This guide explains how to troubleshoot high-frequency transformer failures using structured diagnostics including waveform measurement, thermal analysis, inductance testing, and insulation verification.
This article explains how transformer winding structure affects electrical loss, EMI behavior, and thermal performance, and why winding arrangement is one of the most powerful optimization tools in high-frequency magnetic design.
This article explains how hysteresis loss and eddy current loss limit the efficiency and maximum operating frequency of high-frequency transformers, and how proper design minimizes core loss.
This article explains magnetic saturation and the B–H curve in high-frequency transformers, showing how improper flux design leads to overheating, device failure, and reduced reliability.
This article explains transformer interleaving techniques, how they reduce leakage inductance, and how to balance EMI and AC copper loss in high-frequency transformer design.
This article explains the causes of proximity effect and AC copper loss in high-frequency transformers and provides practical winding design strategies to minimize losses, improve efficiency, and enhance thermal reliability.
