Table of Contents
The EDN Series for Design Engineers
Chapter 1: Data Converter Basics
1.1 Basic Data Conversion Techniques
1.4 Basic ADC/DAC Testing and Troubleshooting
Chapter 2: Data-Converter Terms and Design Characteristics
2.6 Settling Time and Slew Rate
2.8 Temperature Coefficient and Long-Term Drift
2.11 Input Impedance and Output Drive
Chapter 3: Practical Design Considerations
Chapter 4: Simplified Design with a Typical ADC
4.1 General Description of ADC
4.3 Serial Interface Considerations
4.4 Dynamic Performance Characteristics and Testing
Chapter 5: Simplified Design with a Flash ADC
5.1 General Description of ADC
5.4 Reference Voltage Requirements
Chapter 6: Simplified Design with Serial-Interface DAC
6.1 General Description of DAC
6.3 Reference Inputs versus DAC Output Range
6.4 Output Buffer Amplifiers (DAC A/DAC B)
6.9 Data Format and Control Codes
6.12 Microprocessor Interfacing
Chapter 7: Simplified Design with Parallel-Input DAC
7.1 General Description of DAC
7.11 4-Bit Microprocessor Interface
7.12 8-Bit or 16-Bit Microprocessor Interface
7.15 Four-Quadrant Multiplication
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
8.3 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
Chapter 10: Single-Chip Digital Multimeter