Design principles of Log-Periodic and Helical antennas. 4. Radio Wave Propagation
| Aspect | Details | | :--- | :--- | | | Antenna and Wave Propagation | | Author | K.D. Prasad | | Standard Editions | 3rd Edition (2003), 4th Revised & Enlarged Edition (2019) | | Publisher | Satya Prakashan, New Delhi | | ISBN (3rd Ed.) | 8176840254 | | ISBN (4th Ed.) | 978-935192218-6 | | Page Count (3rd Ed.) | 1,282 pages |
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Create a summary chart of the D, E, F1cap F sub 1 F2cap F sub 2
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Input impedance matches, radiation resistance, and loss resistance considerations. 2. Antenna Arrays Prasad | | Standard Editions | 3rd Edition
| Chapter | Core Content | |---------|--------------| | 1 – Fundamentals of Electromagnetics | Maxwell’s equations, wave equations, intrinsic impedance | | 2 – Antenna Basics | Dipole, monopole, array theory, impedance matching | | 3 – Radiation Patterns | Far‑field/near‑field, directivity, gain, polarization | | 4 – Transmission Lines | TL theory, Smith chart, VSWR, coaxial & waveguide | | 5 – Propagation Mechanisms | Free‑space loss, ground‑wave, tropospheric, ionospheric | | 6 – Modern Propagation Models | ITU‑R P.525, Longley‑Rice, ray‑tracing, stochastic models | | 7 – Design & Simulation | MATLAB/FEKO examples, antenna synthesis, optimization | | 8 – Practical Applications | Mobile communications, satellite links, radar, IoT |
Ionospheric layers, critical frequency, maximum usable frequency (MUF), and skip distance calculations. 🎯 Why This Book is Highly Valued