ISE FUNDAMENTALS OF ELECTRICAL ENGINEERING.

Description

Cover page Half Title page Title page Copyright page Dedication About the Author About the Cover Brief Contents Contents Preface Guide to Tour Half title1 Chapter 1 Fundamentals of Electric Circuits 3 1.1 Features of Networks and Circuits 4 1.2 Charge, Current, and Kirchhoff’s Current Law 10 1.3 Voltage and Kirchhoff’s Voltage Law 15 1.4 Power and the Passive Sign Convention 20 1.5 i-υ Characteristics and Sources 26 1.6 Resistance and Ohm’s Law 29 1.7 Resistors in Series and Voltage Division 37 1.8 Resistors in Parallel and Current Division 39 1.9 Practical Voltage and Current Sources 50 1.10 Measurement Devices 52 Chapter 2 Resistive Network Analysis 69 2.1 Network Analysis 70 2.2 The Node Voltage Method 71 2.3 The Mesh Current Method 83 2.4 The Principle of Superposition 92 2.5 Equivalent Networks 97 2.6 Maximum Power Transfer 123 Chapter 3 AC Network Analysis 139 3.1 Capacitors and Inductors 140 3.2 Time-Dependent Sources 157 3.3 Circuits Containing Energy Storage Elements 163 3.4 Phasor Solution of Circuits with Sinusoidal Sources 166 3.5 Impedance 169 Chapter 4 Transient Analysis 193 4.1 Transient Analysis 195 4.2 Elements of Transient Problem Solving 197 4.3 First-Order Transient Analysis 210 4.4 Second-Order Transient Analysis 224 Chapter 5 Frequency Response and System Concepts 257 5.1 Sinusoidal Frequency Response 258 5.2 Low- and High-Pass Filters 265 5.3 Bandpass Filters, Resonance, and Quality Factor 276 5.4 Bode Plots 283 Chapter 6 AC Power 303 6.1 Instantaneous and Average Power 304 6.2 Complex Power 311 6.3 Power Factor Correction 318 6.4 Transformers 329 6.5 Three-Phase Power 339 6.6 Residential Wiring; Grounding and Safety 345 6.7 Power Generation and Distribution 348 Chapter 7 Operational Amplifiers 365 7.1 Ideal Amplifiers 366 7.2 The Operational Amplifier 371 7.3 Active Filters 397 7.4 Integrators and Differentiators 403 7.5 Physical Limitations of Operational Amplifiers 411 Chapter 8 Semiconductors and Diodes 439 8.1 Electrical Conduction in Semiconductor Devices 440 8.2 The pn Junction and the Semiconductor Diode 442 8.3 Large-Signal Models for the Semiconductor Diode 445 8.4 Small-Signal Models for the Semiconductor Diode 450 8.5 Rectifier Circuits 457 Chapter 9 Bipolar Junction Transistors: Operation, Circuit Models, and Applications 473 9.1 Amplifiers and Switches 474 9.2 The Bipolar Junction Transistor 477 9.3 Bjt Large-Signal Model 485 9.4 A Brief Introduction to Small-Signal Amplification 495 9.5 Gates and Switches 501 Chapter 10 Field-Effect Transistors: Operation, Circuit Models, and Applications 515 10.1 Field-Effect Transistor Classes 516 10.2 Enhancement-Mode MOSFETs 516 10.3 Biasing MOSFET Circuits 523 10.4 MOSFET Large-Signal Amplifiers 528 10.5 CMOS Technology and MOSFET Switches 534 Chapter 11 Digital Logic Circuits 549 11.1 Analog and Digital Signals 550 11.2 The Binary Number System 552 11.3 Boolean Algebra and Logic Gates 561 11.4 Karnaugh Maps and Logic Design 573 11.5 Combinational Logic Modules 587 11.6 Latches and Flip-Flops 594 11.7 Digital Counters and Registers 601 11.8 Sequential Logic Design 609 Chapter 12 Principles of Electromechanics 625 12.1 Electricity And Magnetism 626 12.2 Magnetic Circuits 637 12.3 Magnetic Materials and B-H Curves 652 12.4 Transformers 654 12.5 Electromechanical Energy Conversion 658 Chapter 13 Introduction to Electric Machines 689 13.1 Rotating Electric Machines 690 13.2 Direct-Current Machines 703 13.3 Direct-Current Motors 710 13.4 Direct-Current Generators 720 13.5 Alternating-Current Machines 723 13.6 The Alternator (Synchronous Generator) 725 13.7 The Synchronous Motor 727 13.8 The Induction Motor 731 Appendix A Linear Algebra and Complex Numbers 755 Appendix B The Laplace Transform 763 Appendix C Fundamentals of Engineering (FE) Examination 773 Appendix D ASCII Character Code 779 Index 781