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- Page 16: Contents Preface page xi 1 Basic co
- Page 20: Contents ix 8.8 Adders 213 8.9 Info
- Page 26: xii Preface I wanted the text to em
- Page 32: 1 Basic concepts and resistor circu
- Page 36: 1.1 Basics 3 V 2 V 1 Loop 1 V 3 Loo
- Page 40: 1.2 Resistors 5 Table 1.2 The resis
- Page 44: 1.2 Resistors 7 I V R 1 R 2 I V R e
- Page 48: 1.2 Resistors 9 10 k R 1 V 0 130 V
- Page 52: 1.2 Resistors 11 I nor R nor Figure
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1.2 Resistors 13 I I m M R m R s Fi
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1.2 Resistors 15 but in circuits wi
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1.2 Resistors 17 V 0 R 1 R 2 R 3 Fi
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1.3 AC signals 19 Figure 1.23 Imped
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1.3 AC signals 21 This last form sh
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Exercises 23 EXERCISES 1. What is t
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Exercises 25 14. Using the result o
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2 AC circuits 2.1 Introduction Curr
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2.3 Inductors 29 V C 1 C 2 C 3 V C
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2.4 RC circuits 31 The resistor-cap
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2.4 RC circuits 33 V V 0 t V c V 0
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2.4 RC circuits 35 V 0 V in 0 t T 2
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2.5 Response to a sine wave 37 way
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2.5 Response to a sine wave 39 1 φ
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2.5 Response to a sine wave 41 |V o
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2.6 Using complex numbers in electr
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2.6 Using complex numbers in electr
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2.6 Using complex numbers in electr
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2.6 Using complex numbers in electr
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2.6 Using complex numbers in electr
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2.6 Using complex numbers in electr
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2.7 Using the complex exponential m
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2.7 Using the complex exponential m
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2.8 Fourier analysis 59 where and t
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2.9 Transformers 61 So does the sec
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2.9 Transformers 63 V 0 R 0 R L Fig
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Exercises 65 EXERCISES 1. Find the
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Further reading 67 V in V out R Fig
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3.1 The band theory of solids 69 E
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3.1 The band theory of solids 71 E
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3.1 The band theory of solids 73 E
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3.1 The band theory of solids 75 f
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3.1 The band theory of solids 77 f
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3.1 The band theory of solids 79 I
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3.2 Diode circuits 81 I V 0 R L V 0
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3.2 Diode circuits 83 characteristi
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3.2 Diode circuits 85 V in V p t V
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3.2 Diode circuits 87 V V p t I I p
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3.2 Diode circuits 89 I 2 I 1 I 1 I
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3.2 Diode circuits 91 V c V p Load
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3.2 Diode circuits 93 Anode Cathode
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3.2 Diode circuits 95 V in V out Fi
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3.2 Diode circuits 97 In Out V in f
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3.2 Diode circuits 99 V in V p t I
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Exercises 101 EXERCISES 1. Sketch t
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Further reading 103 8. Design a var
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4.2 Bipolar transistor fundamentals
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4.2 Bipolar transistor fundamentals
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4.3 DC and switching applications 1
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4.4 Amplifiers 111 V 1 t V ce t Fig
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4.4 Amplifiers 113 We also note tha
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4.4 Amplifiers 115 R s 50 Z in Z o
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4.4 Amplifiers 117 so dI b = e dV b
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4.4 Amplifiers 119 V cc R 1 R c C 1
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4.4 Amplifiers 121 combination of R
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4.4 Amplifiers 123 The voltage gain
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Table 4.2 Summary of results for th
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4.4 Amplifiers 127 a (dB) Midband g
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4.4 Amplifiers 129 Similar argument
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Exercises 131 EXERCISES 1. Using th
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5 Field-effect transistors 5.1 Intr
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5.2 Field-effect transistor fundame
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5.2 Field-effect transistor fundame
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5.2 Field-effect transistor fundame
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5.4 Amplifiers 141 I d V ds V gs V
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5.4 Amplifiers 143 I d V g /R s Fig
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5.4 Amplifiers 145 G i d D = r out
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5.4 Amplifiers 147 Note that we hav
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5.4 Amplifiers 149 5.4.5 FET common
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Further reading 151 5. Derive the e
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6.2 Non-linear applications I 153 V
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6.3 Linear applications 155 V in R
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6.3 Linear applications 157 R 1 V 1
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6.4 Practical considerations for re
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6.4 Practical considerations for re
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6.4 Practical considerations for re
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6.5 Non-linear applications II 165
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6.5 Non-linear applications II 167
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Exercises 169 4. What is the maximu
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7 Oscillators 7.1 Introduction The
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7.2 Relaxation oscillators 173 V ou
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7.2 Relaxation oscillators 175 +V c
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7.2 Relaxation oscillators 177 R L1
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7.2 Relaxation oscillators 179 +V c
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7.2 Relaxation oscillators 181 +V c
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7.2 Relaxation oscillators 183 V cc
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7.3 Sinusoidal oscillators 185 V A
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7.3 Sinusoidal oscillators 187 C 1
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7.3 Sinusoidal oscillators 189 Rela
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7.3 Sinusoidal oscillators 191 V cc
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7.4 Oscillator application: EM comm
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7.4 Oscillator application: EM comm
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7.4 Oscillator application: EM comm
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Further reading 199 circuit with th
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8.2 Binary numbers 201 Table 8.1 Th
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8.3 Representing binary numbers in
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8.4 Logic gates 205 A B Out ≡ A
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8.5 Implementing logical functions
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8.6 Boolean algebra 209 Table 8.3 T
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8.7 Making logic gates 211 A 0 Out
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8.8 Adders 213 Table 8.4 Characteri
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8.8 Adders 215 A B C HA C S HA C S
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8.9 Information registers 217 Table
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8.9 Information registers 219 Q S
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8.10 Counters 221 S Q C R MSFF Q Fi
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8.11 Displays and decoders 223 f e
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8.12 Shift registers 225 clock S 1
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8.13 Digital to analog converters 2
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8.15 Multiplexers and demultiplexer
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8.15 Multiplexers and demultiplexer
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8.16 Memory chips 233 A 7 A 6 D 3 A
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Further reading 235 FURTHER READING
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Appendix A: Selected answers to exe
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B.2 Cramer’s Method 239 determina
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Appendix C: Inductively coupled cir
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C.2 Transformers 243 V(t) = V p e j
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References Charles K. Alexander and
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Index A/D, see analog to digital co
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Index 249 frequency domain analysis
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Index 251 ripple factor, 91 roll of