《Semiconductor devices and applications》求取 ⇩

Chapter 1.The Structure of Atoms and Solids1

1-1.Modern Concepts in Atomic Physics1

1-2.The Laws Which Describe Atoms3

1-3.The Schrodinger Equation6

1-4.The Periodic Table8

1-5.Crystalline Solids11

1-6.The Energy-band Structure of Solids16

Chapter 2.Electrical Conduction in Solids22

2-1.Conductivity22

2-2.The Allowed Motion of Electrons in the Energy Bands24

2-3.Electron Conduction26

2-4.Hole Conduction28

2-5.The Band Structure of Insulators29

2-6.The Band Structure of Semiconductors31

2-7.The Band Structure of Metals32

Chapter 3.Particle Physics34

3-1.Particle Distribution Functions34

3-2.The Fermi Function39

3-3.Combined Distribution Functions40

3-4.Diffusion of Particles43

3-5.Drift of Particles46

3-6.Combined Drift and Diffusion49

Chapter 4.Practical Semiconductors52

4-1.Photons,Phonons,Electrons,and Holes52

4-2.Defects and Impurities55

4-3.Intrinsic Semiconductors58

4-4.Extrinsic Semiconductors65

Chapter 5.Semiconductor Preparation,Properties,and Measurements73

5-1.Preparation of Germanium and Silicon73

5-2.Crystal Growing76

5-3.Measurement of Resistivity77

5-4.Measurement of Drift Mobility and Hall Mobility80

5-5.Lifetime of Carriers84

Chapter 6.Contacts87

6-1.Introduction87

6-2.Electric Potential88

6-3.Metal-Metal Contacts91

6-4.Metal-Semiconductor Contacts93

6-5.Ohmio Contacts96

Chapter 7.Junctions99

7-1.Methods of Preparing p-n Junctions99

7-2.The p-n Junction103

7-3.Diode Resistanee108

7-4.Calculation of Ip and In109

7-5.The Space-charge Region113

7-6.The Transition Capacitance115

7-7.The Diffusion Capacitance119

7-8.Temperature Dependence of Junction Characteristics121

7-9.Reverse-bias Breakdown123

7-10.The Tunnel Diode126

Chapter 8.Diodes130

8-1.Junction Diodes130

8-2.Junction-diode Characteristics133

8-3.Switching Effects in Junction Diodes136

8-4.Conductivity-modulated Rectifiers137

8-5.Point-contact Diodes138

8-6.Plate Rectifiers141

Chapter 9.Transistors,the Basic Mechanism145

9-1.The Structure of the Triode Transistor146

9-2.Transistor Action149

9-3.The General Transistor Equations153

9-4.Current Relations in the Plane Triode155

9-5.The Collector Efficiency161

9-6.The Collector Saturation Current161

9-7.Base-width Modulation162

Chapter 10.Practical Transistor Characteristics164

10-1.Characteristics164

10-2.Common-base Characteristics167

10-3.Common-emitter Characteristics171

10-4.Load Lines and Dynamic Characteristics178

10-5.Power,Current,and Voltage Ratings181

Chapter 11.Biasing and Stabilization185

11-1.The Thermal-electrical Power Balance185

11-2.Linear Stabilization193

11-3.Linear Stabilization at Higher Powers200

11-4.Nonlinear Stabilization204

Chapter 12.Transistor Parameters208

12-1.Active-network Parameters209

12-2.A Physical Derivation of an Equivalent Circuit213

12-3.The Hybrid-parameter Equivalent Circuit219

12-4.The T-element Equivalent Circuit227

12-5.The Hybrid-π Equivalent Circuit229

12-6.The Dependence of Parameters on Q Point and Temperature232

Chapter 13.Small-sighal Amplifiers235

13-1.Single-stage Amplifiers236

13-2.Single-stage Amplifiers Using T elements244

13-3.Modified Equivalent Circuits245

13-4.Cascaded Stages248

13-5.RC-coupled Stages251

13-6.Amplifiers with Feedback259

13-7.Common-collector and Compound Amplifiers264

13-8.Multistage Feedback Amplifiers269

Chapter 14.Power Amplifiers274

14-1.High-level Stages274

14-2.Class A279

14-3.Class B286

14-4.Driver Stages290

14-5.Compound Stages293

14-6.Complementary Symmetry294

14-7.Example Power Amplifiers295

Chapter 15.Direct-current Amplifiers300

15-1.The Drift Problem300

15-2.Compensation Techniques303

15-3.Difference Amplifiers306

15-4.Chopper-stabilized Systems310

15-5.Large-signal D-C Amplifiers312

Chapter 16.Power Supplies315

16-1.Rectifier Arrangements315

16-2.Diode Voltage Regulators317

16-3.Shunt Regulators322

16-4.Series Regulators324

16-5.Emitter-follower Regulators326

16-6.Current Regulators328

16-7.Current-limiting Circuits329

Chapter 17.Sinusoidal Oscillators331

17-l.General Principles331

17-2.Negative-resistance Oscillators333

17-3 RC Oscillators335

17-4.LC Oscillators338

17-5.Crystal Oscillators343

Chapter 18.High-frequency and Switching Transistors344

18-1.Frequency-response Limits in Transistor Design345

18-2.High-frequency Transistors348

l8-3.High-frequency Parameters352

18-4.Storage and Switching Effects354

18-5.Steady-state Switching Properties362

Chapter 19.Switching-mode Circuits367

19-1.Limiters,Clippers,and Clamps367

19-2.Choppers371

19-3.Logic and Logic Circuits373

19-4.High-speed Logic381

19-5.Power-level Switches384

Chapter 20.Regenerative Switching-mode Circuits386

20-1.Bistable Circuits386

20-2.Astable and Monostable Circuits392

20-3.Trigger Circuits396

20-4.Counters and Shift Registers399

20-5.Power Converters403

Postface407

Appendix A-1.Units and Special Functions413

A-2.List of Symbols415

A-3.Matrixes420

A-4.Parameter Interrelationships423

A-5.Gain Formulas428

A-6.Device Characteristics430

References457

Problems469

Index489