Radio Antenna Engineering is a free introductory textbook on radio antennas and their applications. See the editorial for more information....

 
 

Copyright
Editorial
Download and Release History
Preface
Introduction
Low-Frequency Antennas
Medium-frequency Broadcast Antennas
High-frequency Antennas
High-frequency Antenna Development
High-frequency Propagation
Introduction
Propagation by Reflection
Ionosphere Data
Choosing a Working Frequency
Signaling Speed
Other Factors
References for High-Frequency
Propagation
Factors Affecting Signal Intelligibility
High-frequency Transmitting-
station Sites
High-frequency Receiving-
station Sites
Horizontal Half-wave-dipole
Antenna System
Off-center Feed on Radiation
Pattern of Dipole
Bandwidth of a Horizontal
Half-wave Dipole
Folded Dipoles
Universal Antennas
Simple Directive High-frequency
Antennas
Vertical Directivity of
Stacked Horizontal Dipoles
Horizontal Directivity of
Lines of Cophased Dipoles
Beam Slewing for Broadside Arrays
Radiation Patterns for Dipole Arrays
Secondary Lobes
Power Distribution among the
Half-wave Dipoles of an Array
Feeding Power to Dipole Arrays
Using Half-wave Spacings
Input Impedance to Any Radiator
in an Array of Dipoles
Fourier Current Distributions
Long-wire Antennas
V Antennas
Horizontal Rhombic Antenna
Fishbone Receiving Antenna
Traveling-wave Antenna for
Vertically Polarized Transmission
Construction of High-frequency
Antennas
Bibliography
Radio-frequency Transmission Lines
Impedance-matching Networks
Logarithmic-potential Theory
Appendix
Symbols Frequently Used In Text

Last Update: 2011-03-19