Mammano Robert A 2017 Fundamentals Of Power Supply Design Texas Instruments
Mammano begins with the "Big Three" non-isolated topologies: the Buck (step-down), Boost (step-up), and Inverting (Buck-Boost) converters. Unlike dry academic texts, the author focuses heavily on the trade-offs. He explains when to use a specific topology based on efficiency requirements, cost, and physical size, rather than just how to calculate the transfer function. The inclusion of isolated topologies (Flyback, Forward, Push-Pull, and Bridge converters) is handled with the same practical lens, offering insight into the pros and cons of each in real-world applications.
The heart of the book tackles the two components most likely to cause power supply failure: magnetic saturation and control loop instability. 1. Magnetic Core Design Principles Fundamentals of Power Supply Design: Robert A. Mammano
Mammano also covers , overcurrent protection (cycle-by-cycle vs. hiccup mode), and under-voltage lockout (UVLO).
: He is a named inventor on over 13 patents and served as a lead educator for TI's global power seminars until his retirement in 2010. Key Content and Structure Mammano begins with the "Big Three" non-isolated topologies:
Compared to Abraham I. Pressman’s Switching Power Supply Design , Mammano’s book is more focused, less encyclopedic, and more aligned with modern integrated controllers. Next to Robert W. Erickson’s Fundamentals of Power Electronics (a canonical graduate text), Mammano’s work is less theoretical and more pragmatic, emphasizing rules of thumb and IC-specific implementation. It sits perfectly between a superficial application note and a doctoral thesis.
Fundamentals of Power Supply Design (2017) by Robert A. Mammano remains a cornerstone text for anyone engaged in power electronics. Its blend of historical knowledge from Unitrode and the advanced, modern techniques from Texas Instruments makes it a foundational resource for designing robust, efficient power supplies. 13 Chapters, 333 Pages, Published 2017. Author: Robert A. Mammano.
Each topology is explained with block diagrams, timing waveforms, and design equations. Magnetic Core Design Principles Fundamentals of Power Supply
Reflecting the 2017 state-of-the-art, the book introduces multi-phase converters for high-current CPUs, switched-capacitor converters (charge pumps), and basic LED driver topologies. It also addresses electromagnetic interference (EMI) fundamentals and filtering techniques.
The Definitive Guide to Switch-Mode Power Design Published in 2017, by Robert A. Mammano is widely recognized as an indispensable textbook for the power electronics industry. Released through Texas Instruments (TI) , the 352-page volume curates over four decades of collective engineering wisdom. It heavily leverages the iconic technical archives established by the Unitrode and Texas Instruments Power Supply Design Seminars .
Understanding the book’s authority begins with its author. Robert A. Mammano is a giant in the field of power electronics, widely recognized as the "father of the Pulse-Width Modulation (PWM) controller IC industry". switched-capacitor converters (charge pumps)
+-------------------------------------------------------------+ | "Fundamentals of Power Supply Design" | | Robert A. Mammano | +-------------------------------------------------------------+ | +-----------------------+-----------------------+ | | [Power Stage Foundations] [System Compliance & Safety] - AC/DC & DC/DC Inputs - EMI / EMC Shielding - Component Selection - Isolation Barriers - Topology Architecture - Thermal Layouts | | +-----------------------+-----------------------+ | [The Control Architecture] - Analog PWM & Loops - Feedback Compensation - Digital Control Logic Phase 1: Power Stage Foundations 1. Input Analysis and Grid Diversity
It covers the entire design process, from initial specifications to final product testing.