooth DC for use by devices.