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INTRODUCTION:
The primary goal for this extensive revision of Introductory Circuit Analysis is to incorporate the comments of current users and reviewers, include current trends in curriculumcontent, and expand on specific areas of coverage.To accomplish this, I rearranged the order in which the information is presented so that similar topics are covered sequentially, added new material, removed less-used material, and updated content where possible. Extensive editing has ensured that the fundamental laws covered in the first half of the text are clearly understood, establishing a firm foundation for the ac section and concepts to follow in other courses in the curriculum.
The following are some of the improvements that will aid both students and teachers in using this text:
• Objectives are added to the beginning of each chapter to reveal on a broad scale what the student should learn from the chapter.
• The chapter on Inductors now follows directly after the chapter on Capacitors. The more natural flow from coverageof capacitors to inductors makes use of the similarities in circuit analysis for the two elements.
• The chapter on Magnetic Circuits now follows the chapter on Inductors. This chapter contains excellent material for practical applications that students can use as a resource later, but many teachers rarely had time to cover the detail presented in the chapter.
• The Filters chapter now follows the Resonance chapter, which again permits a continuing discussion of similar material.
• The chapter on System Analysis was deleted to permit expanded coverage of some of the important topics in the first half of the text and because so few institutions cover the material in an introductory course.
• Coverage is increased in the earlier chapters for some very important topics, such as series and parallel circuits, mesh and nodal analysis, and the transient response of capacitors and inductors.
• Problems are added in almost every chapter of the text. A review of the Solutions Manual prompted me to revise many problems so that the results better reinforce the concept under investigation and further challenge the student.
• The chapter on Inductors now follows directly after the chapter on Capacitors. The more natural flow from coverageof capacitors to inductors makes use of the similarities in circuit analysis for the two elements.
• The chapter on Magnetic Circuits now follows the chapter on Inductors. This chapter contains excellent material for practical applications that students can use as a resource later, but many teachers rarely had time to cover the detail presented in the chapter.
• The Filters chapter now follows the Resonance chapter, which again permits a continuing discussion of similar material.
• The chapter on System Analysis was deleted to permit expanded coverage of some of the important topics in the first half of the text and because so few institutions cover the material in an introductory course.
• Coverage is increased in the earlier chapters for some very important topics, such as series and parallel circuits, mesh and nodal analysis, and the transient response of capacitors and inductors.
• Problems are added in almost every chapter of the text. A review of the Solutions Manual prompted me to revise many problems so that the results better reinforce the concept under investigation and further challenge the student.
Every technique, approach, analogy, and maneuver I could imagine to clarify some of the most important concepts in this field has been adapted for this text to improve the presentation. Some of these elements include:
• A broader use of instrumentation throughout the text
• Additional examples for the most important topics
• Expanded comments to teach students how to avoidsome common pitfalls
• Additional problems appropriate to introduce in this text
Throughout the text, every effort was made to ensure that the content is current. For instance, film resistors are now emphasized instead of carbon. All photos of devices and instrumentation in the text are up to date. Protoboards, surface mount resistors, fuel cells, and improved solar cells are now covered. Outdated applications have been replaced. Because the TI-86 calculator is no longer manufactured, examples now include instructions for the TI-89 calculator. However, since so many students still have the TI-86, an appendix was added so that instructions for that calculator are still available. All of the software programs covered in this text have been upgraded. This edition uses PSpice Release 10, Multisim Version 8, and Mathcad Version 12. Users of earlier versions of these programs will find that most of the changes are minimal. The depth of coverage for software packages always generates some discussion with each edition. I am particularly pleased that at least five editions ago Introductory Circuit Analysis was the first to cover software packages in the detail, depth, and range that enabled students to feel comfortable with the applications.
Introductory Circuit Analysis (11th Edition) by Robert L. Boylestad
Introductory Circuit Analysis Eleventh Solution Manual
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