Vlsi Design : Unleashing The Power Of Vlsi Technology

Vlsi Design : Unleashing The Power Of Vlsi Technology
Published 4/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English

| Size: 11.01 GB[/center]
| Duration: 17h 29m
Mastering Principles, Concepts, and Design Methodologies of VLSI followed by Verilog Practical with expert faculty

What you'll learn

Fundamentals of VLSI Design

CMOS Fabrication Process

MOS and MOSFET Characteristics

NMOS and PMOS Circuits

CMOS Inverter Design

CMOS Propagation Delay

CMOS Combinational Circuit

CMOS Sequential Circuit

Dynamic CMOS

Clock Generation and Clock Distribution

VLSI Fault Identification

Verilog Examples using Xilinx

Requirements

No Prior knowledge is needed. You will learn step by step from basic

A grasp of Verilog basics enhances the practical session experience

Description

Embark on a journey into the intricate world of Very Large-Scale Integration (VLSI) Design with our comprehensive course, meticulously curated to cater to both university students and VLSI industry professionals alike.Delve deep into the expansive realm of chip design and fabrication as we navigate through a myriad of essential topics, ensuring a thorough understanding of VLSI principles and methodologies. From VLSI design methodology to semi and full custom design, from advanced CMOS techniques to clock fault and testing methodologies, we leave no stone unturned in our quest to equip you with the knowledge and skills needed to excel in the VLSI domain.This course will allow the students to learn about various topics of VLSI as given below.VLSI Design MethodologySemi and Full Custom DesignVLSI Design FlowAdvanced CMOSClock fault and TestingCMOS CircuitsCMOS Fabrication ProcessVLSI DesignMOS and MOSFETMOS InverterDesign of Digital Circuits using MOSFETVerilog Programs simulation using XilinxWith a focus on practical application, students will engage in Verilog programming and simulation using industry-standard tools like Xilinx, gaining invaluable experience in hardware description languages essential for VLSI design.Led by seasoned professionals in the field, our course offers expert guidance, ensuring that students receive the highest quality education and preparation for a successful career in VLSI. By the end of the course, you will emerge with a comprehensive understanding of the VLSI landscape, poised to embark on a fulfilling career journey in this dynamic and exciting field.Join us and unlock the doors to endless possibilities in the realm of VLSI. Keep learning, keep growing, and thank you for choosing to embark on this enriching educational journey with us.Thank You.All the Best.

Overview

Section 1: Course Introduction

Lecture 1 Introduction

Section 2: Introduction to VLSI Design

Lecture 2 Evolution of Logic Complexity in Integrated Circuit for Information Technology

Lecture 3 VLSI design Methodologies, Types of VLSI Design, Technology Window in VLSI by

Lecture 4 Comparison of Full Custom design and Semi Custom design, Full Custom Design, S

Lecture 5 Semi Custom design in integrated circuit, Standard Cell & Gate Array Semi Cust

Lecture 6 Hierarchy, Regularity, Modularity and Locality, Important Terms of VLSI, VLSI

Lecture 7 Package Technology in IC, SIP, DIP, PGA, Surface Mount Package, Contactless Pa

Lecture 8 VLSI design flow, Flowchart & Domains of VLSI design flow, Y Chart of VLSI des

Lecture 9 Importance of CAD tools in VLSI design, IC Design Process, IC Fabrication Proc

Lecture 10 Comparison of FPGA and CPLD

Lecture 11 Comparison of FPGA, CPLD, PLC, Microprocessor, Microcontroller and DSP

Section 3: CMOS Fabrication

Lecture 12 CMOS Fabrication Process

Lecture 13 Twin Tube CMOS Fabrication Process

Lecture 14 Photolithography Process

Lecture 15 Ion Implantation and its advantages over diffusion process

Section 4: MOS and MOSFET

Lecture 16 Two terminal MOS Structure, Energy Band Diagram of MOS Structure, MOS substrat

Lecture 17 Flat Band Voltage, Example on Flat Band Voltage

Lecture 18 MOS under external bias, Accumulation Region of MOS, Depletion Region & Invers

Lecture 19 Thickness of Depletion Region, Charge Density & Surface Inversion in MOS

Lecture 20 MOS Transistor, Basics of MOS Transistor, Types of MOS Transistor, Working of

Lecture 21 Threshold Voltage of MOSFET, Parameters of Threshold Voltage of MOSFET in VLSI

Lecture 22 Example of Threshold Voltage of MOSFET

Lecture 23 Gradual Channel Approximation in MOSFET, Drain Current Equation of MOSFET & MO

Lecture 24 Examples on Drain Current & Operating region in MOSFET

Lecture 25 Channel Length Modulation in MOSFET

Lecture 26 Substrate Bias Effect in MOSFET, Threshold voltage under substrate bias volta

Lecture 27 MOSFET Capacitances, Structural overview of MOSFET Capacitance

Lecture 28 nMOS and pMOS basics, Symbol, Ideal Working, Input & Output Characteristics

Lecture 29 MOSFET regions of Operation with nMOS and pMOS

Lecture 30 Examples based on nMOS and pMOS

Lecture 31 pMOS and nMOS Comparison

Lecture 32 Why is pMOS is good to pass logic 1 and nMOS is good to pass logic 0

Section 5: MOS Inverter

Lecture 33 nMOS Inverter, Circuit & Working of nMOS Inverter, Voltage Transfer Characteri

