Selecting the right core materials (ferrite vs. powdered iron). Calculating core losses and avoiding saturation.
The book is slightly showing its age in a few sections. It focuses heavily on traditional silicon MOSFETs and bipolar transistors. There is minimal discussion of wide-bandgap tech (GaN, SiC) which has exploded in the last 5 years. Also, digital power control (PMBus, etc.) gets a brief mention but not the deep dive some engineers need today. That said, the fundamentals of magnetics, control loops, and topology never change—you can apply Mammano’s lessons directly to GaN designs with only minor adjustments. fundamentals of power supply design mammano pdf link
While separate chapters and related application notes are available as free PDFs throughout the TI Developer forums and resource libraries, the complete compiled textbook is a copyrighted publication. Selecting the right core materials (ferrite vs
Architectural design paths for fundamental step-down (Buck), step-up (Boost), and inverting (Buck-Boost) topologies. The book is slightly showing its age in a few sections
Choosing the right circuit configuration (topology) is the first and most critical step in power supply design. The choice depends on input/output voltages, power levels, and isolation requirements.
Unlike academic textbooks that start with Maxwell’s equations and integral calculus, Mammano’s work starts with problems . The book is structured around the practical challenges a design engineer faces daily.
The text serves as a comprehensive introduction to power supply topology and control. Unlike heavy academic textbooks, Mammano’s work focuses on intuitive understanding and practical design equations. The major sections typically include:
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