FUNDAMENTALS OF ELECTRIC CIRCUIT THEORY

Welcome to Fundamentals of Electric Circuits Theory, a
comprehensive guide designed to provide a thorough understanding
of the essential principles and applications of electric circuits. This
book is crafted to support students, educators, and professionals in
the field of electrical engineering by offering a detailed exploration
of both theoretical concepts and practical applications.
The primary aim of this book is to offer a solid foundation in electric
circuit theory, which is crucial for anyone pursuing a career in
electrical engineering or related disciplines. Starting from the basic
concepts and gradually progressing to more complex topics, this
book ensures a structured learning experience.

Key features of this book include a structured learning path, with the
content organized into five major sections, each focusing on a
different aspect of electric circuits. The first section, Fundamentals
of Electric Circuits, introduces basic principles such as Ohm’s Law,
series and parallel connections, and Kirchhoff’s laws. The second
section, DC Circuit Analysis, delves deeper into direct current
circuits, covering methods like mesh and nodal analysis, and
exploring properties of linear circuits and controlled sources. The
third section, AC Circuit Analysis, focuses on alternating current
circuits, including the analysis of sinusoidal signals, impedance, and
power in AC circuits. The fourth section, AC Single and Three-Phase
Circuits, addresses the complexities of AC circuits in single and
three-phase systems, exploring power measurement and circuit
analysis techniques. The final section, Transform Analysis and
Transient Response, covers advanced topics such as Fourier and
Laplace transforms, transient response, and circuit analysis in the
frequency domain.