Circuit Analysis and Design

Good circuit analysis is more than a set of equations: it is a way to understand how components, signals, and real engineering systems behave together. Circuit Analysis and Design builds that understanding step by step, moving from circuit fundamentals to methods for studying transient, AC, and frequency-dependent behavior.

From circuit basics to broader systems

The book begins with circuit terminology, resistive circuits, and core analysis techniques, then develops topics including operational amplifiers, RC, RL, and RLC circuits, AC analysis and power, filters, three-phase networks, and magnetic coupling. Later chapters introduce Laplace-transform circuit analysis and Fourier analysis, extending the mathematical tools available for understanding circuit behavior.

Connect theory with engineering applications

Technology briefs and application notes place circuit concepts alongside examples from fields such as sensors, electronic displays, power supplies, signal processing, and data storage. These connections help readers see where foundational analysis meets practical electrical and computer engineering work.

Tools for working through the material

Multisim demonstrations accompany many chapters, and appendices include reference material, an overview of Multisim, MATLAB and MathScript coverage, and answers to selected problems. Together, these features support a course-based approach that combines analytical methods with computational tools.

For students and instructors in electrical engineering

This third edition is aimed at readers studying foundational circuit analysis and design, especially in electrical and computer engineering. Its progression from introductory concepts to transform methods makes it useful for following a structured course or revisiting core linear-circuit topics. The publisher offers the electronic edition as open access.