Engineering circuit analysis

Some key features of the sixth edition are:

The treatment of basic (dc) circuit analysis has been greatly expanded from two chapters tc, six chapters and includes a new operational amplifier chapter (6).

Several new sections have been added, including discussion of how to choose from among the circuit analysis techniques explained in the text and the design of basic filter circuits from an audio application perspective.

Practical Application sections have been added to every chapter to provide a connection between theory and the real world.

Selected topics have been reorganized for greater clarity, including complex frequency, Laplace transform, sinusoidal steady-state response, and time-domain analysis.

PSpice and MATLAB examples have been introduced at appropriate places in many chapters. Computer-aided engineering is used as an aid to, not a substitute for, developing problem-solving skills. Computer-aided analysis is also introduced in selected homework problems to encourage students to compare hand calculations to simulation-generated results..

Goals and objectives in each chapter help the reader to master the most important concepts before moving on to the next chapter.

Key points and common mistakes are highlighted with margin notes and icons.

A supplemental CD-ROM, called Virtual Professor, is packaged with every text. The Virtual Professor is a tool designed to help students grasp important, and often difficult, concepts found in the book. There are ten tutorials on the Virtual Professor CD for topics including using KCL and KVL to analyze simple circuits, time-domain analysis problems, circuit analysis using PSpice, Phasor analysis problems, etc.

An Online Learning Center for the book can be found at http://www.mhhe.com/hayt6e. The OLC contains solutions for instructors, PowerPoint slides of important figures, network analysis tutorials, FE Exam Review Questions, errata, et. al.

Table of Contents

• Preface
• Circuit Analysis and Electrical Engineering
• Basic Components and Electrie Circuits
• Voltage and Current Laws
• Basic Nodal and Mesh Analysis
• Useful Circuit Analysis Techniques
• The Operational Amplifier
• 7 Capacitors and Inductors
• Basic RL and RC Circuits
• The RLC Circuit
• Sinusoidal Steady-State Analysis
• AC Power Circuit Analysis
• Polyphase Circuits
• Magnetically Coupled Circuits
• Complex Frequency and the Laplace Transform
• Circuit Analysis in the s-Domain
• Frequency Response
• Two-Port Networks
• Fourier Circuit Analysis
• State-Variable Analysis (Web only)
• Appendix 1 An Introduction to, Network Topology
• Appendix 2 Solution of Simultaneous Equations
• Appendix 3 A Proof of Thévenin's Theorem
• Appendix 4 A PSpice@ Tutorial
• Appendix 5 Complex Numbers
• Appendix 6 A Brief MATLABe Tutorial
• Appendix 7 Additional Laplace Transform Theorems
• Appendix 8 Answers to Odd-Numbered Problems