Circuit Analysis with Devices: Theory and Practice, 4th Edition

Features:

• Computer simulations using the latest versions of Multisim and PSpice are integrated throughout via worked out examples, with step-by-step instructions and full-color screen captures that show how to construct circuits, connect meters, and test the operation of circuits
• The use of calculator techniques in circuit analysis has been broadened, with calculator hints and the usage of the TI-86 incorporated into more chapters
• More than 1,200 full color diagrams and photographs add clarity and aid visual learners, while nearly 1,600 practice problems, in-process learning checks, and end of chapter problems encourage students to become active learners
• Calculus is introduced gradually, but material is presented in such a manner that non-calculus users can easily bypass the calculus material with no loss in continuity
• The back-of-book CD contains interactive tutorials, mini-tutorials on circuit topics, a major new tutorial on the use of matrix methods in circuit analysis, MultiSim™ files with nearly 100 pre-drawn MultiSim™ circuit schematics for student use, and much more
• Electronics into the Future, an interactive circuit analysis tool, is also included on the CD and is useful for both instructors and students, encompassing a range of multimedia presentations and interactive simulations
• The back-of-book CD now features a movie presentation entitled OrCAD Capture and PSpice Beginner's Tutorial which walks newcomers step-by-step through a PSpice computer simulation

Circuit Analysis with Devices: Theory and Practice, 4th Edition - Table of Contents:

• Part I Foundation Dc Concepts
  • Introduction
  • Voltage And Current
  • Resistance
  • Ohm’s Law, Power, And Energy
• Part II Basic Dc Analysis
  • Series Circuits
  • Parallel Circuits
  • Series-Parallel Circuits
  • Methods Of Analysis
  • Network Theorems
• Part III Capacitors And Inductance
  • Capacitors And Capacitance
  • Capacitor Charging, Discharging And Simple Waveshaping Circuits
  • Magnetism And Magnetic Circuits
  • Inductance And Inductors
  • Inductive Transients
• Part IV Foundation Ac Concepts
  • Ac Fundamentals
  • R, L, And C Elements And The Impedance Concept
  • Power In Ac Circuits Part V Impedance Networks
  • Ac Series-Parallel Circuits
  • Methods Of Ac Analysis
  • Ac Network Theorems
  • Resonance
  • Filters And The Bode Plot
  • Three-Phase Systems
  • Transformers And Coupled Circuits
  • Nonsinusoidal Waveforms
• Appendix A Pspice And Multisim
• Appendix B Mathematics In Circuit Analysis: A Brief Tutorial
• Appendix C Maximum Power Transfer Theorem Derivation
• Appendix D Answers To Odd Numbered Problems
• Glossary
• Index