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Linear Circuit Design Handbook
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Linear Circuit Design Handbook
by Hank Zumbahlen, Engineeri Engineeri Analog Devices Inc.
Linear Circuit Design Handbook
Cover image
Title page
Table of Contents
Copyright
Preface
Chapter 1: The Op Amp
SECTION 1-1 Op Amp Operation
SECTION 1-2 Op Amp Specifications
SECTION 1-3 How to Read a Data Sheet
SECTION 1-4 Choosing an Op Amp
Chapter 2: Other Linear Circuits
SECTION 2-1 Buffer Amplifiers
SECTION 2-2 Gain Blocks
SECTION 2-3 Instrumentation Amplifiers
SECTION 2-4 Differential Amplifiers
SECTION 2-5 Isolation Amplifiers
SECTION 2-6 Digital Isolation Techniques
SECTION 2-7 Active Feedback Amplifiers
SECTION 2-8 Logarithmic Amplifiers
SECTION 2-9 High Speed Clamping Amplifiers
SECTION 2-10 Comparators
SECTION 2-11 Analog Multipliers
SECTION 2-12 RMS to DC Converters
SECTION 2-13 Programmable Gain Amplifiers
SECTION 2-14 Audio Amplifiers
SECTION 2-15 Auto-Zero Amplifiers
Chapter 3: Sensors
SECTION 3-1 Positional Sensors
SECTION 3-2 Temperature Sensors
SECTION 3-3 Charge Coupled Devices
Chapter 4: RF/IF Circuits
SECTION 4-1 Mixers
SECTION 4-2 Modulators
SECTION 4-3 Analog Multipliers
SECTION 4-4 Logarithmic Amplifiers
SECTION 4-5 Tru-Power Detectors
SECTION 4-6 VGAs
SECTION 4-7 Direct Digital Synthesis
SECTION 4-8 PLLs
Chapter 5: Fundamentals of Sampled Data Systems
SECTION 5-1 Coding and Quantizing
SECTION 5-2 Sampling Theory
Chapter 6: Converters
SECTION 6-1 DAC Architectures
SECTION 6-2 ADC Architectures
SECTION 6-3 Sigma–Delta Converters
SECTION 6-4 Defining the Specifications
SECTION 6-5 DAC and ADC Static Transfer Functions and DC Errors
SECTION 6-6 Data Converter AC Errors
SECTION 6-7 Timing Specifications
SECTION 6-8 How to Read a Data Sheet
SECTION 6-9 Choosing a Data Converter
Chapter 7: Data Converter Support Circuits
SECTION 7-1 Voltage References
Low Noise References for High Resolution Converters
SECTION 7-2 Analog Switches and Multiplexers
SECTION 7-3 Sample-and-Hold Circuits
SECTION 7-4 Clock Generation and Distribution Circuits
Chapter 8: Analog Filters
SECTION 8-1 Introduction
SECTION 8-2 The Transfer Function
SECTION 8-3 Time Domain Response
SECTION 8-4 Standard Responses
SECTION 8-5 Frequency Transformations
SECTION 8-6 Filter Realizations
SECTION 8-7 Practical Problems in Filter Implementation
SECTION 8-8 Design Examples
Chapter 9: Power Management
SECTION 9-1 Linear Voltage Regulators
SECTION 9-2 Switch Mode Regulators
SECTION 9-3 Switched Capacitor Voltage Converters
Chapter 10: Passive Components
SECTION 10-1 Capacitors
SECTION 10-2 Resistors and Potentiometers
SECTION 10-3 Inductors
Chapter 11: Overvoltage Effects on Analog Integrated Circuits
SECTION 11-1 Overvoltage Effects
SECTION 11-2 Electrostatic Discharge
SECTION 11-3 EMI/RFI Considerations
Chapter 12: Printed Circuit-Board Design Issues
SECTION 12-1 Partitioning
SECTION 12-2 Traces
SECTION 12-3 Grounding
SECTION 12-4 Decoupling
SECTION 12-5 Thermal Management
INDEX
SUBJECT INDEX
ANALOG DEVICES’ PARTS INDEX
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Linear Circuit Design Handbook
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Linear Circuit Design Handbook
X
X-AMP,
276–279
block diagram,
277
RF/IF circuit,
276–279
schematic,
278
total input-referred noise,
279
transfer function,
178
XFET reference,
521–524
architecture,
523
table,
523
basic topology, circuit,
522
drift,
524–525
pinchoff voltages,
521
,
522
thermal hysteresis,
523
Yasuda, Y,
409
Yester, E R., Jr.,
424
Young, Joe,
563
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