Microwave Technology and Antennas - (Electronic Information Science and Engineering Specialty) - Second Edition

Author: Wang Xinwen
Publisher:
Publish Date: 2006-12-01
Features: This book takes the perspective of "road" and systematically discusses the basic theories and fundamental knowledge of microwave technology and antennas. In the writing process, it strives to simplify complexity and present concepts in an accessible manner, thereby maintaining the integrity of the knowledge structure while providing a straightforward pathway for students or others from non-electromagnetic field disciplines to learn about microwave technology and antennas. This book can serve as a reference textbook for undergraduate students in electronic information engineering and communication engineering, as well as for engineering professionals in related fields.
This book takes the perspective of "road" and systematically discusses the basic theories and fundamental knowledge of microwave technology and antennas. In the writing process, it strives to simplify complexity and present concepts in an accessible manner, thereby maintaining the integrity of the knowledge structure while providing a straightforward pathway for students or others from non-electromagnetic field disciplines to learn about microwave technology and antennas. The book consists of four chapters, with Chapters 1 to 3 covering microwave technology and Chapter 4 focusing on antennas. The main content includes: transmission line theory, general theoretical analysis of ideal guided wave systems, regular waveguide transmission lines, common microwave transverse electromagnetic (TEM) wave transmission lines, the fundamentals of microwave networks, various common microwave components, basic knowledge and theories of antennas, linear antennas, planar antennas, microstrip patch antennas and printed dipole antennas, television broadcasting antennas, base station antennas in mobile communications, and other common types of antennas.
This book can serve as a reference textbook for undergraduate students in electronic information engineering and communication engineering, as well as for engineering professionals in related fields.