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VLSI

  • Course level: Intermediate

Description

This course is about the Basic concepts of VLSI System Design.

The course is designed in the form of micro-videos, which deliver content in the form of Info-Graphics. It is designed for self-learning and will help to polish the Industrial skills. This course will cover the end-to-end description from basic Device Physics to Chip Design. The introductory video series focuses on the basic elemental physics and electrical characteristics of the MOS Transistor. Designing VLSIs is like building a city. Both jobs require significant forethought

All the best for your interviews and happy learning

Who this course is for:

  1. Individuals keen to learn about Chip World

What Will I Learn?

  • To bridge the gap between Understanding and Application of Knowledge, this leads to innovation

Topics for this course

76 Lessons

VLSI

Evolution of Logic Complexity in Integrated Circuit for Information Technology Services00:00:00
VLSI design Methodologies00:00:00
Comparison of Full Custom design and Semi Custom design00:00:00
Semi Custom design in integrated circuit00:00:00
Hierarchy, Regularity, Modularity and Locality00:00:00
Package Technology in IC00:00:00
VLSI design flow00:00:00
Importance of CAD tools in VLSI design00:00:00
Comparison of FPGA and CPLD00:00:00
Comparison of FPGA, CPLD, PLC, Microprocessor, Microcontroller and DSP00:00:00
CMOS Fabrication Process00:00:00
Twin Tube CMOS Fabrication Process00:00:00
Two terminal MOS and it’s Energy Band Diagram00:00:00
Flat Band Voltage and Example on Flat Band Voltage00:00:00
MOS under external bias00:00:00
Thickness of Depletion Region, Depletion Region Charge Density & Surface Inversion in MOS structure00:00:00
MOS Transistor, MOSFET00:00:00
Threshold Voltage of MOSFET00:00:00
Threshold Voltage Example00:00:00
Gradual Channel Approximation in MOSFET, Drain Current Equation of MOSFET & MOSFET characteristics00:00:00
Examples on Drain Current and Operating region in MOSFET00:00:00
Channel Length Modulation in MOSFET00:00:00
Substrate Bias Effect in MOSFET00:00:00
MOSFET Capacitance00:00:00
nMOS and pMOS basics, Symbol, Ideal Working, Input Characteristics & Output Characteristics00:00:00
MOSFET regions of Operation with nMOS and pMOS00:00:00
Examples based on nMOS and pMOS00:00:00
pMOS and nMOS Comparison00:00:00
Why is pMOS is good to pass logic 1 and nMOS is good to pass logic 0?00:00:00
nMOS Inverter and Voltage Transfer Characteristics of nMOS Inverter00:00:00
Noise Margin00:00:00
Resistive Load Inverter00:00:00
Example of Resistive Load Inverter00:00:00
Depletion Load nMOS Inverter00:00:00
CMOS Inverter00:00:00
CMOS Inverter Voltage Transfer Characteristics00:00:00
CMOS Inverter Parameters, VIH voltage, VIL Voltage and Noise Margin00:00:00
Why pMOS size is greater then nMOS size?00:00:00
Example on Symmetric CMOS Inverter00:00:00
Example on CMOS Inverter00:00:00
Examples of CMOS Inverter Voltage Transfer Characteristics00:00:00
CMOS Inverter Examples00:00:00
Propagation Delay of CMOS Inverter00:00:00
CMOS logic circuit rules00:00:00
CMOS NAND Gate (Basics, Circuit, Working and Truth Table)00:00:00
CMOS NOR Gate (Basics, Circuit, Working and Truth Table)00:00:00
Boolean Function Implementation using CMOS00:00:00
CMOS Multiplexer (Basics, Circuit, Working and Truth Table)00:00:00
CMOS Half Adder (Basics, Circuit, Working and Truth Table)00:00:00
Boolean Function implementation using CMOS and equivalent size of CMOS Circuit00:00:00
CMOS SR Latch using NOR Gates00:00:00
CMOS SR Latch using NAND Gates00:00:00
CMOS D Latch00:00:00
CMOS SR Flip Flop using NOR Gates00:00:00
CMOS JK Flip Flop using NOR Gates00:00:00
Stick Diagram of CMOS NOR Gate00:00:00
Stick Diagram of CMOS NAND Gate00:00:00
Stick Diagram of Boolean Function00:00:00
CMOS Transmission Gate and CMOS Transmission Gate as Tri State Buffer00:00:00
Multiplexer Implementation using Transmission Gates00:00:00
D Latch Implementation using Transmission Gate00:00:00
Boolean Function Implementation using Transmission Gates00:00:00
Dynamic CMOS00:00:00
Cascading Issues of Dynamic CMOS00:00:00
Comparison of Static and Dynamic CMOS00:00:00
Domino Logic CMOS00:00:00
Charge Sharing in Dynamic CMOS00:00:00
Boolean Function Implementation using Dynamic CMOS00:00:00
NORA CMOS Logic, NP CMOS Logic00:00:00
Boolean Function Implementation using NORA CMOS Logic00:00:00
Voltage Bootstrapping00:00:00
Latch Up Problem in CMOS00:00:00
Basics of clock and On Chip Clock generation00:00:00
Ring Oscillator00:00:00
Clock Distribution00:00:00
BIST – Built In Self Test in Integrated Circuit00:00:00
VLSI
65 £

Enrolment validity: Lifetime

Requirements

  • Individuals having Basic Knowledge of Electrical and Electronics