Electronic Devices and Circuits. 6th ed.電子器件與電路

內(nèi)容概要

For two/three-semester, sophomore/junior-level courses in Electronic Devices, and Electronic Circuit Analysis. Using a structured, systems approach, this text provides a modern, thorough treatment of electronic devices and circuits. Topical selection is based on the significance of each topic in modern industrial applications and the impact that each topic is likely to have in emerging technologies. Integrated circuit theory is covered extensively, including coverage of analog and digital integrated circuit design, operational amplifier theory and applications, and specialized electronic devices and circuits such as switching regulators and optoelectronics.

書籍目錄

CHAPTER 1 Introduction　1-1  The Study of Electronics　1-2  Brief History of Electronics　1-3  The Use of Computers SPICE and PSpice　1-4  Circuit Analysis and Circuit DesignCHAPTER 2 The pn Junction　2-1  Introduction　2-2  Creating the pnJunction　2-3  Basic Diode Operation　2-4  The Diode Current Equation　　Breakdown    Tempera tu re Effects　2-5  Identifying Forward- and Reverse-Bias Modes　2-6  pnJunction Capacitance　2-7  Circuit Analysis with Electronics Workbench MultisimCHAPTER 3 The Diode as a Circuit Element　3-1  Introduction　3-2  The Diode as a Nonlinear Device　3-3  ac and dc Resistance　3-4  Analysis of dc Circuits Containing Diodes  　The Load Line　3-5  Elementary Power Supplies    Half-Wave and Full-Wave Rectifiers    Capacitive Filtering    Full Wave Rectification    Voltage Multipliers　3-6  Elementary Voltage Regulation    The Zener-Diode Voltage Regulator    Temperature Effects    Zener-Diode Impedance    Three-Terminal Integrated-Circuit Regulators　3-7   Diode Types, Ratings, and Specifications    Power Supply Component Specifications　3-8   Multisim Exercise    Oberving on the Oscilloscope the Filtered    Output Voltage and the Diode Current in a Half-Wave RectifierCHAPTER 4 Bipolar Junction Transistors　4-1　Introduction　4-2  Theory of BJT Operation  　ICBO Reverse Current　4-3   Common-Base Characteristics    Common-Base Input Characteristics    Common-Base Output Characteristics    Breakdown　4-4   Common-Emitter Characteristics    ICEo and Beta    Common-Emitter Input Characteristics    Common-Emitter Output Characteristics　4-5   Common-Collector Characteristics　4-6   Bias Circuits    Common-Base Bias Circuit    Common-Emitter Bias Circuit    Common-Collector Bias Circuit　……CHAPTER 5 Field-Effect TransistorsCHAPTER 6 Amplifier FundamentalsCHAPTER 7 Small-Signal Transistor AmplifiersCHAPTER 8 Ideals Operational Amplifier Circuits and AnalysisCHAPTER 9 Frequency ResponseCHAPTER 10 Operational Amplifier Theory and PerformanceCHAPTER 11 Advanced Operational Amplifier ApplicationsCHAPTER 12 Wave Generation and ShapingCHAPTER 13 Regulated and Switchin g Power SuppliesCHAPTER 14 Digital-to-Analog and Analog-to-Digital ConvertersCHAPTER 15 Special Electronic DevicesCHAPTER 16 Power AmplifiersCHAPTER 17 Transistor Analog Circuit Building BlocksCHAPTER 18 Introduction to Digital VLSI DesignAppendix A SPICE and PSpiceAppendix B Standard Values of Resistors and Reading and Selecting CapacitorsAppendix C Frequency Response DerivationsAppendix D Semiconductor TheoryAnswers to Odd-Numbered ExercisesIndex

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