Limited previews of specific chapters and terms are available on Google Books specific chapter
: A central focus on time-changing fields and the derivation/application of Maxwell's equations .
The real differentiator of Murthy’s book is not the theory—it is the .
: Complex topics like Displacement Current and Transmission Lines are explained in plain, accessible English.
The latter part of Murthy’s text typically introduces transmission line theory, linking field concepts to practical circuit analysis.
For undergraduate students of electrical and electronics engineering (EEE) and electronics and communication engineering (ECE), few subjects inspire as much awe and anxiety as . The shift from circuit theory (lumped elements) to field theory (distributed parameters) requires a leap in abstraction. Concepts like divergence, curl, gradient, Maxwell’s equations, and wave propagation are not easily visualized on a two-dimensional whiteboard.
Before delving into physical laws, Murthy’s approach begins with a rigorous grounding in vector calculus. Without this, electromagnetics remains inaccessible.