TRANSISTOR CIRCUIT ANALYSIS AND DESIGNPDF电子书下载

1.INTRODUCTION TO THE TRANSISTOR 1

1-1 Semiconductors 2

1-2 Diodes 3

1-3 Transistors 4

1-4 Symbols 6

1-5 Graphical Characteristics 7

1-6 The Operating Point 10

1-7 Amplification 11

1-8 Leakage Currents 14

1-9 Saturation and Cutoff Regions 15

1-10 Summary 17

2.SEMICONDUCTOR PHYSICS 20

2-1 Structure 20

2-2 Impurities 21

2-3 Energy-Level Diagrams 24

2-4 p-n Junctions 26

2-5 Transistor Operation 29

2-6 Transistor Fabrication 32

2-7 Other Transistor Types 33

2-8 Operation at High Frequencies 34

2-9 Metallic Contact Devices 36

2-10 Switching Devices 37

2-11 Allied Semiconductor Devices 39

3.THE OPERATING POINT 43

3-1 Bias Stability 44

3-2 Variations 45

3-3 Circuit Studies 47

3-4 Fixed Bias 49

3-5 Single-Battery Bias 52

3-6 Emitter Bias 54

3-7 Self Bias 56

3-8 Cutoff Bias 58

3-9 Other Means of Setting the Operating Point 58

3-10 Drawing the Load Line 59

3-11 Design of Biasing Circuitry 61

3-12 Summary 63

4.EQUIVALENT CIRCUITS AND THEIR PARAMETERS 69

4-1 Equivalent Circuits 69

4-2 Current-Generator Equivalent Tee 71

4-3 Matrix Parameters 80

4-4 The Hybrid Equivalent Circuit 81

4-5 Parameters 90

4-6 Comparison of Configurations 97

4-7 Stabilization of Gain 100

4-8 Gain Considerations 102

4-9 Examples of Single-Stage Calculations 104

4-10 Instantaneous Analysis 107

4-11 Summary 109

5.SINGLE-STAGE AMPLIFIER DESIGN 114

5-1 Choice of a Transistor 114

5-2 Coupling 116

5-3 High-Frequency Considerations 122

5-4 Load Lines 129

5-5 Design of Single-Stage Low-Power Amplifiers 131

5-6 Effects of the Operating Point upon Gain 136

5-7 Summary 137

6.LARGE-SIGNAL AMPLIFIERS 141

6-1 Limitations 141

6-2 Thermal Considerations 143

6-3 Large-signal Parameters 147

6-4 Modes and Configurations 148

6-5 Distortion 149

6-6 Class-A Amplification 151

6-7 Shifting of the Operating Point 154

6-8 Class-B Amplification 155

6-9 Phase Inverters 158

6-10 Summary 161

7.MULTISTAGE AMPLIFJERS 165

7-1 Analysis by Blocks 165

7-2 Analysis by Kirchhoff’s Laws 168

7-3 Analysis by h-Parameters 169

7-4 Design of Multistage Amplifiers 171

8.FEEDBACK 188

8-1 Feedback—General Theory 188

8-2 Local Feedback 195

8-3 Multistage Feedback 199

8-4 Automatic Gain Control 206

8-5 Direct-Coupled Amplifiers 209

9.COMMUNICATIONS AMPLIFIERS 226

9-1 Noise 226

9-2 Volume Control 231

9-3 Shaping of the Frequency Response 233

9-4 High-Frequency Performance 237

9-5 The Video Amplifier 244

9-6 Tuned-Circuit Theory 246

9-7 Tuned Amplifiers 252

9-8 Instability of Tuned Amplifiers 255

9-9 Tuned Amplifier Design 257

10.COMMUNICATIONS CIRCUITS AND SYSTEMS 270

10-1 Oscillation 270

10-2 Modulation 281

10-3 Detection 285

10-4 Conversion and Mixing 289

10-5 The AM Receiver 291

10-6 The FM Receiver 292

11.PULSE CIRCUITS 304

11-1 Switching 304

11-2 Pulse Amplifiers 314

11-3 Multivibrators 315

APPENDICES 325

Ⅰ.Selected Transistor Data 325

Ⅱ.Parameter Conversions 342

Ⅲ.NBS Preferred Circuit No.201 Silicon Transistor Video Amplifier 344

INDEX 350