Introduction to Electrical Circuit Analysis by Ozgur Ergul: A Comprehensive Guide for Aspiring Engineers
Introduction to Electrical Circuit Analysis by Ozgur Ergul is a well-structured and accessible textbook designed for students beginning their journey in electrical engineering. Published by Wiley in 2017, the book presents essential concepts in a clear, original manner. With a total of 432 pages, it offers a solid foundation in analyzing electrical circuits, both in DC and AC formats.
About the Author: Ozgur Ergul
Ozgur Ergul is an associate professor at the Department of Electrical and Electronics Engineering at Middle East Technical University (METU) in Turkey. He specializes in computational electromagnetics and has published numerous papers and books in the field. His deep academic experience and practical insights are reflected throughout the book, which is tailored to teach real-world electrical circuit analysis.
Who Should Read This Book?
Introduction to Electrical Circuit Analysis is suitable for:
Undergraduate electrical engineering students
Students from mechanical, aerospace, mining, or chemical engineering
Professionals seeking a solid refresher on the basics of circuit analysis
Learners who appreciate a practical, example-driven approach
Key Features of the Book
Covers essential components like resistors, capacitors, inductors, and voltage/current sources.
Explains Ohm’s Law and Kirchhoff’s Laws clearly with practical applications.
Teaches both nodal and mesh analysis, making it easier to tackle circuit problems.
Includes over 130 solved examples and 120 exercises to reinforce learning.
Special “When Things Go Wrong…” sections help students identify and correct common mistakes.
Applies a “recipe” problem-solving approach to guide students in systematically solving real-world engineering problems.
Core Topics Covered
1. Basic Circuit Elements
Introduction to resistors, current and voltage sources, power, and energy concepts.
2. Circuit Analysis Techniques
Covers nodal analysis, mesh analysis, superposition, and Thevenin/Norton equivalents.
3. Capacitors and Inductors
Focuses on the behavior of capacitive and inductive components in circuits.
4. First-Order and Second-Order Circuits
Detailed analysis of transient responses using differential equations.
5. AC Steady-State Analysis
Utilizes phasor methods to analyze sinusoidal circuits.
6. Frequency Response and Resonance
Teaches how circuits react to different input frequencies.
7. Realistic Engineering Applications
Includes examples that mimic practical electrical systems and challenges.
Pedagogical Approach
The book emphasizes student engagement by using:
Clear definitions and diagrams
End-of-chapter summaries
Conceptual insights before diving into math-heavy sections
Error analysis to encourage critical thinking
Introduction to Electrical Circuit Analysis by Ozgur Ergul is not just a textbook—it’s a teaching tool crafted by an experienced educator. It bridges the gap between theory and practice and provides students with the skills needed to succeed in academic and professional engineering environments.
Whether you're a beginner in electrical engineering or looking to refresh your knowledge, this book offers a valuable and reliable path to mastering circuit analysis.
