VLSI Design : Unleashing the Power of VLSI Technology

VLSI Design : Unleashing the Power of VLSI Technology, available at $44.99, has an average rating of 4.63, with 102 lectures, 14 quizzes, based on 8 reviews, and has 41 subscribers.

You will learn about 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 This course is ideal for individuals who are Engineering/Science students specializing in Electrical, Electronics, or Computer field or Semiconductor Professionals or Electronics Enthusiasts or Professional Working in VLSI Industry or Researchers or Entrepreneurs It is particularly useful for Engineering/Science students specializing in Electrical, Electronics, or Computer field or Semiconductor Professionals or Electronics Enthusiasts or Professional Working in VLSI Industry or Researchers or Entrepreneurs.

Enroll now: VLSI Design : Unleashing the Power of VLSI Technology

Summary

Title: VLSI Design : Unleashing the Power of VLSI Technology

Price: $44.99

Average Rating: 4.63

Number of Lectures: 102

Number of Quizzes: 14

Number of Published Lectures: 102

Number of Published Quizzes: 14

Number of Curriculum Items: 116

Number of Published Curriculum Objects: 116

Original Price: ₹2,999

Quality Status: approved

Status: Live

What You Will 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

Who Should Attend

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

Target Audiences

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

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.

Prof. Hitesh Dholakiya is an Electronics and Communication Design Engineerwith over 15 years of experience in the core Electronics/Electrical domain as well as in the Antenna/RF/Communication field. He has taught many subjects related to Electronics and VLSI Design during his tenure of teaching. With a passion for teaching and a wealth of industry knowledge, Prof. Hitesh Dholakiya is dedicated to helping students achieve their academic and professional goals in the VLSI Design domain.

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 on VLSI Designcovers the following chapters.

1. Introduction to VLSI Design

2. CMOS Fabrication

3. MOS and MOSFET

4. MOS Inverter

5. CMOS Circuits

6. Advanced CMOS

7. CMOS Fault and Testing of VLSI

8. Verilog Practical session using Xilinx

Topic wise Detailed Syllabus of VLSI Design is as follows:

1. Introduction to VLSI Design:

Evolution of Logic Complexity, Full Custom and Semi Custom Design, VLSI Design Flow, FPGA, CPLD and PLC, Importance of CAD tools in VLSI design, IC Design Process, IC Fabrication, VLSI design flow, Flowchart & Domains of VLSI design flow, Y Chart of VLSI, etc.

2. CMOS Fabrication:

CMOS Fabrication Process, Twin Tube CMOS, Photolithography and Ion Implantation Technique, etc.

3. MOS and MOSFET:

MOS structure, Flat Band Voltage, Threshold Voltage, Channel Approximation, Thickness of Depletion Region, Charge Density & Surface Inversion in MOS Channel Length Modulation, Gradual Channel Approximation in MOSFET, Drain Current Equation of MOSFET, MOSFET Capacitance, nMOS and pMOS basics with examples etc.

4. MOS Inverter:

nMOS Inverter Circuit working, Noise Margin, Resistive Load Inverter, CMOS Inverter with examples, CMOS Inverter VTC, Example on Symmetric CMOS Inverter, Propagation Delay of CMOS Inverter, etc.

5. CMOS Circuits:

Various circuits using CMOS such as NAND, NOR, Mux, Boolean Functions, SR FF, D Latch, JK, Half adder as well as Stick Diagram of the circuits

6. Advanced CMOS:

Dynamic CMOS, Domino Logic, Boolean function Impl., NORA CMOS, Voltage Bootstrapping Circuit, Latch-Up in CMOS, and FinFET Technology in great detail

7. CMOS Fault and Testing of VLSI:

On-chip clock generation, Ring Oscillator, Clock Distribution, BIST, Stuck at Fault in Integrated Circuit

8. Verilog Practical session using Xilinx:

OR gate, AND gate, Half Adder, Full Adder, 8 to 3 Encoder, 3 to 8 Decoder, Multiplexer, Demultiplexer, JK Flip flop, D Flip Flop, BCD Counter, Finite State Machine verilog implementation in Xilinx

With 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 VLSI Designcourse offers expert guidance, ensuring that students receive the highest quality education and preparation for a successful career in VLSI. By the end of the VLSI Designcourse, 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.

Enroll now and take the first step toward mastering VLSI Designcore concepts! Join Our Community of students who have transformed their careers with our expert-led course on VLSI Design!

See you in the VLSI Designcourse! You’re going to love it!

Thank You.

All the Best…

Course Curriculum

Chapter 1: VLSI Design Course Introduction

Lecture 1: Introduction

Lecture 2: Course Trailer

Lecture 3: How to access the course materials

Chapter 2: Introduction to VLSI Design

Lecture 1: Evolution of Logic Complexity in Integrated Circuit for Information Technology

Lecture 2: VLSI design Methodologies, Types of VLSI Design, Technology Window in VLSI by

Lecture 3: Comparison of Full Custom design and Semi Custom design, Full Custom Design, S

Lecture 4: Semi Custom design in integrated circuit, Standard Cell & Gate Array Semi Cust

Lecture 5: Hierarchy, Regularity, Modularity and Locality, Important Terms of VLSI, VLSI

Lecture 6: Package Technology in IC, SIP, DIP, PGA, Surface Mount Package, Contactless Pack

Lecture 7: VLSI design flow, Flowchart & Domains of VLSI design flow, Y Chart of VLSI des

Lecture 8: Importance of CAD tools in VLSI design, IC Design Process, IC Fabrication Proc

Lecture 9: Comparison of FPGA and CPLD

Lecture 10: Comparison of FPGA, CPLD, PLC, Microprocessor, Microcontroller and DSP

