Analog Electronics with Op Amps

A Source Book of Practical Circuits

By: A. J. Peyton, V. Walsh, Peyton/Walsh

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Paperback | 11 October 1993

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296 Pages

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23.5 x 19.05 x 1.58

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This book presents a collection of analog electronic circuits based on the op-amp, supported by a wealth of practical detail which will enable the reader to speedily select, build and test a desired circuit. The book is primarily intended to be a practical reference volume rather than a teaching text. Readers will discover an extensive and invaluable source of functional and established analog circuits, from integrators and differentiators to logarithmic amplifiers, from filters to instrumentation amplifiers. The circuits are grouped according to function, and the approach is to build up slowly from the basic textbook examples towards a series of practical, workable circuits. Students who need to build and test particular types of analog circuitry as part of an assignment or project based activities will find this book invaluable. Professional engineers will also find the book useful for design and development work. The coverage is extensive and up-to-date, and provides a wealth of technical advice.

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Non-Fiction Engineering & Technology Electronics & Communications Engineering Electronics Engineering Circuits & Components Energy Technology & Engineering Electrical Engineering Computing & I.T.Computer Science

Preface	p. xi
Instrumentation amplifiers	p. 1
Single op amp instrumentation amplifiers	p. 2
Two op amp instrumentation amplifiers	p. 6
Three op amp instrumentation amplifiers	p. 8
Matched transistor instrumentation amplifiers	p. 12
Using instrumentation amplifiers with transducers	p. 18
Commercial single ic instrumentation amplifiers	p. 18
Isolation amplifiers	p. 25
Isolation amplifier using modulation and demodulation	p. 26
Isolation amplifier using linearizing feedback	p. 27
Commercial isolation amplifiers	p. 30
Charge amplifiers	p. 31
Current integrating charge amplifier	p. 31
High input impedance charge amplifier	p. 34
Current-to-voltage and voltage-to-current converters	p. 37
A simple current-to-voltage converter	p. 37
A current-to-voltage converter using a single op amp	p. 38
Voltage-to-current conversion using a single op amp	p. 43
A unipolar transconductance amplifier	p. 48
A differential input voltage-to-current converter	p. 52
Operational transconductance amplifiers	p. 55
Controlled amplifiers	p. 59
Some approaches to voltage controlled amplification	p. 59
Commercial voltage controlled amplifiers	p. 61
Automatic gain control (AGC)	p. 62
Digitally controlled amplifiers	p. 63
Active filter design	p. 71
Filter transfer functions	p. 72
Filter circuits	p. 80
Low pass filter circuits	p. 80
High pass filter circuits	p. 88
Bandpass filter circuits	p. 94
Band reject filters	p. 99
All pass filter circuits	p. 104
State variable filters	p. 106
Summary	p. 110
Controlled filters	p. 111
Practical aspects of filter circuit design	p. 119
Sensitivity	p. 119
Tuning	p. 120
Component selection	p. 123
Stability of filters	p. 125
Designing high order filters	p. 125
Determining the required transfer function	p. 127
Transformation and scaling	p. 136
From transfer function to circuitry	p. 140
Integrators and differentiators	p. 143
Integration	p. 143
Differentiators	p. 152
Log and antilog converters	p. 161
Log converters	p. 161
Antilog converters	p. 177
Commercial log and antilog converters	p. 183
Arithmetical operations	p. 185
Addition and subtraction	p. 185
Multipliers	p. 189
Multiplier operation and errors	p. 190
Converting a multiplier to a divider	p. 193
Summary of popular multiplier circuits	p. 194
FET controlled resistor multiplier	p. 196
Variable transconductance multiplier	p. 196
Log-antilog multiplier	p. 200
A pulse width/pulse height multiplier	p. 203
Multipliers using D/A and A/D converters	p. 207
Commercial analog multipliers	p. 207
Function generating circuits	p. 209
Function generating circuits using analog multipliers	p. 209
Log-antilog function generators	p. 214
Sine	p. 217
Cosine	p. 218
Tan[superscript -1] (arctan)	p. 218
Breakpoint function generators	p. 219
Function generating circuits using A/D and D/A converters	p. 222
Limiters, peak detectors and rectifiers	p. 223
Peak detectors	p. 231
Basic peak detectors	p. 231
Two stage peak detectors	p. 233
Overall feedback peak detector	p. 234
Improving peak detector performance	p. 236
Notes on component selection	p. 242
Peak detectors using ic building blocks	p. 245
Half wave precision rectifiers	p. 246
Full wave rectifiers	p. 248
Single op amp full wave rectifier	p. 248
Current output full wave rectifier	p. 249
Current input full wave rectifier	p. 250
Two op amp full wave rectifier with minimum components	p. 250
General purpose full wave rectifier	p. 251
Current summing full wave rectifier	p. 252
General notes on rectifier circuits	p. 253
Peak, average and RMS circuits	p. 257
Peak responding circuits	p. 259
Mean absolute value circuits	p. 262
Root mean square circuits	p. 262
Thermal RMS converters	p. 271
Bibliography	p. 275
Index	p. 279
Table of Contents provided by Syndetics. All Rights Reserved.

Analog Electronics with Op Amps

A Source Book of Practical Circuits

At a Glance

Paperback

Shipping

How to return your order

Defective items

You Can Find This Book In

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