Linear Circuit Design Handbook

by Analog Devices Inc., Engineeri; Zumbahlen

• ISBN13: 9780750687034
• ISBN10: 0750687037
• Format: Hardcover
• Copyright: 2008-02-28
• Publisher: Elsevier Science

Summary

This book enables design engineers to be more effective in designing discrete and integrated circuits by helping them understand the role of analog devices in their circuit design. Analog elements are at the heart of many important functions in both discrete and integrated circuits, but from a design perspective the analog components are often the most difficult to understand. Examples include operational amplifiers, D/A and A/D converters and active filters. Effective circuit design requires a strong understanding of the operation of these analog devices and how they affect circuit design. Key Features * comprehensive coverage of analog circuit components for the practicing engineer * market-validated design information for all major types of linear circuits * includes practical advice on how to read op amp data sheets and how to choose off-the-shelf op amps * full chapter covering printed circuit board design issues,

Table of Contents

The Op Amp	p. 1
Op Amp Operation	p. 3
Op Amp Specifications	p. 25
How to Read a Data Sheet	p. 69
hoosing an Op Amp	p. 81
Other Linear Circuits	p. 83
Buffer Amplifiers	p. 85
Gain Blocks	p. 89
Instrumentation Amplifiers	p. 91
Differential Amplifiers	p. 107
Isolation Amplifiers	p. 109
Digital Isolation Techniques	p. 113
Active Feedback Amplifiers	p. 123
Logarithmic Amplifiers	p. 125
High Speed Clamping Amplifiers	p. 131
Comparators	p. 137
Analog Multipliers	p. 147
RMS to DC Converters	p. 153
Programmable Gain Amplifiers	p. 157
Audio Amplifiers	p. 165
Auto-Zero Amplifiers	p. 185
Sensors	p. 193
Positional Sensors	p. 195
Temperature Sensors	p. 215
Charge Coupled Devices	p. 241
RF/IF Circuits	p. 245
Mixers	p. 248
Modulators	p. 255
Analog Multipliers	p. 257
Logarithmic Amplifiers	p. 265
Tru-Power Detectors	p. 271
VGAs	p. 275
Direct Digital Synthesis	p. 281
PLLs	p. 289
Fundamentals ofSampled Data Systems	p. 307
Codingand Quantizing	p. 309
Sampling Theory	p. 327
Converters	p. 337
DACArchitectures	p. 340
ADC Architectures	p. 371
Sigma-Delta Converters	p. 407
Defining the Specifications	p. 431
DAC and ADC Static Transfer Functions and DC Errors	p. 433
Data Converter AC Errors	p. 443
Timing Specifications	p. 483
How to Read a Data Sheet	p. 487
Choosing a Data Converter	p. 509
Data Converter Support Circuits	p. 513
Voltage References	p. 515
Analog Switches and Multiplexers	p. 531
Sample-and-Hold Circuits	p. 555
Clock Generation and Distribution Circuits	p. 565
Analog Filters	p. 581
Introduction	p. 583
The Transfer Function	p. 587
Time Domain Response	p. 597
Standard Responses	p. 599
Frequency Transformations	p. 623
Filter Realizations	p. 629
Practical Problems in Filter Implementation	p. 653
Design Examples	p. 663
Power Management	p. 681
Linear Voltage Regulators	p. 684
Switch Mode Regulators	p. 701
Switched Capacitor Voltage Converters	p. 741
Passive Components	p. 753
Capacitors	p. 755
Resistors and Potentiometers 767
Inductors	p. 775
Overvoltage Effects on Analog Integrated Circuits	p. 779
Overvoltage Effects	p. 781
Electrostatic Discharge	p. 789
EMI/RFI Considerations	p. 799
Printed Circuit-Board Design Issues	p. 821
Partitioning	p. 824
Traces	p. 827
Grounding	p. 863
Decoupling	p. 881
Thermal Management	p. 885
Index	p. 897
Table of Contents provided by Blackwell. All Rights Reserved.