Part I  DC Circuits   

Chapter 1  Systems, Quantities, and Units

Chapter 2  Voltage, Current, and Resistance 

Chapter 3  Ohm’s Law, Energy, and Power 

Chapter 4  Series Circuits 

Chapter 5  Parallel Circuits  

Chapter 6  Series-Parallel Circuits 

Chapter 7  Magnetism and Electromagnetism 

Part II  AC Circuits   

Chapter 8 Introduction to Alternating Current and Voltage 

Chapter 9 Capacitors 

Chapter 10 RC Circuits 

Chapter 11 Inductors 

Chapter 12 RL Circuits 

Chapter 13 RLC Circuits and Resonance 

Chapter 14 Transformers 

Chapter 15 Time Response of Reactive Circuits 

Appendices 

A     Table of Standard Resistor Values

B      Capacitor Color Coding and Marking

C      Norton’s Theorem and Millman’s Theorem

D      NI Multisim for Circuit Simulation

Answers to Odd-Numbered Problems

Glossary

Index

For courses in Electronics and Electricity Technology

DC/AC Fundamentals: A Systems Approach takes a broader view of DC/AC circuits than most standard texts, providing relevance to basic theory by stressing applications of dc/ac circuits in actual systems.

A wealth of examples helps students understand the relationship among system blocks, interfaces, and input/output signals.

• Fundamental DC/AC laws are presented with specific system examples. 
• All chapters feature System Examples and System Notes that are coordinated with chapter objectives.
• System Examples illustrate how the basic concepts are applied in a system application. 
• System notes present interesting facts and information in a condensed format.
• The oscilloscope and DMM are described in detail, and tips are given on using these instruments.
• Multisim is used in selected examples, figures, and problems to provide practice in simulating circuits and systems and in troubleshooting.
• • Companion website includes Multisim files for the examples and problems.
• Many worked examples illustrate the concepts. Related problems appear in each worked example to provide additional practice. 
• Hands-On-Tips (HOT) provide useful and practical information. 

Chapter pedagogy keeps students focused on learning the concepts.

• Each chapter begins with an opener page which includes a chapter outline, chapter objectives, a list of key terms, introduction, and a website reference for chapter study aids and other topics. 
• Each section within a chapter begins with an introduction and objectives for that section.
• Each section ends with a review consisting of questions or exercises that emphasize the main concepts presented in the section. Answers to the Section Review Questions are provided at the end of the chapter.
• Each chapter ends with a summary, key term glossary, formula list, true/false quiz, self-test, troubleshooting quiz, and sectionalized problem set.    
• Answers to section checkups, related problems for examples, true/false quiz, and self-test and troubleshooting quiz are at the end of each chapter.
• A comprehensive glossary and answers to odd-numbered problems are provided at the end of the text. 

The text’s approach to mathematics shows the reason and importance of phase differences in circuits without bogging students down in the mathematics or overly complex examples.

• The mathematical level in this text is basic algebra and understanding the sine, cosine, and tangent functions for a right triangle.
• Complex arithmetic is not required; basic phasors are shown graphically.