Differential antennas : theory and practice
Publication details: John Wiley 2024 HobokenDescription: xix, 332pISBN:- 9781394273089
- 621.382 Z61d
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PK Kelkar Library, IIT Kanpur | General Stacks | 621.382 Z61d (Browse shelf(Opens below)) | Available | A187068 |
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| 621.38152 K646f Fundamentals of semiconductor materials and devices | 621.382 D649q Quantum communication, quantum networks, and quantum sensing | 621.382 F524d Digital communications a foundational approach | 621.382 Z61d Differential antennas theory and practice | 621.3824 B831e2 Elements of optical networking [2nd ed.] basics and practice of glass fiber optical data communication | 621.38275 L16a Advanced fiber access networks | 621.384 H757m Microwave and millimeter-wave antenna design for 5G smartphone applications |
A comprehensive introduction to the theory and practice of differential antennas
The first antennas ever created were differential antennas, in the dipole and loop constructions, before the subsequent creation of the single-ended or monopole antenna. Dozens of basic antenna configurations have been invented since then, the majority of them differential. The theory and design of differential antennas therefore has an impact on a huge range of fields which make use of electromagnetic waves.
Differential Antennas contains a thorough, comprehensive overview of these antennas, their theory, and their practical applications. It details the relationship between differential and single-ended antennas, which may act as tools for determining the properties of one when the other is known. This book offers an analysis of the role differential antennas play in wireless communication and sensing. Overall, it stands as an essential contribution to a key area of communications technology.
Differential Antennas readers will also find:
Chapters covering topics including microstrip antennas, shorted patch antennas, grid array antennas, and other designs
Tables and figures illustrating key data, antenna structures, and more
Instructions for measuring differential antennas for characterization and specification purposes
Differential Antennas is ideal for senior and graduate level students, researchers, and radio frequency engineers.
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