Lecture 34 Noise Margin using Voltage Transfer Characteristics

Lecture 35 Resistive Load Inverter _ (Circuit, Working, VTC & Parameters of Resistive Loa

Lecture 36 Example of Resistive Load Inverter, Parameters calculation of Resistive Load

Lecture 37 Depletion Load nMOS Inverter _ (Circuit, Working, VTC & Advantages of Depletio

Lecture 38 CMOS Inverter, Meaning of CMOS, Circuit of CMOS Inverter & Working of CMOS

Lecture 39 Voltage Transfer Characteristics of CMOS Inverter

Lecture 40 CMOS Inverter Parameters, VIH voltage, VIL Voltage, VOH Voltage, VOI Voltage a

Lecture 41 Why pMOS size is greater then nMOS size

Lecture 42 Example on Symmetric CMOS Inverter

Lecture 43 CMOS Inverter Examples

Lecture 44 Example on CMOS Inverter

Lecture 45 Examples of CMOS Inverter Voltage Transfer Characteristics

Lecture 46 Propagation Delay of CMOS Inverter, Minimization of Propagation Delay of CMOS

Section 6: CMOS Circuits

Lecture 47 CMOS logic circuit rules, Structure of CMOS Circuit

Lecture 48 CMOS NAND Gate, Circuit of CMOS NAND Gate, Working of CMOS NAND Gate, Truth Ta

Lecture 49 CMOS NOR Gate, Circuit of CMOS NOR Gate, Working of CMOS NOR Gate, Truth Table

Lecture 50 Boolean Function Implementation using CMOS

Lecture 51 CMOS Multiplexers

Lecture 52 Boolean Function implementation using CMOS and equivalent size of CMOS Circuit

Lecture 53 CMOS SR Flip Flop using NOR Gates

Lecture 54 CMOS SR Latch using NAND Gates

Lecture 55 CMOS D Latch, CMOS D Latch Circuit, CMOS D Latch Working & CMOS D Latch Truth

Lecture 56 CMOS SR Latch using NOR Gates, CMOS SR Latch using NOR Gates Circuit, Working

Lecture 57 CMOS JK Flip Flop using NOR Gates, CMOS JK Flip Flop using NOR Gates implemen

Lecture 58 Stick Diagram of CMOS NOR Gate

Lecture 59 Stick Diagram of CMOS NAND Gate

Lecture 60 Stick Diagram of Boolean Function

Lecture 61 CMOS Transmission Gate, Working of CMOS Transmission Gate

Lecture 62 Multiplexer Implementation using Transmission Gates, 4 to 1 Multiplexer in VL

Lecture 63 D Latch Implementation using Transmission Gate, CMOS Transmission Gate in VLS

Lecture 64 Boolean Function Implementation using Transmission Gate

Lecture 65 CMOS Half Adder

Section 7: Advanced CMOS

Lecture 66 Dynamic CMOS, Circuit & Working of Dynamic CMOS

Lecture 67 Cascading Issues of Dynamic CMOS

Lecture 68 Comparison of Static and Dynamic CMOS

Lecture 69 Domino Logic CMOS

Lecture 70 Charge Sharing in Dynamic CMOS

Lecture 71 Boolean Function Implementation using Dynamic CMOS

Lecture 72 NORA CMOS Logic, NP CMOS Logic

Lecture 73 Boolean Function Implementation using NORA CMOS Logic

Lecture 74 Voltage Bootstrapping, Circuit of Voltage Bootstrapping

Lecture 75 Latch Up in CMOS

Lecture 76 FinFET, Structure of FinFET, Characteristics of FinFET

Section 8: CMOS Fault and Testing of VLSI

Lecture 77 On Chip Clock generation, Parameters of Clock, Generation of two non overlappi

Lecture 78 Ring Oscillator, Circuit of Ring Oscillator, Working of Ring Oscillator

Lecture 79 Clock Distribution, H Tree Clock Distribution Network, Three Level Buffered Cl

Lecture 80 Faults in Integrated Circuit

Lecture 81 BIST - Built In Self Test in Integrated Circuit, Types of BIST, Architecture

Lecture 82 Stuck at Fault in Integrated Circuit, Stuck at Logic '0', Stuck at Logic '1'

Section 9: Verilog Practical session using Xilinx

Lecture 83 OR Gate in Xilinx using Verilog

Lecture 84 AND Gate in Xilinx using Verilog

Lecture 85 Half Adder in Xilinx using Verilog

Lecture 86 Full Adder in Xilinx using Verilog

Lecture 87 8 to 3 Encoder in Xilinx using Verilog

Lecture 88 3 to 8 Decoder in Xilinx using Verilog

Lecture 89 Multiplexer in Xilinx using Verilog

Lecture 90 Demultiplexer in Xilinx using Verilog

Lecture 91 BCD to Seven Segment Display in Xilinx using Verilog

Lecture 92 JK Flip Flop in Xilinx using Verilog

Lecture 93 D Flip Flop in Xilinx using Verilog

Lecture 94 BCD Counter in Xilinx using Verilog

Lecture 95 Finite State Machine in Xilinx using Verilog

Section 10: VLSI Important Questions with Answers

Lecture 96 Question Bank 1

Lecture 97 Question Bank 2

Lecture 98 Question Bank 3

Engineering/Science students specializing in Electrical, Electronics, or Computer field,Semiconductor Professionals,Electronics Enthusiasts,Professional Working in VLSI Industry,Researchers,Entrepreneurs