Feedback Amplifiers

Theory and Design

By: Gaetano Palumbo, Salvatore Pennisi

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Hardcover | 31 January 2002

At a Glance

Hardcover
284 Pages

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24.13 x 16.51 x 1.91

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Feedback Amplifiers: Theory and Design deals with feedback and feedback amplifiers. Although this topic has been extensively investigated over the years, theoretically exact and at the same time sufficiently simple and well organized material is not, to the authors' judgement, present today in literature. After describing the fundamental properties of feedback, the book illustrates techniques of analysis for greater insight into feedback amplifiers and design strategies to optimise their performance.

The book has two main targets 1) a tutorial purpose since its aim is first to introduce and then to bring the reader to in-depth analysis and design of feedback circuits; 2) to present original material on the topic of feedback circuits. In particular, a new comprehensive approach for the frequency compensation of two-stage and three-stage amplifiers is adopted, and insightful new results are reported for harmonic distortion in the frequency domain.

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Non-Fiction Engineering & Technology Electronics & Communications Engineering Electronics Engineering Circuits & Components Energy Technology & Engineering Electrical Engineering Science Physics Classical Mathematics Wave Mechanics including Vibration & Acoustics

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Published: 14th December 2011

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Acknowledgements	p. xi
Preface	p. xiii
Introduction to Device Modeling	p. 1
Doped Silicon	p. 1
Diodes	p. 2
Reverse Bias Condition	p. 5
Graded Junctions	p. 6
Forward Bias Condition	p. 7
Diode Small Signal Model	p. 9
MOS Transistors	p. 9
Basic Operation	p. 10
Triode or Linear Region	p. 12
Saturation or Active Region	p. 14
Body Effect	p. 15
p-channel Transistors	p. 16
Saturation Region Small Signal Model	p. 16
Triode Region Small Signal Model	p. 21
Cutoff Region Small Signal Model	p. 23
Second Order Effects in MOSFET Modeling	p. 24
Sub-threshold Region	p. 28
Bipolar-Junction Transistors	p. 29
Basic Operation	p. 31
Early Effect or Base Width Modulation	p. 32
Saturation Region	p. 33
Charge Stored in the Active Region	p. 33
Active Region Small Signal Model	p. 34
References	p. 36
Single Transistor Configurations	p. 37
The Generic Active Component	p. 37
AC Schematic Diagram and Linear Analysis	p. 39
Common X (Emitter/Source) Configuration	p. 41
Common X with Degenerative Resistance R[subscript X]	p. 42
Common Y (Base/Gate)	p. 48
Common Z (Collector/Drain)	p. 51
Frequency Response of Single Transistor Configurations	p. 54
Common X Configuration	p. 55
Common X with a Degenerative Resistance	p. 56
Common Y and Common Z Configurations	p. 61
Feedback	p. 63
Method of Analysis of Feedback Circuits	p. 64
Signal Flow Graph Analysis	p. 67
The Rosenstark Method	p. 69
The Choma Method	p. 72
The Blackman Theorem	p. 74
Stability - Frequency and Step Response	p. 77
One-Pole Feedback Amplifiers	p. 78
Two-Pole Feedback Amplifiers	p. 82
Two-Pole Feedback Amplifiers with a Pole-Zero Doublet	p. 92
Three-Pole Feedback Amplifiers with Real Poles	p. 97
Three-Pole Feedback Amplifiers with a Pair of Complex and Conjugate Poles	p. 98
Two-Pole Feedback Amplifiers with a Zero	p. 100
Frequency Compensation Techniques	p. 103
Dominant-Pole Compensation	p. 104
Miller (Pole-Splitting) Compensation	p. 106
Compensation of the Miller RHP Zero	p. 109
Nulling Resistor	p. 110
Voltage Buffer	p. 111
Current Buffer	p. 114
Nested Miller Compensation	p. 116
General Features	p. 116
RHP Cancellation with Nulling Resistors	p. 120
Reversed Nested Miller Compensation	p. 126
General Features	p. 126
RHP Cancellation with Nulling Resistors	p. 130
RHP Cancellation with One Real Voltage Buffer	p. 131
RHP Cancellation with One Real Current Buffer	p. 134
Fundamental Feedback Configurations	p. 137
Series-Shunt Amplifier	p. 137
Series-shunt Amplifier with Buffer	p. 146
Shunt-Series Amplifier	p. 148
Shunt-Shunt Amplifier	p. 155
Series-Series Amplifier	p. 158
A General View of Single-Loop Amplifiers	p. 162
Frequency Compensation of the Fundamental Configurations	p. 165
Frequency Compensation of the Series-Shunt Amplifier	p. 166
Frequency Compensation of the Shunt-Series Amplifier	p. 169
Frequency Compensation of the Shunt-Shunt Amplifier	p. 171
Frequency Compensation of the Series-Series Amplifier	p. 172
Harmonic Distortion	p. 173
Harmonic Distortion at Low Frequency	p. 176
Nonlinear Amplifier with Linear Feedback	p. 176
Nonlinear Amplifier with Nonlinear Feedback	p. 178
Harmonic Distortion in the Frequency Domain	p. 182
Open-loop Amplifiers	p. 182
Closed-loop Amplifiers	p. 185
Harmonic Distortion and Compensation	p. 191
Two-stage Amplifier with Dominant-Pole Compensation	p. 191
Two-stage Amplifier with Miller Compensation	p. 193
Single-stage Amplifiers	p. 199
An Alternative Frequency Analysis	p. 205
Noise	p. 207
Basic Concepts	p. 207
Equivalent Input Noise Generators	p. 209
Noise Models of Circuit Components	p. 212
Effect of Feedback	p. 214
Examples of Feedback in Integrated Circuits	p. 221
The Output Resistance of a Differential Amplifier with Current-Mirror Load	p. 221
The Wilson Current Mirror	p. 224
The Cascode Current Mirror	p. 228
The Current Feedback Operational Amplifier and Its High-Level Characteristics	p. 229
Transistor-Level Architecture, Small-Signal Model, and Frequency Compensation of CFOAS	p. 232
Integrators and Differentiators with CFOAS	p. 236
CFOA Versus VOA	p. 238
Frequency Analysis of RC Networks	p. 243
Transfer Function of a Generic RC Network	p. 243
Approximated Poles	p. 247
References	p. 251
About the Authors	p. 263
Table of Contents provided by Syndetics. All Rights Reserved.

Feedback Amplifiers

Theory and Design

At a Glance

Hardcover

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How to return your order

Defective items

You Can Find This Book In

Other Editions and Formats

Paperback

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