附註:Includes bibliographical references and index.
Cover -- Table of Contents -- Preface -- Chapter 1 Physics and Modelling of MOSFETs 1 -- 1.1 Basic MOSFET Characteristics -- 1.2 Current-Voltage Characteristics -- 1.3 p-Channel MOSFETs -- 1.4 MOSFET Modelling -- 1.5 Geometric Scaling Theory -- 1.6 Small-Device Effects -- 1.7 Small Device Model -- 1.8 MOSFET Modelling in SPICE -- 1.9 Problems -- 1.10 References -- Chapter 2 Fabrication and Layout of CMOS Integrated Circuits -- 2.1 Overview of Integrated Circuit Processing -- 2.2 Photolithography -- 2.3 The Self-Aligned MOSFET -- 2.4 Isolation and Wells -- 2.5 The CMOS Process Flow -- 2.6 Mask Design and Layout -- 2.7 Latch-Up -- 2.8 Defects and Yield Considerations -- 2.9 Chapter Summary -- 2.10 References -- Chapter 3 The CMOS Inverter: Analysis and Design -- 3.1 Basic Circuit and DC Operation -- 3.2 Inverter Switching Characteristics -- 3.3 Output Capacitance -- 3.4 Inverter Design -- 3.5 Power Dissipation -- 3.6 Driving Large Capacitive Loads -- 3.7 Problems -- 3.8 References -- Chapter 4 Switching Properties of MOSFETs -- 4.1 nFET Pass Transistors -- 4.2 pMOS Transmission Characteristics -- 4.3 The Inverter Revisited -- 4.4 Series-Connected MOSFETs -- 4.5 Transient Modelling -- 4.6 MOSFET Switch Logic -- 4.7 Problems -- Chapter 5 Static Logic Gates -- 5.1 Complex Logic Functions -- 5.2 CMOS NAND Gate -- 5.3 CMOS NOR Gate -- 5.4 Complex Logic Gates -- 5.5 Exclusive OR and Equivalence Gates -- 5.6 Adder Circuits -- 5.7 SR and D-type Latch -- 5.8 The CMOS SRAM Cell -- 5.9 Schmitt Trigger Circuits -- 5.10 Tri-State Output Circuits -- 5.11 Pseudo-nMOS Logic Gates -- 5.12 Compact XOR and Equivalence Gates -- 5.13 Problems -- Chapter 6 Transmission Gate Logic Circuits -- 6.1 Basic Structure -- 6.2 Electrical Analysis -- 6.3 RC Modelling -- 6.4 TG-Based Switch Logic Gates -- 6.5 TG Registers -- 6.6 The D-type Flip-Flop -- 6.7 nFET-Based Storage Circuits -- 6.8 Transmission Gates in Modern Design -- 6.9 Problems -- Chapter 7 Dynamic Logic Circuit Concepts -- 7.1 Charg
摘要:CMOS Logic Circuit Design is an up-to-date treatment of the analysis and design of CMOS integrated digital logic circuits. It is a self- contained treatment that covers all of the important digital circuit design styles found in modern CMOS chips. Introductory chapters on MOSFET physics and CMOS fabrication provide the background needed for a solid understanding of the circuit design techniques in the remainder of the book. Static CMOS logic design is given an in-depth treatment which covers both the analysis and design of these types of circuits. Emphasis is on analyzing circuits to understand the relationship between the design and performance in an integrated environment. Analytic models and their application are presented to provide a uniform base for the design philosophy developed in the study. Dynamic circuit concepts such as charge sharing and charge leakage are presented in detail and then applied to dynamic logic families such as domino cascades, self-resetting logic, and dynamic single-phase designs. Differential logic families are given an entire chapter that discusses CVSL, CPL, and related design styles. Chip issues such as interconnect modeling, crosstalk, and input/output circuits round out the coverage. CMOS Logic Circuit Design provides the reader with an opportunity to see the field in a unified manner that emphasizes solving design problems using the various logic styles available in CMOS. CMOS Logic Circuit Design is designed to be used as both a textbook (either in the classroom or for self-study) and as a reference for the VLSI chip designer.
