Wireless communication does not slow down for engineers who are still catching up. 5G is live. Millimeter-wave systems are shipping. Satellite constellations are connecting what fiber never will. The engineers designing these systems mastered microwave fundamentals not as academic exercises - but as tools they reach for without thinking.
Most RF and microwave textbooks are written to be comprehensive, not useful. They deliver derivation after derivation, defer application to the end of every chapter, and produce engineers who recognize every equation but freeze when an impedance mismatch kills a design at 28 GHz. The knowledge transfers. The confidence does not.
Modern Microwave Engineering: RF and Millimeter-Wave Design, S-Parameters, Impedance Matching, and 5G Applications was built around a single conviction: that understanding microwave engineering means being able to use it. Every concept develops the way working engineers actually think - from transmission line to network analyzer, from Smith chart to 5G front-end - with theory present not as the destination, but as the foundation beneath every design decision.
Inside This Book, You Will Discover:
- Transmission line theory and wave propagation - modeled with the clarity that makes application instinctive
- S-parameters and scattering matrix analysis framed for working network design, not examination preparation
- Impedance matching strategies and Smith chart techniques built into a repeatable design workflow
- Microwave filters, couplers, amplifiers, and resonators - governing principles and practical behavior
- RF measurement fundamentals and the high-frequency design tradeoffs engineers actually face
- Antenna principles integrated into communication system and link-budget thinking
- Millimeter-wave design challenges specific to operation above 30 GHz
- 5G system architecture and the RF engineering requirements driving its implementation
Who This Book Is For
This book is for engineering students moving from theory into serious design work, RF and microwave engineers consolidating or extending their technical foundation, telecommunications professionals navigating 5G and next-generation wireless systems, and researchers or educators who need a reference that is both rigorous and immediately applicable. If microwave and millimeter-wave engineering is where your career is headed - or where it already is - this book was written for you.
The frequency spectrum does not wait. Neither should you. Add this book to your library, build the foundation your work demands, and enter every high-frequency design challenge prepared to perform.
