: Notable for its inclusion of numerous solved problems, particularly on advanced topics like Dolph-Tchebyscheff Detailed Table of Contents The text features 15 comprehensive chapters covering:
Line-of-sight communication, radio horizons, and tropospheric scatter mechanisms.
Log-periodic and helical antennas used in wideband applications. 3. Radio Wave Propagation
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Design principles of Log-Periodic and Helical antennas. 4. Radio Wave Propagation
For electronics, communication, and electrical engineering students, is an essential academic textbook. This book bridges the gap between complex electromagnetic theory and practical engineering applications. : Notable for its inclusion of numerous solved
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The book includes a wide range of solved problems to help students understand the application of formulas. 5. Tips for Studying Antenna and Wave Propagation To excel in this subject, it is recommended to: Understand the physics behind Maxwell's equations. Practice sketching radiation patterns.
0;4a6;: Measuring the antenna's ability to focus energy in specific directions. This book bridges the gap between complex electromagnetic
| | Limitations | | :--- | :--- | | Exam Oriented: Perfect for scoring high marks in semester exams. | Visuals: Lacks colorful 3D diagrams found in Western textbooks (like Balanis). | | Simplicity: Complex concepts (like Array Factor) are broken down simply. | Advanced Topics: Does not go deep into modern MIMO or fractal antenna design. | | Numerical: Strong database of solved problems for practice. | Simulation: Does not cover software tools like HFSS or CST. |
Hundreds of 2D and 3D radiation pattern diagrams help conceptualize abstract field theories. ⚠️ Finding a PDF Safely and Legally
| | Chapter Title | Core Topics Covered | | :--- | :--- | :--- | | 1 | Introduction | Fundamental concepts and scope of the subject. | | 2 | Antennas and the Introductory Mathematics | Mathematical preliminaries required for antenna analysis. | | 3 | Static Electric Field and Steady Electric Current | Review of electrostatics and steady currents as a foundation. | | 4 | Static Magnetic Field of Steady Electric Currents | Review of magnetostatics as a foundation. | | 5 | Electromagnetic Fields and Its Radiations | Transition to time-varying fields and the fundamental principles of radiation. | | 6 | Antenna Terminology | Definitions of key antenna parameters (e.g., gain, directivity, beamwidth, impedance). | | 7 | Antenna Arrays | Analysis of antenna arrays, including uniform, binomial, and end-fire arrays, and methods like pattern multiplication. | | 8 | Antenna Synthesis | Techniques for designing arrays to achieve a desired radiation pattern. | | 9 | Practical Antennas-I (VLF, LF, MF, HF Antennas and Radio Direction Finders) | Antennas for lower frequency bands and direction-finding applications. | | 10 | Practical Antennas-II (VHF, UHF, SHF Antennas) | Antennas for higher frequency bands, including Yagi-Uda, Helical, and Horn antennas. | | 11 | Antenna Measurements | Methods and requirements for measuring antenna characteristics. | | 12 | Transmission Lines (Feeders) and Matching Networks | The essential link between the transmitter/receiver and the antenna, focusing on impedance matching. | | 13 | Waveguides | A type of transmission line used for guiding high-frequency electromagnetic waves. | | 14 | Antennas for Specific Applications | Specialized antennas like Microstrip patch, Log-periodic, and Parabolic Reflectors. | | 15 | Radio Wave Propagation | Modes of propagation (ground wave, sky wave, space wave), atmospheric effects, and fading. |
: In-depth coverage of Ground Wave, Sky Wave, and Space Wave propagation mechanisms. How to Access the Content
The textbook is structured to take readers from foundational concepts to advanced antenna systems. A. Antenna Fundamentals