Providing Workshops
Boost your Success
VLSI and Embedded Systems Design Techniques are the main pillar of most of the present research, industrial and commercial activities in Electronics Engineering. This training program focuses on specific design techniques using VLSI Design Tools & Software. It also focuses on embedded system techniques such as Microcontroller Programming.
Providing Workshops
Boost your Success
VLSI and Embedded Systems Design Techniques are the main pillar of most of the present research, industrial and commercial activities in Electronics Engineering. This training program focuses on specific design techniques using VLSI Design Tools & Software. It also focuses on embedded system techniques such as Microcontroller Programming.
VLSI / PHYSICAL DESIGN / RF COMMUNICATION
Introduction to VLSI
- Introduction to SSI,LSI,VLSI
- Introduction of Discreet Component and IC.
- Electronics Design Advantage of IC
- Why VLSI?
- why silicon?
- Fabrication Step
Introduction Of Digital Electronics Combinational Logic Circuit
- Adders
- Subtractor
- Mux/Demux
- Encoder/Decoder
- Parity checker/generator
- Sequential Logic Circuit
- Flip Flops
- Latchs
- Counters
- Register
Introduction to HDL’s(VHDL/VERILOG)
- Introduction of HDL
- Why HDL
- Design Methodologies
- Introduction to VHDL
- Data Types VHDL Design Flow
- VHDL Syntax – Some General Rules
- The Standardization of VHDL
- Libraries and Packages
- ENTITY
- Architecture Body(functionality of entity)
- MODELLING
- STRUCTURAL
- DATAFLOW
- BEHAVIORAL
- MIXED
- Data Objects
- Signals
- Variables
- Constant
- AND ,OR ,NOR,XOR,NOT Gate
Lab session
- HALF Adder
- FULL Adder
- Half Subtractor
- Full subtractor
- Encoder
- MUX
- Decoder
- D Flip Flop
- T Flip Flop
- JK Flip Flop
- Up counter
- Down counter
- Up and down counter
- Ripple counter
- Ring counter
- Shift Register
Duration: The duration of this workshop will be two consecutive days, with six hours session each day in a total of twelve hours.