Have you read this text? Did you find the section on Voltage Mode vs. Current Mode Control the most helpful, or was it the deep dive into snubber circuits? Let me know in the comments.
Sanjaya Maniktala's "Switching Power Supply Design & Optimization" provides practical, step-by-step methodologies for designing high-performance converters, bridging the gap between theoretical texts and design manuals. The second edition covers extensively modern topologies, magnetics design, EMI filters, and PCB layout, featuring simplified approaches to complex tasks like LLC resonant converter design. Detailed information is available on Google Books Switching Power Supply Design & Optimization - Google Books Have you read this text
Instead of blindly increasing the snubber capacitor, he shows that you can optimize the transformer winding technique (sandwich winding or interleaving) to reduce leakage inductance from 5% to 1% of magnetizing inductance. He then mathematically proves that reducing leakage inductance reduces snubber loss by the square of the reduction factor. The book includes a step-by-step design example where efficiency jumps from 78% to 85% simply by rewinding the transformer properly—no change to silicon. Let me know in the comments
Sanjaya Maniktala's "Switching Power Supply Design and Optimization" serves as a practical, comprehensive guide for engineers, bridging theoretical models with real-world design, efficiency teardowns, and component selection. The text highlights key methodologies including resonant (LLC) converter design, magnetic optimization using Dowell's equations, and crucial thermal and EMI management strategies. For a detailed overview and expert reviews, you can consult sources like EDN . Switching Power Supply Design and... by: Sanjaya Maniktala Detailed information is available on Google Books Switching