Electromagnetics in Engineering

Electromagnetics in Engineering serves as a foundational textbook, meticulously unraveling the principles and applications of electromagnetic fields. The book delves into Ampere’s Law, Coulomb’s Law, and Gauss’s Law, providing a thorough understanding of the fundamental laws governing electromagnetic phenomena. With a focus on Maxwell’s Equations, it navigates through essential concepts like electromagnetic waves, impedance matching, and transmission lines. Antennas and Electromagnetic Radiation are explored alongside topics such as boundary value problems, intrinsic characteristics, and wave impedance. The text further delves into advanced topics including waveguides, cavity resonators, and the practical application of tools like the Smith Chart. A comprehensive guide, this textbook equips students with a deep comprehension of electromagnetics for diverse engineering applications.

Keywords

Ampere’s Law, Antennas and Electromagnetic Radiation, Boundary Value Problems, Coulomb’s Law, Electromagnetic Fields, Electromagnetic Waves, Faraday’s Law, Gauss’s Law, Impedance Matching and Transmission Lines, Intrinsic, Characteristic, And Wave Impedance, Maxwell’s Equations, Plane Waves, Reflection, Transmission, And Refraction Of Waves, The Smith Chart, Transmission Lines, Waveguides, Cavity Resonators