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Before we can design an antenna or discuss antenna types, we must understand the basics of antennas, which are the fundamental parameters that characterize an antenna. So let us learn something. We'll start with frequency and step through radiation patterns, directivity and gain, and ultimately close with an explanation on why antennas radiate.
- Frequency
Frequency is one of the most important concepts in the...
- Radiation Pattern
A radiation pattern defines the variation of the power...
- Field Regions
The far field region is the most important, as this...
- Directivity
Conversely, if you are doing remote sensing, or targetted...
- Antenna Efficiency
Antenna efficiency is also frequently quoted in decibels...
- Antenna Gain
The gain of a real antenna can be as high as 40-50 dB for...
- Frequency
Learn how to design and tune antennas for wireless systems using Cypress's PSoC and PRoC BLE solutions. This application note covers antenna types, parameters, matching networks, PCB layout, RF components, and more.
An intuitive tutorial of antennas and antenna theory. This website is designed to present a comprehensive overview of antennas, from design, to measurement and theory. Unnecessarily complicated math is avoided throughout.
This is a senior undergraduate or first-year graduate level textbook on antenna fundamentals, design, performance analysis, and measurements.
A comprehensive reference work on antenna design, theory, modeling, optimization, materials and applications. Covers all issues related to antennas, from fundamentals to latest developments and challenges in wireless communications.
Learn the basics and advanced topics of antenna design, such as radiators, patterns, directivity, efficiency, gain, and more. Find definitions, examples, diagrams, and links to related resources on antennas.
This book contains everything you need to understand how radio signals propagate, how antennas work, and how to construct your own antenna system. Use The ARRL Antenna Book to build hundreds of antenna designs: dipoles, verticals, loops, beams, and more.
