It's not only a book, it make me feel like a travelling microwave and feel what microwave do.
Also assumes you have good knowledge of Guass, Faraday, etc. laws from electrostatics. It answers many questions I had and it put together both the big picture and some details of Electromagnetics. No answers to problems at end of chapters is a minor draw back. Over all, the book is well worth the price.
Joe Carr's Receiving Antenna Handbook is a complete guide to high performance receiving antennas for long wave all the way to the upper end of the short-wave spectrum. This isn't some warmed-over collection of slightly modified ham radio transmitting antenna designs; instead, it is a comprehensive examination of slightly modified ham radio transmitting antenna designs; instead, it is a comprehensive examination of antennas intended specifically for receiving purposes. Among the many topics Carr discusses are:
* The basic theory behind all receiving antennas
* How signals propagate over long distances and how to design antennas to maximize reception distance
* How to construct a tuned antenna for any frequency below 30 MHz
* Special designs for indoor and limited space applications
* Getting a good ground connection at radio frequencies
* Safety considerations in antenna design and installation
* Beverage, rhombic, and other directional short-wave antennas
* Loop antennas for the AM broadcast band
Joe Carr gives you complete construction details for each antenna. Most can be easily constructed using only wire or aluminum tubing. And you don't need to be an electronics genius to understand Joe's clear, friendly text to build one of the designs in this book. Give your receiver what it needs to pull those weak signals out of the noise-a good antenna!
Do yourself (and your radio) a favor and purchase this book, you will not be sorry!
by I. J. Bhal and P. Bhartia.
In this edition, the authors have done a remarkable job of exposing essentially all aspects of microstrip antennas, including the transmission line model, cavity model, generalized
transmission line model, microstrip Green's functions, spectral and space domain approaches and the like. The treatment of these
topics is fairly good, and whatever they have omitted in the text, have been adequately referenced by citing the appropriate
sources.
The book describes, the basic canonical microstrip antenna shapes such as rectangular and circular and continues on to include broadband antennas, circularly polarized antennas and
arrays with a host of other topics that the serious reader shall
find most invaluable. The book is bulky (running into about 850 pages), and is packed with information. The book also has a good
number of appendices that are most useful for microstripline feed design.
I'm currently using this book and find that this is a wonderful
book for my personal library. Serious antenna engineers should
consider buying it.