Designing Control Loops for Linear and Switching Power Supplies: A Tutorial Guide
“A loop with 45° of phase margin is a design. A loop with 60° of phase margin is a professional design.” — Christophe Basso (paraphrased) Designing Control Loops for Linear and Switching Power
Before diving in, understand that this is on power electronics. Here are some key aspects: transfer function To
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To get the most out of Basso’s methodologies, focus on the of your power stage first. [3] Once you understand how your converter naturally reacts to changes in load and input voltage, Basso’s "k-factor" method provides a structured path to choosing the right resistors and capacitors for your feedback network. [6, 7]
According to Basso’s methodology (Chapter 8 in the PDF):
Since you likely have the digital version, use the search function and appendices effectively.