Books › Microwave engineering
Microwave engineering
First published 1990 · 752 pages
A rigorous, methodical immersion into the foundational principles and practical applications of electromagnetic theory.
What it feels like
Reading this text feels like stepping into a quiet, well-lit university library, ready to tackle the invisible forces that power modern technology. The pace is deliberately steady, guiding the reader with an authoritative, instructional tone that values clarity above all else. It begins with a grounding sense of historical context before plunging into the deep, rigorous waters of electromagnetic theory. The mood is intensely studious and pragmatic, demanding focus but rewarding it with a profound understanding of complex physical systems. The prose is structured and technical, built to serve as a reliable foundation rather than a literary escape. It is an experience designed for the dedicated student or engineer who finds deep satisfaction in mastering the intricate mechanics of circuits and devices.
- Mood
- studious
- focused
- intellectual
- pragmatic
- Tone
- academic
- instructional
- methodical
- authoritative
- Pace
- steady
- Themes
- technological history · engineering fundamentals · applied physics · electromagnetic theory
- The writing
- Clear, structured, and highly technical, prioritizing instructional clarity and foundational review over stylistic flourish.
- The arc
- Transitions from a broad appreciation of technological history into a deeply focused, rigorous mastery of complex physical principles.
- Who it's for
- Engineering students and technical professionals who crave a rigorous, foundational approach to electromagnetic theory and circuit design.
About the book
We begin our study of microwave engineering with a brief overview of the history and major applications of microwave technology, followed by a review of the fundamental topics in electromagnetic theory that we will need throughout the book.
Description from Open Library.
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