Introduction to electric circuits
著者
書誌事項
Introduction to electric circuits
John Wiley & Sons, c2001
5th ed
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
Build valuable design and analysis skills with the leader in circuits education A remarkably accessible approach, numerous design problems, MATLAB examples, and a real-world focus on the circuits that we encounter everyday---there are just a few reasons why Dorf and Svoboda's INTRODUCTION TO ELECTRIC CIRCUITS has been so successful at helping students master circuit analysis and design. In their Fifth Edition, the authors have revised and enhanced their student-oriented text with several significant new changes, including: Coverage of Fourier transforms Revised set of problems and exercises, including more accessible design problems and examples that illustrate the solution to problems on the CD-ROM packaged with this text Revised chapter summaries in a new bullet-point format with summarizing tables But most importantly, this Fifth Edition provides students with the opportunity to hone their design and analysis skills with the new Electronic Teaching Assistant (ETA) on the Student Resource CD-ROM packed in this text. Practice and experiment with the new Electronic Teaching Assistant! The ETA features a powerful set of interactive learning tools in a web-based browser.
These tools includes: The Electric Circuits Workout. Develop and practice circuit analysis skills with this unique set or exercises, similar to quiz or exam problems. The Circuit Design Lab. These labs offer essential experimentation and design experience. Each lab exercise presents a circuit together with scroll bars that control the values of important circuit parameters. The Interactive Illustrations. These illustrations help the user to recognize connections between related concepts. They allow users to change key aspects of an illustration while observing the consequences.
目次
- Electric circuit variables
- circuit elements
- resistive circuits
- methods of analysis of resistive circuits
- circuit theorems
- the operational amplifier
- energy storage elements
- the complete response of RL and RC circuits
- the complete response of circuits with two energy storage elements
- sinusoidal steady-state analysis
- AC steady-state power
- three-phase circuits
- frequency response
- the laplace transform
- Fourier series and Fourier transform
- filter circuits
- two-port and three port networks.
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