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Solucionario Antenas Angel 23: A Comprehensive Guide to Antenna Analysis

Solucionario Antenas Angel 23: A Comprehensive Guide to Antenna Analysis

Antennas are essential devices for wireless communication, radar, navigation, and many other applications. However, designing and analyzing antennas can be a challenging task, especially for complex and broadband antennas. That's why many students and engineers rely on the book Antenas by Ãngel Cardama Aznar and his co-authors, which provides a rigorous and detailed introduction to the fundamentals of antenna theory and practice.


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However, the book does not include solutions to the exercises and problems that are proposed throughout the chapters. This can make it difficult for readers to check their understanding and progress. That's why some people have been looking for a solucionario (solution manual) for the book online. Unfortunately, there is no official solucionario available from the publisher or the authors.

But don't worry, we have good news for you. In this article, we will provide you with a solucionario antenas angel 23, which is a collection of solutions to some of the most important and challenging exercises and problems from the book. We have carefully selected and solved these exercises using the methods and formulas presented in the book, as well as some additional references and tools. We have also formatted the solutions using HTML tags, so you can easily copy and paste them into your documents or web pages.

We hope that this solucionario antenas angel 23 will help you learn more about antennas and improve your skills in antenna analysis. However, we also encourage you to try to solve the exercises and problems by yourself first, before looking at the solutions. This way, you will get the most benefit from the book and this solucionario.

So, without further ado, let's get started with the solucionario antenas angel 23!

Chapter 1: Introduction to Antennas

In this chapter, the authors introduce some basic concepts and definitions related to antennas, such as radiation patterns, directivity, gain, polarization, impedance, bandwidth, efficiency, etc. They also explain some of the main parameters that characterize an antenna system, such as input power, radiated power, radiation resistance, reflection coefficient, voltage standing wave ratio (VSWR), etc.

Exercise 1.1

An antenna has a gain of 10 dBi in its main direction of radiation. Calculate its directivity and its effective area.


The gain G of an antenna is related to its directivity D by the following formula:

G = eD

where e is the efficiency of the antenna. The efficiency is a dimensionless factor that accounts for the losses in the antenna due to ohmic resistance, dielectric losses, mismatch losses, etc. The efficiency is always less than or equal to one.

If we assume that the antenna is lossless (e = 1), then we can write:

G = D

Therefore, the directivity of the antenna is equal to its gain:

D = G = 10 dBi

The effective area Ae of an antenna is related to its gain G by the following formula:

Ae = Gλ/4π

where λ is the wavelength of operation. Assuming that the antenna operates at a frequency of f = 3 GHz (which corresponds to a wavelength of λ = 0.1 m), we can calculate its effective area as follows:

Ae = 10×0.1/4π ≈ 0.008 m e0e6b7cb5c


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