Mammano Robert A 2017 Fundamentals Of Power Supply Design Texas Instruments 〈Plus〉

Mammano’s Fundamentals of Power Supply Design bridges that gap perfectly. Published by as part of their educational series, the 2017 edition reflects modern challenges: higher efficiency demands, smaller form factors, lower quiescent current, and the rise of digital control. Mammano writes with the clarity of a teacher who has lived through the evolution from linear regulators to multi-phase synchronous buck converters.

: High-frequency current loops (the "hot loops") must be kept as physically small as possible to minimize parasitic inductance and radiative EMI. Grounding strategies—such as separating quiet analog controller grounds from noisy power grounds—are given paramount importance.

It balances mathematical theory with practical, readable explanations. Mammano’s Fundamentals of Power Supply Design bridges that

A significant portion of the book is dedicated to analyzing power topologies. Mammano breaks these down into non-isolated and isolated configurations, providing rigorous mathematical foundations for each.

Simple to implement, single feedback loop, highly immune to switching noise. : High-frequency current loops (the "hot loops") must

), where he continued to innovate—including creating the first current-mode controller and a landmark PWM controller in an 8-pin package. Retirement to Authorship

: Final sections explore the value proposition of digital control and the practical aspects of power supply construction, including PCB layout and thermal management. Amazon.com Engineering Significance A significant portion of the book is dedicated

The book is replete with clear, single-color schematics, block diagrams, and oscilloscope waveforms. Key equations are boxed, and important caveats appear as marginal notes.

As the pioneer of PWM controllers, Mammano provides unparalleled depth on control methods.

To build a foundation in power electronics.