Principles of CMOS VLSI design

Since the first edition appeared, CMOS technology has assumed a central position in modern electronic system design. Processes have grown denser, and automated design tools have become common, leading to far more complex chips operating at much higher speeds. With these advances, CMOS design approaches have changed, reflected here in greater emphasis ion clocking, power distribution, design margining, and testing.

• New chapter devoted to testing;
• New sections cover emerging technologies, such as BiCMOS, logic synthesis, and parallel scan testing;
• Numerous and detailed examples -- from basic gates to subsystems to chips -- illustrate design concepts and methods;
• Extensive artwork, completely revised and expanded, depicting CMOS schematics, simulation waveforms, and layouts.

TABLE OF CONTENTS

Introduction to CMOS Circuits
Introduction
MOS Transistors
MOS Transistor Switches
CMOS Logic
Circuit Representations
CMOS Summary
MOS Transistor Theory
Introduction
MOS Device Design Equation
The Complemenatry CMOS Inverter-DC Characteristics
Alternate CMOS Inverters
The Differential Stage
The Transmission Gate
Bipolar Devices
CMOS Processing Technology
Silicon Semiconductor Technology: An Overview
CMOS Technologies
Layout Design Rules
CAD Issues
Circuit Characterization and Performance Estimation
Introduction
Resistance Estimation
Capacitance Estimation
Inductance
Switching Characteristics
CMOS Gate Transistor Sizing
Power Consumption
Determination of Conductor Size
Charge Sharing
Design Margining
Yield
Scaling of MOS Transistor Dimensions
CMOS Circuit and Logic Design
Introduction
CMOS Logic Structures
Basic Physical Design of Simple Logic Gates
Clocking Strategies
Physical and Electrical Design of Logic Gates
10 Structures
Structured Design Strategies
Introduction
Design Economics
Design Strategies
Design Methods
CMOS Chip Design Options
Design Capture Tools
Design Verification Tools
CMOS Test Methodolgies
Introduction
Fault Models
Design for Testability
Automatic Test Pattern Generation
Design for Manufacturability
CMOS Subsystem Design
Introduction
Adders and Related Functions
Binary Counters
Multipliers and Filter Structures
Random Access and Serial Memory
Datapaths
FIR and IIR Filters
Finite State Machines
Programmable Logic Arrays
Random Control Logic ammable Logic Arrays
Random Control Logic