DC-DC Converter Topologies 1st Edition

Grab the attention of every power-electronics professional with DC-DC Converter Topologies, 1st Edition by Gerry Moschopoulos — a clear, authoritative guide that demystifies modern switching regulator architectures. Whether you’re designing high-efficiency point-of-load supplies or exploring isolated power solutions, this book delivers practical insights and rigorously explained topologies.

Dive into concise, well-illustrated chapters covering buck, boost, buck-boost, SEPIC, Ćuk, isolated forward and flyback converters, resonant and quasi-resonant designs, and synchronous rectification techniques. Moschopoulos blends theoretical foundations with real-world considerations—loss analysis, thermal behavior, control strategies, and component selection—so readers gain both conceptual clarity and actionable design methods.

Engineers, researchers, and advanced students will appreciate the balanced treatment of steady-state and dynamic performance, stability criteria, and efficiency optimization. The book’s clear derivations, comparative tables, and practical examples make it ideal for product development teams in industries from telecommunications and automotive electronics to renewable energy and industrial automation.

Make smarter design decisions faster: reduce prototyping cycles, improve reliability, and achieve better power density with the proven topologies and selection guidelines presented. Applicable for professionals across North America, Europe, and Asia, this edition is a global resource for contemporary power supply challenges.

Add DC-DC Converter Topologies, 1st Edition by Gerry Moschopoulos to your technical library today and elevate your converter designs with authoritative, practical knowledge that bridges theory and application. Order now to advance your expertise in modern DC-DC converter design.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.