السلام عليكم
Review of Linear Circuit Techniques 1
Basic Amplifier Concepts 6
Voltage Amplifier Model 8
Power Supplies, Power Conservation, and Efficiency 11
Amplifier Cascades 13
Decibel Notation 14
Other Amplifier Models 17
Amplifier Resistances and Ideal Amplifiers 20
Frequency Response of Amplifiers 24
Differential Amplifiers 27
Ideal Operational Amplifiers 29
Op Amp Circuits - The Inverting Amplifier 31
Op Amp Circuits - The Noninverting Amplifier 33
Op Amp Circuits - The Voltage Follower 34
Op Amp Circuits - The Inverting Summer 35
Op Amp Circuits - Another Inverting Amplifier 36
Op Amp Circuits - Differential Amplifier 38
Op Amp Circuits - Integrators and Differentiators 40
Op Amp Circuits - Designing with Real Op Amps 42
Graphical Solution of Simultaneous Equations 43
Diodes 46
Graphical Analysis of Diode Circuits 48
Diode Models 50
Diode Applications - The Zener Diode Voltage Regulator 59
Diode Applications - The Half-Wave Rectifier 66
Diode Applications - The Full-Wave Rectifier 72
Diode Applications - The Bridge Rectifier 74
Diode Applications - Full-Wave/Bridge Rectifier Features 75
Bipolar Junction Transistors (BJTs) 76
BJT Common-Emitter Characteristics 80
The pnp BJT 83
BJT Characteristics - Secondary Effects 85
The n-Channel Junction FET (JFET) 86
Metal-Oxide-Semiconductor FETs (MOSFETs) 92
Comparison of n-Channel FETs 94
p-Channel JFETs and MOSFETs 96
Other FET Considerations 99
Basic BJT Amplifier Structure 100
Basic FET Amplifier Structure 107
Amplifier Distortion 110
Biasing and Bias Stability 112
Biasing BJTs - The Fixed Bias Circuit 113
Biasing BJTs - The Constant Base Bias Circuit 114
Biasing BJTs - The Four-Resistor Bias Circuit 115
Biasing FETs - The Fixed Bias Circuit 119
Biasing FETs - The Self Bias Circuit 120
Biasing FETs - The Fixed + Self Bias Circuit 121
Design of Discrete BJT Bias Circuits 123
Bipolar IC Bias Circuits 129
Linear Small-Signal Equivalent Circuits 138
Diode Small-Signal Equivalent Circuit 139
Notation 142
BJT Small-Signal Equivalent Circuit 143
The Common-Emitter Amplifier 145
The Emitter Follower (Common Collector Amplifier) 149
Review of Small Signal Analysis 153
FET Small-Signal Equivalent Circuit 154
The Common Source Amplifier 157
The Source Follower 159
Review of Bode Plots 164
Coupling Capacitors 172
Design Considerations for RC-Coupled Amplifiers 175
Low- & Mid-Frequency Performance of CE Amplifier 176
The Miller Effect 183
The Hybrid-p BJT Model 185
High-Frequency Performance of CE Amplifier 189
Nonideal Operational Amplifiers 193
Instrumentation Amplifier 204
Noise 206
Amplifier Noise Performance 211
Amplifier Noise Calculations 215
Typical Manufacturer’s Noise Data 217
الرابط
http://rapidshare.de/files/12439463/elint200.rar.html
password:sctlms
Review of Linear Circuit Techniques 1
Basic Amplifier Concepts 6
Voltage Amplifier Model 8
Power Supplies, Power Conservation, and Efficiency 11
Amplifier Cascades 13
Decibel Notation 14
Other Amplifier Models 17
Amplifier Resistances and Ideal Amplifiers 20
Frequency Response of Amplifiers 24
Differential Amplifiers 27
Ideal Operational Amplifiers 29
Op Amp Circuits - The Inverting Amplifier 31
Op Amp Circuits - The Noninverting Amplifier 33
Op Amp Circuits - The Voltage Follower 34
Op Amp Circuits - The Inverting Summer 35
Op Amp Circuits - Another Inverting Amplifier 36
Op Amp Circuits - Differential Amplifier 38
Op Amp Circuits - Integrators and Differentiators 40
Op Amp Circuits - Designing with Real Op Amps 42
Graphical Solution of Simultaneous Equations 43
Diodes 46
Graphical Analysis of Diode Circuits 48
Diode Models 50
Diode Applications - The Zener Diode Voltage Regulator 59
Diode Applications - The Half-Wave Rectifier 66
Diode Applications - The Full-Wave Rectifier 72
Diode Applications - The Bridge Rectifier 74
Diode Applications - Full-Wave/Bridge Rectifier Features 75
Bipolar Junction Transistors (BJTs) 76
BJT Common-Emitter Characteristics 80
The pnp BJT 83
BJT Characteristics - Secondary Effects 85
The n-Channel Junction FET (JFET) 86
Metal-Oxide-Semiconductor FETs (MOSFETs) 92
Comparison of n-Channel FETs 94
p-Channel JFETs and MOSFETs 96
Other FET Considerations 99
Basic BJT Amplifier Structure 100
Basic FET Amplifier Structure 107
Amplifier Distortion 110
Biasing and Bias Stability 112
Biasing BJTs - The Fixed Bias Circuit 113
Biasing BJTs - The Constant Base Bias Circuit 114
Biasing BJTs - The Four-Resistor Bias Circuit 115
Biasing FETs - The Fixed Bias Circuit 119
Biasing FETs - The Self Bias Circuit 120
Biasing FETs - The Fixed + Self Bias Circuit 121
Design of Discrete BJT Bias Circuits 123
Bipolar IC Bias Circuits 129
Linear Small-Signal Equivalent Circuits 138
Diode Small-Signal Equivalent Circuit 139
Notation 142
BJT Small-Signal Equivalent Circuit 143
The Common-Emitter Amplifier 145
The Emitter Follower (Common Collector Amplifier) 149
Review of Small Signal Analysis 153
FET Small-Signal Equivalent Circuit 154
The Common Source Amplifier 157
The Source Follower 159
Review of Bode Plots 164
Coupling Capacitors 172
Design Considerations for RC-Coupled Amplifiers 175
Low- & Mid-Frequency Performance of CE Amplifier 176
The Miller Effect 183
The Hybrid-p BJT Model 185
High-Frequency Performance of CE Amplifier 189
Nonideal Operational Amplifiers 193
Instrumentation Amplifier 204
Noise 206
Amplifier Noise Performance 211
Amplifier Noise Calculations 215
Typical Manufacturer’s Noise Data 217
الرابط
http://rapidshare.de/files/12439463/elint200.rar.html
password:sctlms
