VLSI DESIGN
Dr. P. Abirami
Assistant Professor / EEE
BSACIST
, EED 3104 – VLSI DESIGN (LIT)
COURSE OBJECTIVES:
COB 1: To apply the concepts of modeling in digital system using Verilo
COB 2: To describe the fundamental principles of MOS and CMOS p
technology.
COB 3: To understand the design procedures of digital logic circuits.
COB 4: To examine the basic building blocks of large-scale digital inte
circuits
PREREQUISITE:
❑ Basics of Electron devices
❑ Fundamentals of Digital electronics
,MODULE I PROGRAMMING TECHNIQUES IN VERILOG HDL
Basics of Verilog HDL, Design methodologies, Levels of abstr
Lexical conventions, Data types, Test bench concept, Gate level
of circuits, Dataflow model of circuits, Behavioral mo
combinational and sequential circuits, switch level model.
MODULE II TRANSISTOR THEORY
Introduction to MOS Transistors - NMOS & PMOS Characte
Current Equations, Complementary CMOS Inverter
Characteristics, Static Load MOS Inverters, Differential inverters
, MODULE III BASICS OF DIGITAL CMOS DESIGN
CMOS Logic Gate, Layout design and stick diagram, CMOS
Structures - full adder, multiplexers and demultiplexers, encod
decoder, flip flops.
MODULE IV BUILDING BLOCKS OF DIGITAL VLSI SYSTEMS
Data Path Circuit, Adders – Types of fast adders, Multipliers
multipliers, Shifters, Memory Elements, Programmable logic ele
and AND-OR arrays, FPGA and CPLD.
Dr. P. Abirami
Assistant Professor / EEE
BSACIST
, EED 3104 – VLSI DESIGN (LIT)
COURSE OBJECTIVES:
COB 1: To apply the concepts of modeling in digital system using Verilo
COB 2: To describe the fundamental principles of MOS and CMOS p
technology.
COB 3: To understand the design procedures of digital logic circuits.
COB 4: To examine the basic building blocks of large-scale digital inte
circuits
PREREQUISITE:
❑ Basics of Electron devices
❑ Fundamentals of Digital electronics
,MODULE I PROGRAMMING TECHNIQUES IN VERILOG HDL
Basics of Verilog HDL, Design methodologies, Levels of abstr
Lexical conventions, Data types, Test bench concept, Gate level
of circuits, Dataflow model of circuits, Behavioral mo
combinational and sequential circuits, switch level model.
MODULE II TRANSISTOR THEORY
Introduction to MOS Transistors - NMOS & PMOS Characte
Current Equations, Complementary CMOS Inverter
Characteristics, Static Load MOS Inverters, Differential inverters
, MODULE III BASICS OF DIGITAL CMOS DESIGN
CMOS Logic Gate, Layout design and stick diagram, CMOS
Structures - full adder, multiplexers and demultiplexers, encod
decoder, flip flops.
MODULE IV BUILDING BLOCKS OF DIGITAL VLSI SYSTEMS
Data Path Circuit, Adders – Types of fast adders, Multipliers
multipliers, Shifters, Memory Elements, Programmable logic ele
and AND-OR arrays, FPGA and CPLD.
