Incluye figuras, cuadros, tablas

Chapter 1. Review of linear circuit theory.—Kirchhoff´s voltage and current laws.—Voltage bus notation.—Definición of voltage-current characteristic.—Superposition in linear circuits.—Resistive circuits.—Thévenin equivalent circuits.—Nortor equivalent circuits.—Voltage and current Divison.—Single-time-constant resistor-capacitor circuits.
Chapter 2. operational amplifiers.—Integrated-circuit operational amplifier.—Simplified op-amp model.—Ideal op-amp aproximation.—Linear op-amp circuts.—Nonlinear operational amplifier circuits.—Nonideal properties of operational amplifiers.
Chapter 3. Introduction to nonlinear circuit elements.—Basic properties of nonlinear circuit element.—Examples of two-terminal nonlinear devices.—Graphical method with-varying sources.—Iterative mathematical solutions.—Piecewise linear modeling of two-terminal nonlinear devices.
Chapter 4. Signal processign and conditioning with two-terminal nonlinear devices.—The transfer characteristic.—Clipping and limiting circuits.—Rectifier circuits.—Power-supply circuits.—Precisión rectifier circuits.
Chapter 5. Thee-terminal devices.—Definition of a three-terminal device.—Field-effect transistores.—Bipolar junction transistor.—Upward slope of transistor v-i characteristics.—Photonic devices.—Temperature dependence of devices.—Power limitations of device operation.
Chapter 6. Basic circuits containing three-terminal devices.—Inverter configuration.—Voltage-follower configuration.—Current-follower configuration.—Operation in the digital regime.
Chapter 7. Analog amplification.—Difinition of a signal.—Active and Passive circuits.—Biasing.—Small-signal modeling of analog circuits.—Two-port amplifier representation.
Chapter 8. Differential amplifiers.—Basic differential-amplifiers topology.—Differential – and Common-Mode signals.—BJT differential amplifier.—MOSFET and JFET differential amplifiers.—Large-signal performance of diffierential amplifiers.
Chapter 9. Frequency response and time-dependent circuit behavior.—Sources of capacitance and inductance.—Sinusoidal steady-state amplifier response.—Frequency responce of circuits containing capacitors.—Frequency response of the differential amplifier.—Time Response of electronic circuits.
Chapter 10. Feedback and Stability.—The negative-feedback loop.—General requirements or feedback circuts.—Effectos of feedback on amplifier performance.—The four basic amplitier types.—The four feedback topologies.—Effect of feedback connections on amplifier port resistance.—Examples of real feedback amplifiers.—Feedback-loop stability.
Chapter 11. Input and output loading.—Two-port amplifier biasing.—DC level shitting.—Differencital-amplifier cascade.—Power-amplification output stages.—Integrated-circuit power amplifier.—Power devices.
Chapter 12. Analog integrated circuits.—Basic operational-amplifier cascade.—Case study: the LM741 bipolar oprational amplifier.—Case study: A simple CMOS operational amplifier.
Chapter 13. Active filters and oscillators.—A simple first-order active filter.—Ideal filter functions.—Second-order filter responses.—Active filter cascading.—Magnitude and frequency scaling.—Switched-capacitor networks and filters.—Oscillators.
Chapter 14. Digital circuits.—Fundamental concepts of digital circuits.--- CMOS logic family.—NMOS logic family.—TTL logic family.—Emitter-coupled logic family.—BiMOS logic circuits.
Chapter 15. Fundamentals of digtial systems.—Sequetial logic circuits,-- Multivibrator circuits.—Digital memory.—Analog-to-digital interfacing.
Chapter 16. Electronic design An Overview of the design process.—The tolos of electronic design.—Open-ended design problems.—Analog integrated-circuit design problems.
Appendix A. Physics of semiconductor devices.—Electronic materials.—Qualitative description of holes.—Impurities.—Carrier densities within a semiconductor.—Derivation of tje v-i characteristic of the PN junction diode.—The bipolar junction transistor.—The metal-oxide-semiconductor field-effect transistor.
Appendix B. Semiconductor device and integrated-circuit fabrication.—An overview of the fabrication process.—Epitaxial growth.—Oxidation.—Wafwe doping.—Film deposition.—Wafer etching.—Lithographic processing.—A MOS fabracation scquence.—A BJT fabrication scquence.
Appendix C. Computer-Aided circuit design using SPICE and PSpice.—Use of SPICE.—Capabilities of SPICE and PSPICE.—Circuit description.—Types of analyses.—Generating ortput.—References.
Appendix D. Resistor color coder and sthandard values.
Appendix E. Suggestions for further Reading.—Other books about electronics.—Linear circuit Theory.—Operational amplifier circuits.—Analog integrated circuits.—Active filters.—Power Electronic and devices.—Digital circuits and devices.—BiCMOS circuits.—Semiconductor devices.
Appendix F. Answers to selected problems.