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by John Lenk
Simplified Design of Data Converters
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Title page
Table of Contents
The EDN Series for Design Engineers
Copyright
Dedication
Preface
Acknowledgments
Chapter 1: Data Converter Basics
1.1 Basic Data Conversion Techniques
1.2 Typical DAC IC
1.3 Typical ADC IC
1.4 Basic ADC/DAC Testing and Troubleshooting
Chapter 2: Data-Converter Terms and Design Characteristics
2.1 Resolution and Accuracy
2.2 Linearity
2.3 Data Converter Errors
2.4 Differential Nonlinearity
2.5 Monotonicity
2.6 Settling Time and Slew Rate
2.7 Conversion Rate
2.8 Temperature Coefficient and Long-Term Drift
2.9 Overshoot and Glitches
2.10 Power Supply Rejection
2.11 Input Impedance and Output Drive
2.12 Clock Rate
2.13 Data-Converter Codes
Chapter 3: Practical Design Considerations
3.1 Digital Control Signals
3.2 Voltage References
3.3 Multichannel Conversion
3.4 Track and Hold
3.5 Interfacing
3.6 Conversion Speed
3.7 AC Signal Processing
3.8 Noise Problems
3.9 Practical Layout
Chapter 4: Simplified Design with a Typical ADC
4.1 General Description of ADC
4.2 Data-Converter Operation
4.3 Serial Interface Considerations
4.4 Dynamic Performance Characteristics and Testing
4.5 Applications Data
Chapter 5: Simplified Design with a Flash ADC
5.1 General Description of ADC
5.2 Data-Converter Operation
5.3 Power Requirements
5.4 Reference Voltage Requirements
5.5 Output Coding Control
5.6 Initiating a Conversion
5.7 Analog Inputs
5.8 Digital Outputs
5.9 Calibration
5.10 Typical Video Interface
Chapter 6: Simplified Design with Serial-Interface DAC
6.1 General Description of DAC
6.2 Data-Converter Operation
6.3 Reference Inputs versus DAC Output Range
6.4 Output Buffer Amplifiers (DAC A/DAC B)
6.5 Unbuffered Output (DAC C)
6.6 Shutdown Mode
6.7 Reset
6.8 Serial Interface
6.9 Data Format and Control Codes
6.10 Digital Inputs
6.11 Digital Output
6.12 Microprocessor Interfacing
6.13 Applications Data
Chapter 7: Simplified Design with Parallel-Input DAC
7.1 General Description of DAC
7.2 Data-Converter Operation
7.3 R-2R Ladder
7.4 Internal Reference
7.5 Internal Reference Noise
7.6 Output Buffer-Amplifier
7.7 External Reference
7.8 Reset Functions
7.9 Shutdown Mode
7.10 Parallel Logic Interface
7.11 4-Bit Microprocessor Interface
7.12 8-Bit or 16-Bit Microprocessor Interface
7.13 Unipolar Operation
7.14 Bipolar Operation
7.15 Four-Quadrant Multiplication
7.16 Single-Supply Problems
7.17 Bypasses, Grounds, and PC-Board Layout
7.18 Digital and Analog Feedthrough
Chapter 8: Simplified Design Approaches
8.1 References for ADCs and DACs
8.2 Unusual ADC Applications
8.3 Data Acquisition with ADCs
8.4 Circuit Applications with Multiplying DACs
8.5 Some Classic CMOS DAC Applications
Chapter 9: Low-Power Data-Acquisition System
9.1 General Description of ADC
9.2 Data-Converter Operation
9.3 Applications Information
Chapter 10: Single-Chip Digital Multimeter
10.1 System Considerations
10.2 Digital Interface
10.3 Component Selection
10.4 Conversion Method
10.5 Application Notes
10.6 Software Notes
10.7 Using the IC in Data-Acquisition Systems
For Further Information
Index
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Simplified Design of Data Converters
John D. Lenk
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