Chapter 3: CMOS Fabrication

Lecture 1: CMOS Fabrication Process

Lecture 2: Twin Tube CMOS Fabrication Process

Lecture 3: Photolithography Process

Lecture 4: Ion Implantation and its advantages over diffusion process

Chapter 4: MOS and MOSFET

Lecture 1: Two terminal MOS Structure, Energy Band Diagram of MOS Structure, MOS substrat

Lecture 2: Flat Band Voltage, Example on Flat Band Voltage

Lecture 3: MOS under external bias, Accumulation Region of MOS, Depletion Region & Invers

Lecture 4: Thickness of Depletion Region, Charge Density & Surface Inversion in MOS

Lecture 5: MOS Transistor, Basics of MOS Transistor, Types of MOS Transistor, Working of

Lecture 6: Threshold Voltage of MOSFET, Parameters of Threshold Voltage of MOSFET in VLSI

Lecture 7: Example of Threshold Voltage of MOSFET

Lecture 8: Gradual Channel Approximation in MOSFET, Drain Current Equation of MOSFET & MO

Lecture 9: Examples on Drain Current & Operating region in MOSFET

Lecture 10: Channel Length Modulation in MOSFET

Lecture 11: Substrate Bias Effect in MOSFET, Threshold voltage under substrate bias volta

Lecture 12: MOSFET Capacitances, Structural overview of MOSFET Capacitance

Lecture 13: nMOS and pMOS basics, Symbol, Ideal Working, Input & Output Characteristics

Lecture 14: MOSFET regions of Operation with nMOS and pMOS

Lecture 15: Examples based on nMOS and pMOS

Lecture 16: pMOS and nMOS Comparison

Lecture 17: Why is pMOS is good to pass logic 1 and nMOS is good to pass logic 0

Chapter 5: MOS Inverter

Lecture 1: nMOS Inverter, Circuit & Working of nMOS Inverter, Voltage Transfer Characteri

Lecture 2: Noise Margin using Voltage Transfer Characteristics

Lecture 3: Resistive Load Inverter _ (Circuit, Working, VTC & Parameters of Resistive Loa

Lecture 4: Example of Resistive Load Inverter, Parameters calculation of Resistive Load

Lecture 5: Depletion Load nMOS Inverter _ (Circuit, Working, VTC & Advantages of Depletio

Lecture 6: CMOS Inverter, Meaning of CMOS, Circuit of CMOS Inverter & Working of CMOS

Lecture 7: Voltage Transfer Characteristics of CMOS Inverter

Lecture 8: CMOS Inverter Parameters, VIH voltage, VIL Voltage, VOH Voltage, VOI Voltage a

Lecture 9: Why pMOS size is greater then nMOS size

Lecture 10: Example on Symmetric CMOS Inverter

Lecture 11: CMOS Inverter Examples

Lecture 12: Example on CMOS Inverter

Lecture 13: Examples of CMOS Inverter Voltage Transfer Characteristics

Lecture 14: Propagation Delay of CMOS Inverter, Minimization of Propagation Delay of CMOS

Chapter 6: CMOS Circuits

Lecture 1: CMOS logic circuit rules, Structure of CMOS Circuit

Lecture 2: CMOS NAND Gate, Circuit of CMOS NAND Gate, Working of CMOS NAND Gate, Truth Ta

Lecture 3: CMOS NOR Gate, Circuit of CMOS NOR Gate, Working of CMOS NOR Gate, Truth Table

Lecture 4: Boolean Function Implementation using CMOS

Lecture 5: CMOS Multiplexers

Lecture 6: Boolean Function implementation using CMOS and equivalent size of CMOS Circuit

Lecture 7: CMOS SR Flip Flop using NOR Gates

Lecture 8: CMOS SR Latch using NAND Gates

Lecture 9: CMOS D Latch, CMOS D Latch Circuit, CMOS D Latch Working & CMOS D Latch Truth

Lecture 10: CMOS SR Latch using NOR Gates, CMOS SR Latch using NOR Gates Circuit, Working

Lecture 11: CMOS JK Flip Flop using NOR Gates, CMOS JK Flip Flop using NOR Gates implemen

Lecture 12: Stick Diagram of CMOS NOR Gate

Lecture 13: Stick Diagram of CMOS NAND Gate

Lecture 14: Stick Diagram of Boolean Function

Lecture 15: CMOS Transmission Gate, Working of CMOS Transmission Gate

Lecture 16: Multiplexer Implementation using Transmission Gates, 4 to 1 Multiplexer in VL

Lecture 17: D Latch Implementation using Transmission Gate, CMOS Transmission Gate in VLS

Lecture 18: Boolean Function Implementation using Transmission Gate

Lecture 19: CMOS Half Adder

Chapter 7: Advanced CMOS

Lecture 1: Dynamic CMOS, Circuit & Working of Dynamic CMOS

Lecture 2: Cascading Issues of Dynamic CMOS

Lecture 3: Comparison of Static and Dynamic CMOS

Lecture 4: Domino Logic CMOS

Lecture 5: Charge Sharing in Dynamic CMOS

Lecture 6: Boolean Function Implementation using Dynamic CMOS

Lecture 7: NORA CMOS Logic, NP CMOS Logic

Lecture 8: Boolean Function Implementation using NORA CMOS Logic

Lecture 9: Voltage Bootstrapping, Circuit of Voltage Bootstrapping

Lecture 10: Latch Up in CMOS

Lecture 11: FinFET, Structure of FinFET, Characteristics of FinFET

Chapter 8: CMOS Fault and Testing of VLSI

Instructors

Hitesh Dholakiya
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