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Whether you are a student, a recent engineering grad entering the field of power electronics, or a seasoned power supply designer, Amazon.com The Basics of Power Supply Design All in One Place
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.
A power supply must maintain a constant output voltage despite sudden changes in line voltage or load current. Mammano leverages his background as the father of the PWM controller to explain control loop theory simply. Whether you are a student, a recent engineering
The heart of the book lies in its treatment of switching regulators. Mammano dissects the three fundamental non-isolated topologies:
Employs a dual-loop architecture. An inner loop senses inductor current, while an outer loop monitors voltage. This effectively eliminates the inductor pole from the loop transfer function, turning the plant into a single-pole system that is much easier to stabilize. It also provides inherent pulse-by-pulse current limiting. Compensator Design Mammano leverages his background as the father of
RDS(on)cap R sub cap D cap S open paren o n close paren end-sub Conduction vs. Switching Losses
Deep analysis of Buck (step-down), Boost (step-up), and Buck-Boost converters. The text covers continuous conduction mode (CCM) versus discontinuous conduction mode (DCM). An inner loop senses inductor current, while an
: In-depth analysis of circuit topologies (Buck, Boost, Flyback, etc.) and control algorithms, including voltage-mode vs. current-mode control Magnetics and Feedback : Dedicated chapters on magnetic design
To build a foundation in power electronics.