Essentials Of Circuit Analysis电路分析基础

书籍目录

CHAPTER I: Introduction  OBJECTIVES  1.1  The Electrical-Electronics Industry  1.2  A Brief History  1.3  Units of Measurement  1.4  Systems of Units  1.5  Powers of Ten  1.6  Conversion between Levels of Powers of Ten  1.7  Conversion within and between Systems of Units  1.8  Symbols  1.9  Conversion Tables  1.10 Calculators  1.11  Computer Analysis  1.11  Computer (PC) Specifications  CHAPTER SUMMARY I IMPORTANT EQUATIONS I PROBLEMS I GLOSSARYCHAPTER 2: Current and Voltage  OBJECTIVES  2.1  Introduction  2.2  Atoms and Their Structure  2.3  Voltage  2.4  Current  2.$  Voltage Sources  2.6  Ampere-Hour Rating  2,7  Battery Life Factors  2.8  Conductors and Insulators  2.9  Semiconductors  2.10  Ammeters and Voltmeters  2.11  Applications  2.12  Computer Analysis  CHAPTER SUMMARY I IMPORTANT EQUATIONS I PROBLEMS I GLOSSARYCHAPTER 3: Resistance  OBJECTIVES  3.1  Introduction  3.2  Resistance  3.3  Wire Tables  3.4  Temperature Effects  3.5  Superconductors  3.6  Types of Resistors  3.7  Color Coding and Standard Resistor Values  3.8  Conductance  3.g  Ohmmeters  3.10  Applications  3.11  Mathcad  CHAPTER SUMMARY I IMPORTANT EQUATIONS I PROBLEMS I GLOSSARYCHAPTER 4: Ohm's Law, Power, and Energy  OBJECTIVES  4.1  Introduction  4.2  Ohm's Law  4.3  Power  4.4  Energy  4.5  Efficiency  4.6  Plotting Ohm's Law  4.7  Circuit Breakers, GFCIs, and Fuses  4.8  Application  4.9  Computer Analysis  CHAPTER SUMMARY I IMPORTANT EQUATIONS I PROBLEMS I GLOSSARYChapter 5: Series dc Circuits  OBJECTIVES  5.1  Introduction  5.2  Series Resistors  5.3  Series Circuits  5.4  Power Distribution in a Series Circuit  5.5  Voltage Sources in Series  5.6  Kirchhoff's Voltage Law  5.7  Voltage Division in a Series Circuit  5.8  Voltage Regulation and the Internal Resistance of Voltage Sources  5.9  Loading Effects of Instruments  5.10  Protoboards (Breadboards)  5.11  Applications  5.12  Computer Analysis  CHAPTER SUMMARY I IMPORTANT EQUATIONS I PROBLEMS1GLOSSARYChapter 6:Parallel dc CircuitsChapter 7:Series-Parallel CircuitsChapter 8:Methods of Analysis and Selected Topics (dc)Chapter 9:Network TheoremsChapter 10:CapacitorsChapter 11:InductorsChapter 12:Sinusoidal Alternating WaveformsChapter 13:The Basic Elements and PhasorsChapter 14:Series and Parallel ac CircuitsChapter 15:Series-Parallel ac Networks and the Power TriangleChapter 16:ac Methods of Analysis and TheoremsChapter 17:Resonance and FiltersChapter 18:Transformers and Three-Phase SystemsAppendixesIndex

作者简介

For courses in DC/AC Circuits: Conventional Flow.  Based on the concepts from his top-selling Introductory Circuit Analysis text, Robert Boylestad utilizes over 3 decades of writing experience to create a new approach to DC/AC circuits. Completely rewritten from the ground-up, this text gives the student the knowledge and skills they need to master for success in their circuit course. Its focus on salient points--and commitment to ensuring students understand them--places each topic in a new light, and provides learners with an extremely readable presentation and valuable contribution to the classroom experience.

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