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| Review of Linear Circuit Theory | |
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| Kirchhoff's voltage and current laws | |
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| Voltage bus notation | |
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| Definition of voltage-current characteristic | |
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| Superposition in linear circuits | |
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| Resistive circuits | |
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| Thévenin equivalent circuits | |
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| Norton equivalent circuits | |
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| Voltage and current division | |
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| Single time constant resistor-capacitor circuits | |
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| Operational Amplifiers | |
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| Integrated-circuit operational amplifier | |
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| Simplified Op-amp model | |
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| Simplified Op-amp model | |
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| Ideal Op-amp approximation | |
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| Linear op-amp circuits | |
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| Nonlinear operational amplifier circuits | |
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| Nonideal properties of operational amplifiers | |
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| Introduction to Nonlinear Circuit Elements | |
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| Basic properties of nonlinear elements | |
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| Graphical analysis with one nonlinear circuit element | |
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| Examples of two-terminal nonlinear devices | |
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| Graphical method with time-varying sources | |
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| Iterative mathematical solutions | |
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| Piecewise linear modeling of two-terminal nonlinear devices | |
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| Signal Processing and Conditioning with Two-terminal Nonlinear Devices | |
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| The transfer characteristic | |
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| Clipping and limiting circuits | |
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| Rectifier circuits | |
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| Power supply circuits | |
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| Precision rectifier circuits | |
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| Three Terminal Devices | |
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| Definition of a three terminal device | |
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| Field-effect transistors | |
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| Bipolar-junction transistor | |
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| Upward slope of transistor V-1 characteristics | |
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| Photonic devices | |
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| Temperature dependence of devices | |
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| Power limitations of device operation | |
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| Basic Circuits Containing Three-Terminal Devices | |
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| Inverter configuration | |
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| Voltage-follower configuration | |
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| Current-follower configuration | |
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| Operation in the digital regime | |
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| Analog Amplification | |
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| Definition of a signal | |
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| Active and passive circuits | |
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| Biasing | |
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| Small-signal modeling of analog circuits | |
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| Two-port amplifier representation | |
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| Differential Amplifiers | |
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| Basic differential-amplifier topology | |
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| Differential- and common-mode signals | |
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| BJT differential amplifier | |
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| MOSFET and JFET differential amplifiers | |
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| Large-signal performance of differential amplifiers | |
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| Frequency Response and Time-Dependent Circuit Behavior | |
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| Sources of capacitance and inductance in electronic circuits | |
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| Sinusoidal steady-state amplifier response | |
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| Frequency response of circuits containing capacitors | |
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| Frequency response of the differential amplifier | |
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| Time response of electronic circuits | |
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| Feedback and Stability | |
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| The negative-feedback loop | |
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| General requirements of feedback circuits | |
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| Effects of feedback on amplifier performance | |
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| The four basic amplifier types | |
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| The four feedback topologies | |
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| Effect of feedback connections on amplifier port resistance | |
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| Examples of real feedback amplifiers | |
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| Feedback-loop stability | |
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| Multistage and Power Amplifiers | |
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| Input and output loading | |
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| Two-port amplifier cascade | |
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| Multistage amplifier biasing | |
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| DC level shifting | |
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| Differential-amplifier cascade | |
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| Power-amplification output stages | |
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| Integrated-circuit power amplifiers | |
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| Power devices | |
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| Analog Integrated Circuits | |
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| Basic operational-amplifier cascade | |
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| Case Study: The LM741 Bipolar operational amplifier | |
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| Case Study: A simple CMOS Operational Amplifier | |
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| Active Filters and Oscillators | |
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| A simple first-order active filter | |
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| Ideal filter functions | |
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| Second-order filter responses | |
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| Active filter cascading | |
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| Magnitude and frequency scaling | |
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| Switched-capacitor networks and filters | |
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| Oscillators | |
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| Digital Circuits | |
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| Fundamental concepts of digital circuits | |
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| CMOS logic family | |
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| NMOS logic family | |
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| TTL logic family | |
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| Emitter-coupled logic family | |
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| BiCMOS logic circuits | |
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| Fundamentals of Digital Systems | |
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| Sequential logic circuits | |
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| Multivibrator circuits | |
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| Digital memory | |
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| Analog-to-digital interfacing | |
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| Electronic Design | |
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| An overview of the design process | |
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| The tools of electronic design | |
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| Open-ended design problems | |
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| Analog integrated-circuit design problems | |
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| Physics of Semiconductor Devices | |
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| Electronic materials | |
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| Qualitative description of holes | |
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| Impurities | |
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| Carrier densities within a semiconductor | |
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| Current flow in a semiconductor | |
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| Diffusion gradient within a semiconductor | |
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| Derivation of the v-i characteristic of the PN junction diode | |
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| The bipolar junction transistor | |
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| The metal-oxide-semiconductor field-effect transistor | |
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| Semiconductor Device and Integrated Circuit Fabrication | |
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| An overview of the fabrication process | |
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| Epitaxial growth | |
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| Oxidation | |
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| Wafer doping | |
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| Film deposition | |
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| Wafer etching | |
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| Lithographic processing | |
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| A MOS fabrication sequence | |
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| A BJT fabrication sequence | |
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| Computer-Aided Circuit Design Using SPICE and PSpice | |
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| Use of SPICE | |
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| Capabilities of SPICE and PSPICE | |
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| Circuit description | |
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| Types of analyses | |
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| Generating output | |
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| References | |
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| Resistor Color Codes and Standard Values | |
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| Suggestions for Further Reading | |
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| Answers to Selected Problems | |