Integrated electronics : analog and digital circuits and systems / Jacob Millman & Christos C. Halkias

Chapter

1 Energy Bands in Solids
1-1 Charged Particles
1-2 Field Intensity, Potential, Energy
1-3 The ev Unit of Energy
1-4 The Nature of the Atom
etc

2 Transport Phenomena in Semiconductors
2-1 Mobility and Conductivity
2-3 Donor and Acceptor Impurities
2-4 Charge Densities
etc

3 Junction-Diode Characteristics
3-1 The open-circuited p-n Junction
3-2 The p-n Junction as a Rectifier
3-3 The Current Components in a p-n Diode
3-4 The Volt-Ampere Characteristic
etc

4 Diode Circuits
4-1 The Diode as a Circuit Element
4-2 The Load-Line Concept
4-3 The Piecewise Linear Diode Model
4-4 Clipping(Limiting) Circuits
4-5 Clipping at Two Independent Levels
etc

5 Transistor Characteristics
5-1 The junction Transistor
5-2 Transistor Current Components
5-3 The Transistor as Amplifier
5-4 Transistor Construction
5-5 The Common Base Configuration
etc

6 Digital Circuits
6-1 Digital (Binary) Operation of a System
6-2 The OR Gate
6-3 The AND Gate
6-4 The NOT , or Inverter , Circuit
6-5 Transistor Switching Times
etc

7 Integrated Circuits: Fabrication and Characteristics
7-1 Integrated-Circuits Technology
7-2 Basic Monolithic Integrated circuits
7-3 Epitaxial Growth
7-4 Masking And Etching
7-5 Diffusion of Impurities
etc

8 The Transistor at Low Frequencies
8-1 Graphical Analysis of the CE Configuration
8-2 Two-Port Devices and the Hybrid Model
8-3 Transistor Hybrid Model
8-4 the h Parameters
etc

9 Transistor Biasing and Thermal Stabilization
9-1 The Operating Point
9-2 Bias stability
9-3 Self-Bias , or Emitter Bias
9-4 Stabilization against variations
etc

10 Field-effect Transistors
10-1 The Junction Field-Effect Transistor
10-2 The Pinch-off Voltage
10-3 The JFET Volt-Ampere Characteristics
10-4 the FET Small-Signal Model
etc

11 The Transistor at High Frequencies
11-1 the Hybrid (II) Common Emitter Transistor
11-2 Hybrid II Conductances
11-3 The Hybrid II Capacitances
11-4 Validity of Hybrid II Model
etc


12 Multistage Amplifiers
12-1 Classification of Amplifiers
12-2 Distortion in Amplifiers
12-3 Frequency Response of an Amplifeers
12-4 Bode Plots
etc

13 Feedback Amplifiers
13-1 Classification of Amplifiers
13-2 The Feedback Concept
13-3 The Transfer Gain with Feedback
13-4 General Characteristics of Negative Feedback Amplifiers
etc


14 Stability and Oscillators
14-1 Effect of Feedback on Amplifier Bandwidth
14-2 Double -pole Transfer Function with Feedback
14-3 three Pole Transfer Function with Feedback
14-4 Approximate Analysis of a Multiple Feedback Amplifier
etc

15 Operational Amplifiers
15-1 The Basic operational Amplifier
15-2 the Differential Amplifier
15-3 the Emmiter Coupled Differentia Amplifier
15-4 transfer Characteristics of a Differential Amplifier
etc


16 Integrated circuits as Analog System Building blocks
1 Linear Analog Systems
16.1 Basic operational amplifier Application
16.2 Differential DC Amplifier
16-3 Stable AC-Coupled Amplifier
16-4 Analog Integration and Difffentiation
etc


17 Integrated Circuits as Digital System Building Blocks
1 Combinational digital System
17.1 Standard Gate assemblies
17-2 Binary Adders
17-3 Arithmetic Functions
17-4 Decoder / Demultiplexer
etc

18 Power Circuits and Systems
18-1 Class A Large Signal Amplifiers
18-2 Second Harmonic Distortion
18-3 Higher Order Harmonic Generation
18-4 The Transformer Coupled Audio Power Amplifier
etc

19 Semiconductor Device Physics
19-1 Energy Distribution of Electrons in a Metal
19-2 The Fermi-Dirac Function
19-3 The Density of States
19-4 Ectron Emission from a Mental
etc

Index : p. 899-911