Microelectronic Circuits:Analysis and Design

preface

chapter 1 introduction to electronics and design

1.1introduction

1.2history of electronics

1.3electronic systems

1.4electronic signals and notation

1.5classifications of electronic systems

1.6specifications of electronic systems

1.7design of electronic systems

1.8design of electronic circuits

1.9electronic devices

chapter 2 diodes
2.1introduction

2.2ideal diodes

2.3transfer characteristic of diode circuits

2.4practical diodes

2.5physical operation of junction diodes

2.6characteristic of practical diodes

2.7determination of diode constants

2.8temperature effects

.2.9analysis of practical diode circuits

2.10modeling of practical diodes

2.11zener diodes

2.12light-emitting diodes

2.13schottky barrier diodes

2.14power rating

2.15diode data sheets

chapter 3 applications of diodes

3.1introduction

3.2diode rectifiers

3.3output filters for rectifiers

3.4clippers
3.5clamping circuits

3.6peak detectors and demodulators

3.7voltage multipliers

3.8function generators

chapter 4 introduction to amplifiers

4.1introduction

4.2amplifier characteristics

4.3amplifier types

4.4pspice/spice amplifier models

4.5gain relationships

4.6cascaded amplifiers

4.7introduction to transistor amplifiers

4.8frequency response of amplifiers

4.9miller's theorem

4.10amplifier design

chapter 5 amplifying devices

5.1introduction

5.2bipolar junction transistors

5.3field-effect transistors

5.4fets versus bjts

5.5design of amplifiers

chapter 6 introduction to operational amplifiers

6.1introduction

6.2characteristics of ideal op-amps

6.3op-amp pspice/spice models

6.4analysis of ideal op-amp circuits

6.5op-amp applications

6.6circuits with op-amps and diodes

6.7op-amp circuit design

chapter 7 characteristics of practical op-amps

7.1introduction

7.2internal structure of op-amps

7.3parameters fo practical op-amps

7.4offset voltaage adjustment

7.5measurement of offset parameters

chapter 8 frequency response of amplifiers

8.1introduction

8.2frequency model and response of bjts

8.3frequency model and response of fets

8.4bode plots

8.5amplifier frequency response

8.6short-circuit and zero-value methods for determining break frequencies

8.7frequency response of common-emitter bjt amplifiers

8.8frequency response of common-collector bjt amplifiers

8.9frequency response of common-base bjt amplifiers

8.10frequency response of fet amplifiers

8.11multistage amplifiers

8.12frequency rseponse of op-amp circuits

8.13designing for frequency response

chapter 9 active filters

9.1introduction

9.2active versus passive filters

9.3types of active filters

9.4the biquadratic function

9.5butterworth filters

9.6low-pass filters

9.7high-pass filters

9.8band-pass filters

9.9band-reject filters

9.10all-pass filters

9.11switched capacitor filters

9.12filter design guidelines

chapter 10 feedback amplifiers

10.1introduction

10.2feedback

10.3feedback analysis

10.4feedback topologies

10.5analysis of feedback amplifiers

10.6series-shunt feedback

10.7series-series feedback

10.8shunt-shunt feedback

10.9shunt-series feedback

10.10feedback circuit design

10.11stability analysis

10.12compensation techniques

chapter 11 oscillators

11.1introduction

11.2principles of oscillators

11.3phase-shift oscillators

11.4quadrature oscillators

11.5three-phase oscillators

11.6wien-bridge oscillators

11.7colpitts oscillators

11.8hartley oscillators

11.9crystal oscillators

11.10active-filter tuned oscillators

11.11design of oscillators

chapter 12 introduction to digital electronics

12.1introduction

12.2logic states

12.3logic gates

12.4performance parameters of logic gates

12.5nmos inverters

12.6nmos logic circuits

12.7cmos inverters

12.8cmos logic circuits

12.9comparison of cmos and nmos gates

12.10bjt inverters

12.11transistor-transistor logic(ttl)gates

12.12emitter-coupled logic(ecl)or/nor gates

12.13bicmos inverters

12.14interfacing of logic gates

12.15comparison of logic gates

12.16design of logic circuits

chapter 13 active sources and differential amplifiers

13.1introduction

13.2internal structure of differential amplifiers

13.3bjt current sources

13.4jfet current sources

13.5mosfet current sources

13.6design of active current sources

13.7active voltage sources

13.8characteristics of differential amplifiers

13.9bjt differential amplifiers

13.10bjt differential amplifiers with active loads

13.11jfet differential amplifiers

13.12mos differential amplifiers

13.13bicmos differential amplifiers

13.14frequency response of differential amplifiers

13.15design of differential amplifiers

chapter 14 power amplifiers

14.1introduction

14.2classification of power amplifiers

14.3emitter followers

14.4class a amplifiers

14.5class b push-pull amplifiers

14.6complementary class ab push-pull amplifiers

14.7quasi-complementary class ab push-pull amplifiers

14.8transformer-coupled class ab push-pull amplifiers

14.9short-circuit and thermal protection

14.10power op-amps

14.11thermal considerations

14.12design of power amplifiers

chapter 15 operational amplifiers

15.1introduction

15.2internal structure of op-amps

15.3op-amp parameters

15.4jfet op-amps

15.5cmos op-amps

15.6bicmos op-amps

15.7bjt op-amps

15.8analysis of the lm741 op-amp

15.9design of op-amps

chapter 16 integrated analog circuits and appplications

16.1introduction

16.2comparators

16.3zero-crossing detectors

16.4schmitt triggers

16.5square-wave generators

16.6triangular-wave generators

16.7sawtooth-wave generators

16.8voltage-controlled oscillators

16.9the 555 timer

16.10phase-lock loops

16.11voltage-to-frequency and frequency-to-voltage converters

16.12sample-and-hold circuits

16.13digital-to-analog converters

16.14analog-to-digital converters

16.15circuit design using analog ics

appendixes

appendix a:introduction to pspice

appendix b:review of basic circuits

appendix c:low-frequency hybrid bjt model

appendix d:ebers-moll model of bipolar junction transistors

appendix e:passive components

appendix f:design problems

answers to selected exercises

index
about the author