Best Practical Antenna HandBook by joseph J. Carr for Hobbyist, Students, and DIYers

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from the practical electronics engineer/antennA Hobbyist  that have more 35 years experienced in antenna field/ master and guru in antenna field

joseph j. carr

BEST HANDBOOK FOR UNDERSTANDING PRACTICAL ANTENNA - ORDER IT NOW

Practical Antenna HandBook 5/e 5th Edition - This Book is a practical antenna handbook ,by Joseph J. Carr , a book that explains antennas in terms of theory and practical examples to apply, suitable for Hobbyist, Students, and DIYers. Practical Antenna Handbook is a thick volume that tries - mostly successfully - to balance technical detail against practicality.

The most popular book on antennas ever written and unquestionably the world's favorite antenna book, Joseph J. Carr's Practical Antenna Handbook, fourth Edition and Fifth Edition. 

Joseph J. Carr  

Is was a military electronics technician and the author of several popular electronics books, including McGraw-Hill’s Secrets of RF Design, Third Edition and Old Time Radios! Restoration and Repair. He wrote a monthly column for Nuts & Volts magazine.

 

George W. (Bud) Hippisley,

Is  W2RU, earned his BSEE degree from MIT, and was formerly chief operating officer for a major supplier of electronics to the cable TV industry. A long-time active amateur radio operator who has won or ranked nationally in many competitive on-the-air operating events, he has given talks on the basics of antennas and ionospheric propagation to radio clubs and other groups for more than 35 years.

Several article from Practical Antenna Handbook you can find in this blog, and this This intended to let the reader knows the contents of this book, this book combines theory and practice very well and clearly, suitable for hobbyists, scientists, college students, or anyone interested in antenna

In this book you will learn about Introduction to radio communication, radio wave propagation, Antenna Basics , dipole antenna, standing waves antenna, transmission lines, impedance matching, Antenna Arrays, Antenna Gains, High frequency Antennas, Wire Loop Antennas, Multiband Antenna , Tune able Antenna, Wire Antenna, Yagi Uda Antenna, Microwave Antenna, Mobile Antenna, Marine Antenna, VHF Antenna, UHF Antenna, Smith Chart, Antenna Software , Tower Antenna and etc. 

The ARRL Antenna Book for Radio Communications

The ARRL Antenna Book for Radio Communications has everything you need to design your own complete antenna system. Since 1939, it has maintained its place at the forefront of Amateur Radio technology a single resource covering antenna theory, design and construction, and practical treatments and projects. In this edition, The ARRL Antenna Book describes hundreds of antenna designs: wire, vertical, portable and mobile, and new high-performance VHF/UHF Yagi designs.

Radio amateurs continue to make contributions to the state of the art in antenna design and construction. The available tools have grown in sophistication by leaps 

and bounds over the past years. Antenna modeling with the low-cost or free programs available to amateurs has completely changed antenna design and development. 

A large set of antenna models designed for use with EZNEC 6.0 demo software is included.

Updated to reflect the latest advances and technologies, this 23rd edition is full of antenna designs pioneered by dozens of radio amateurs:

New Projects: Multiband HF antennas from 160 through 10 meters, A simple omnidirectional satellite antenna system, More popular Moxon antenna projects on CD-ROM, 

Stealthy and portable antenna designs for home and away.

The ARRL Handbook for Radio Communications 2019

Radio Experimentation, Discovery, and Achievement. The ARRL Handbook for Radio Communications is a complete reference and guide to radio technology principles and practices. Since 1926, The ARRL Handbook has been a trustworthy source of introductory, applied, and theoretical information. 

Now in its 96th edition The Handbook continues to advance the pursuit of experimentation and innovation by radio amateurs and professionals. Each edition contains new and useful material to support Amateur Radio activity from the traditional short- and long-wave frequencies through microwaves! Key Topics Radio electronics theory and principles Circuit design and equipment Radio signal transmission and propagation Digital and analog modulation and protocols Antennas and transmission lines Construction practices.

Who reads The Handbook? Amateur Radio operators, or hams; professional wireless communication engineers and system designers; electrical engineers; students and instructors of engineering, physics, and geoscience. 

Always Updated! New Projects and Content Simple SLA Float Charger project by John Boal, K9JEB Amateur Radio Data Platforms by Paul Verhage, KD4STH and Bill Brown, WB8ELK The latest information on WSJT-X digital modes by the WSJT team Filter and circuit design software by Tonne Software and Jim Tonne, W4ENE Low-Noise VHF and UHF Oscillators by Ulrich Rohde, N1UL, and Ajay Poddar, AC2KG Update on Solar Cycle 24 by Carl Luetzelschwab, K9LA Updated SSTV practices and technology by Larry Peterson, WA9TT.

Designing dual-band loaded dipoles by David Birnbaum, K2LYV Latest transceiver survey by Joel Hallas, W1ZR Plus, new component tables, reference articles, material characteristics, and guidelines for SDR design. Download Included: eBook and Supplemental Material Download the fully searchable digital edition of the printed book, as well as expanded supplemental content, software, PC board templates, and other support files.

The Wavelength of Frequency

The wavelength is proportional to the reciprocal of the frequency. The wavelength of any wave is related to the frequency so that fλ = v, where f is the frequency in Hz, λ is the wavelength in meters, and v is the velocity of propagation in meters per second (m/s). Because radio waves propagate at the speed of light (which is also an electromagnetic wave), approximately 300,000,000 m/s in both free space and the earth’s atmosphere, the lowercase letter c is used to represent velocity (rather than v), so you can rewrite this expression in the form :

f(Hz) = c / λ(meters) = 3 x 10^8 / λ(meters)

These equations are sometimes abbreviated for use with the units kHz and MHz:

F (kHz) = 3 x 10^5 /λ(meters)

F(MHz) = 300 / λ (meters)

You can get an idea of the order of length of these waves  for several different frequencies: 100 kHz, 1 MHz (in the AM broadcast band), 10 MHz (in the shortwave bands), and 1000 MHz (microwave bands). If you work the equations, then you will find that these wavelengths are 3000 m (100 kHz), 300 m (1 MHz), 30 m (10 MHz), and 0.3 m, or 30 cm (1000 MHz). You can see from these numbers why 1 MHz is in what is called the medium-wave band, 10 MHz is in the short wave band, and 1,000 MHz is in the microwave (“very small” wave) band. At 100 kHz, which is 0.1 MHz, the wavelength is 3000 m, so this frequency is in the long wave

band.

Basic Antenna Book

For reference of Basic Antenna System , this book will help you.

Understanding Practical Antennas and Designs

Basic Antennas is a comprehensive introduction to antennas--basic concepts, practical designs, and details of easy-to-build antennas. You ll learn how to make antennas that really work! This book will provide a foundation in antenna theory and design necessary for anyone undertaking more advanced topics such as those presented in The ARRL Antenna Book. Includes: Dipole Antennas, Antenna Impedance, Transmission Lines, Practical Two Element Arrays, Wideband and Multiband Antennas Reflector Antennas, Yagis for HF and VHF, Loop Antennas, Antennas for Microwave Applications, Vehicle Antennas, Antenna Measurements, Plus, an Introduction to Antenna Modeling...and much more!