Title: CMOS Logic Circuit Design
The author: John P. Uyemura
File format: PDF
Book volume: 549 Pages
File size: 29.4 MB
Content:
Physics and Modelling of MOSFETs
- Basic MOSFET Characteristics & Current-Voltage Characteristics
- p-Channel MOSFETs
- MOSFET Modelling
- Geometric Scaling Theory
- Small-Device Effects & Small Device Model
- MOSFET Modelling in SPICE
Fabrication and Layout of CMOS Integrated Circuits
- Overview of Integrated Circuit Processing
- Photolithography
- The Self-Aligned MOSFET
- Isolation and Wells
- The CMOS Process Flow
- Mask Design and Layout
- Latch-Up
- Defects and Yield Considerations
The CMOS Inverter: Analysis and Design
- Basic Circuit and DC Operation
- Inverter Switching Characteristics
- Output Capacitance
- Inverter Design
- Power Dissipation
- Driving Large Capacitive Loads
Switching Properties of MOSFETs
- nFET Pass Transistors
- pMOS Transmission Characteristics
- The Inverter Revisited
- Series-Connected MOSFETs
- Transient Modelling
- MOSFET Switch Logic
Static Logic Gates
- Complex Logic Functions
- CMOS NAND Gate & CMOS NOR Gate
- Complex Logic Gates
- Exclusive OR and Equivalence Gates
- Adder Circuits
- SR and D-type Latch
- The CMOS SRAM Cell
Transmission Gate Logic Circuits
- Basic Structure
- Electrical Analysis
- RC Modelling
- TG-Based Switch Logic Gates & TG Registers
- The D-type Flip-Flop
- nFET-Based Storage Circuits
- Transmission Gates in Modern Design
Dynamic Logic Circuit Concepts
- Charge Leakage & Charge Sharing
- The Dynamic RAM Cell
- Bootstrapping and Charge Pumps
- Clocks and Synchronization
- Clocked-CMOS
- Clock Generation Circuits
CMOS Dynamic Logic Families
- Basic Philosophy
- Precharge/Evaluate Logic
- Domino Logic
- Multiple-Output Domino Logic
- Self-Resetting Logic
- NORA Logic
- Single-Phase Logic
- An Overview of Dynamic Logic Families
CMOS Differential Logic Families
- Dual Rail Logic & Cascode Voltage Switch Logic (CVSL)
- Variations on CVSL Logic
- Complementary Pass-Transistor Logic (CPL)
- Dual Pass-Transistor Logic (DPL)
- Summary of Differential Design Styles
- Single/Dual Rail Conversion Circuits
Issues in Chip Design
- On-Chip Interconnects
- Input and Output Circuits
- Transmission Lines
