Electric Circuits Fundamentals（电路基本原理）.PDFVIP

Electric Circuits Fundamentals Sergio Franco, San Francisco State University Oxford University Press, 1995. ISBN: 0-03-072307-8 960 pp.; illus. Cloth APS SEE04 DETAILED TABLE OF CONTENTS 1.0 BASIC CONCEPTS 1.1 Units and Notation: SI Units, Unit Prefixes, Consistent Sets of Units, Signal Notation 1.2 Electric Quantities: Charge, Potential Energy, Voltage, Relation between Electric Field and Potential, Current, Power, Active and Passive Sign Convention 1.3 Electric Signals: DC Signals, Time-Varying Signals, The Step Function, The Pulse, Periodic Signals, Ac Signals, Analog and Digital Signals, Average Value of a Signal, Full-Cycle and Half-Cycle Averages 1.4 Electric Circuits: Circuit Analysis and Synthesis, Branches, Nodes, Reference Node, Loops and Meshes, Series and Parallel Connections 1.5 Kirchhoffs Laws: Kirchhoffs Current Law (KCL), Kirchhoffs Voltage Law (KVL), Power Conservation 1.6 Circuit Elements: i-v Characteristic, v-i Characteristic Straight Line Characteristic 1.7 Sources: Voltage Sources, Current Sources, A Hydraulic Analogy, Dependent Sources, Voltage Sources in Series, Current Sources in Parallel Summary Problems 2.0 RESISTIVE CIRCUITS 2.1 Resistance: Ohms Law, i-v Characteristic, Conductance, Power Dissipation, Conduction, Practical Resistors and Potentiometers 2.2 Series/Parallel Resistance Combinations: Resistances in Series, Resistances in Parallel, Series/Parallel Resistance Reductions, The Proportionality Analysis Procedure 2.3 Voltage and Current Dividers: The Voltage Divider, Gain, The Current Divider, Applying Dividers to Circuit Analysis 2.4 Resistive Bridges and Ladders: The Resistive Bridge, Resistive Ladders, R-2R Ladders 2.5 Practical Sources and Loading: Practical Voltage Source Model, Practical Current Source Model, The Loading Effect, Operating Limits 2.6 Instrument