Foundations for Microwave Engineering offers a well-balanced and
accessible introduction to the essential principles of microwave theory and
applications. Designed for senior undergraduate and graduate-level students,
this updated edition provides a structured path through core topics including
wave propagation, transmission lines, waveguides, microwave circuits, and
electronics.
Unlike conventional
texts, this edition emphasizes clarity without sacrificing technical rigor.
Advanced concepts such as polarization, energy storage in dispersive media, and
microwave device behavior are presented with pedagogical care, allowing
instructors flexibility to adapt content to one- or two-semester formats.
Select sections are tailored for deeper graduate-level engagement while
remaining accessible to those new to the subject.
Chapters are
thoughtfully organized to build from electromagnetic foundations to practical
circuit analysis and modern components, including ferrite devices and
parametric amplifiers. Though certain topics like antennas and measurements are
outside the scope of this volume, readers will gain a strong foundation to
confidently pursue more specialized fields.
Supported by years
of teaching experience and academic insight, this book remains an indispensable
resource for students and instructors alike seeking a modern, adaptable guide
to microwave engineering fundamentals.
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