Digital systems engineering / William J. Dally & John W. Poulton

Contents

1. INTRODUCTION TO DIGITAL SYSTEM ENGINEERING
1.1 why study digital systems engineering?
1.2 an engineering view of a digital system
1.3 technology trends and digital system engineering, etc

2. PACKAGING OF DIGITAL SYSTEMS
2.1 A typical digital system
2.2 Digital integrated circuits-one chip wiring
2.3 integrated circuit packages, etc

3. MODELING AND ANALYSIS OF WIRES
3.1 Geometry and electronic wires
3.2 electrical models of wires
3.3 simple transmission lines, etc

4. CIRCUITS
4.1 MOS transistors
4.2 parasitic circuit elements
4.3 Basic circuit forms, etc

5. POWER DISTRIBUTION
5.1 The power supply network
5.2 local regulation
5.3 logic loads and On-chip power supply distribution, etc

6. NOISE IN DIGITAL SYSTEMS
6.1 noise sources in digital systems
6.2 power supply noise
6.3 cross talk, etc

7. SIGNALING CONVENTIONS
7.1 A comparison between two transmission systems
7.2 Considerations in Transmission system design
7.3 signaling models of transmission lines, etc

8. ADVANCED SIGNALING TECHNIQUES
8.1 signaling over RC interconnect
8.2 driving lossy LC lines
8.3 simultaneous bidirectional signaling, etc

9. TIMING CONVENTIONS
9.1 A comparison of two timing conventions
9.2 considerations in timing design
9.3 timing fundamentals, etc

10. SYNCHRONIZATION
10.1 A comparison between three synchronized strategies
10.2 synchronized fundamentals
10.3 synchronized design, etc

11. SIGNALING CIRCUITS
11.1 Terminations
11.2 FET terminations
11.3 Adjustable terminations, etc

12. 12. TIMING CIRCUITS
12.1 Latches and flip-flops
12.2 Delay line circuits
12.3 voltage-controlled oscillators, etc

Includes references : p. 643-651 . _ Index : p. 653-663