Microelectronic Circuits: Analysis and Design Book

1. INTRODUCTION TO ELECTRONICS AND DESIGN Introduction / History of Electronics / Electronic Systems / Electronic Signals and Notation / Classifications of Electronic Systems / Specifications of Electronic Systems / Design of Electronic Systems / Design of Electronic Circuits / Electronic Devices / References / Problems 2. DIODES Introduction / Ideal Diodes / Transfer Characteristic of Diode Circuits / Practical Diodes / Physical Operation of Junction Diodes / Characteristic of Practical Diodes / Determination of Diode Constants / Temperature Effects / Analysis of Practical Diode Circuits / Modeling of Practical Diodes / Zener Diodes / Light-Emitting Diodes / Schottky Barrier Diodes / Power Rating / Diode Data Sheets / Summary / References / Review Questions / Problems 3. APPLICATIONS OF DIODES Introduction / Diode Rectifiers / Output Filters for Rectifiers / Clippers / Clamping Circuits / Peak Detectors and Demodulators / Voltage Multipliers / Function Generators / Summary / References / Review Questions / Problems 4. INTRODUCTION TO AMPLIFIERS Introduction / Amplifier Characteristics / Amplifier Types / PSpice/SPICE Amplifier Models / Gain Relationships / Cascaded Amplifiers / Introduction to Transistor Amplifiers / Frequency Response to Amplifiers / Miller''s Theorem / Amplifier Design / Summary / Review Questions / Problems 5. AMPLIFYING DEVICES Introduction / Bipolar Junction Transistors / Field-Effect Transistors / FETs versus BJTs / Design of Amplifiers / Summary / References / Review Questions / Problems 6. INTRODUCTION TO OPERATIONAL AMPLIFIERS Introduction / Characteristics of Ideal Op-Amps / Op-Amp PSpice/SPICE Models / Analysis of Ideal Op-Amp Circuits / Op-Amp Applications / Circuits with Op-Amps and Diodes / Op-Amp Circuit Design / Summary / References / Review Questions / Problems 7. CHARACTERISTICS OF PRACTICAL OP-AMPS Introduction / Internal Structure of Op-Amps / Parameters of Practical Op-Amps / Offset Voltage Adjustment / Measurement of Offset Parameters / Summary / References / Review Questions / Problems 8. FREQUENCY RESPONSE OF AMPLIFIERS Introduction / Frequency Model and Response of BJTs / Frequency Model and Response of FETs / Bode Plots / Amplifier Frequency Response / Short-Circuit and Zero-Value Methods for Determining Break Frequencies / Frequency Response of Common-Emitter BJT Amplifiers / Frequency Response of Common-Collector BJT Amplifiers / Frequency Response of Common-Base BJT Amplifiers / Frequency Response of FET Amplifiers / Multistage Amplifiers / Frequency Response of Op-Amp Circuits / Designing for Frequency Response / Summary / References / Review Questions / Problems 9. ACTIVE FILTERS Introduction / Active versus Passive Filters / Types of Active Filters / The Biquadratic Function / Butterworth Filters / Low-Pass Filters / High-Pass Filters / Band-Pass Filters / Band-Reject Filters / All-Pass Filters / Switched Capacitor Filters / Filter Design Guidelines / Summary / References / Review Questions / Problems 10. FEEDBACK AMPLIFIERS Introduction / Feedback / Feedback Analysis / Feedback Topologies / Analysis of Feedback Amplifiers / Series-Shunt Feedback / Series-Series Feedback / Shunt-Shunt Feedback / Shunt-Series Feedback / Feedback Circuit Design / Stability Analysis / Compensation Techniques / Summary / References / Review Questions / Problems 11. OSCILLATORS Introduction / Principles of Oscillators / Phase-Shift Oscillators / Quadrature Oscillators / Three-Phase Oscillators / Wien-Bridge Oscillators / Colpitts Oscillators / Hartley Oscillators / Crystal Oscillators / Active-Filter Tuned Oscillators / Design of Oscillators / Summary / References / Review Questions / Problems 12. INTRODUCTION TO DIGITAL ELECTRONICS Introduction / Logic States / Logic Gates / Performance Parameters of Logic Gates / NMOS Inverters / NMOS Logic Circuits / CMOS Inverters / CMOS Logic Circuits / Comparison of CMOS and NMOS Gates / BJT Inverters / Transistor-Transistor Logic (TTL) Gates / Emitter-Coupled Logic (ECL) OR/NOR Gates / BiCMOS Inverters / Interfacing of Logic Gates / Comparison of Logic Gates / Design of Logic Circuits / Summary / References / Review Questions / Problems 13. ACTIVE SOURCES AND DIFFERENTIAL AMPLIFIERS Introduction / Internal Structure of Differential Amplifiers / BJT Current Sources / JFET Current Sources / MOSFET Current Sources / Design of Active Current Sources / Active Voltage Sources / Characteristics of Differential Amplifiers / BJT Differential Amplifiers / BJT Differential Amplifiers with Active Loads / JFET Differential Amplifiers / MOS Differential Amplifiers / BiCMOS Differential Amplifiers / Frequency Response of Differential Amplifiers / Design of Differential Amplifiers / Summary / References / Review Questions / Problems 14. POWER AMPLIFIERS Introduction / Classification of Power Amplifiers / Emitter Followers / Class A Amplifiers / Class B Push-Pull Amplifiers / Complementary Class AB Push-Pull Amplifiers / Quasi-Complementary Class AB Push-Pull Amplifiers / Transformer-Coupled Class AB Push-Pull Amplifiers / Short-Circuit and Thermal Protection / Power Op-Amps / Thermal Considerations / Design of Power Amplifiers / Summary / References / Review Questions / Problems 15. OPERATIONAL AMPLIFIERS Introduction / Internal Structure of Op-Amps / Op-Amp Parameters / JFET Op-Amps / CMOS Op-Amps / BiCMOS Op-Amps / BJT Op-Amps / Analysis of the LM741 Op-Amp / Design of Op-Amps / Summary / References / Review Questions / Problems 16. INTEGRATED ANALOG CIRCUITS AND APPLICATIONS Introduction / Comparators / Zero-Crossing Detectors / Schmitt Triggers / Square-Wave Generators / Triangular-Wave Generators / Sawtooth-Wave Generators / Voltage-Controlled Oscillators / The 555 Timer / Phase-Lock Loops / Voltage-to-Frequency and Frequency-to-Voltage Converters / Sample-and-Hold Circuits / Digital-to-Analog Converters / Analog-to-Digital Converters / Circuit Design Using Analog ICS / Summary / References / Review Questions / Problems / APPENDIXES / A. Introduction to PSpice / B. Review of Basic Circuits / C. Low-Frequency Hybrid BJT Model / D. Ebers-Moll Model of Bipolar Junction Transistors / E. Passive Components / F. Design Problems / ANSWERS TO SELECTED EXERCISES / INDEX / ABOUT THE AUTHOR