VLSI( GL511A )
22 Learning Materials
Notes/Codes/Project Details
Module 1: Introduction to VLSI
Module 2: MOS Transistor Theory
Module 3: CMOS Technology and Design
Module 4: Combinational Logic Design
Module 5: Sequential Logic Design
Module6: Physical Design and Layout
Module 7: Timing and Power Analysis
Module 8: Design for Testability
Module 9: FPGA Basics and Programming
Module 10: Industry Trends and Future Scope
VLSI(APR-MAY)
1 Exercises
•
4 Learning Materials
Module 1: Introduction to VLSI
Module 2: Digital Design with VHDL/Verilog
Module 3: CMOS Technology and Circuit Design
Module 4: Physical Design and Timing Analysis
Module 5: Analog & Mixed-Signal VLSI Design
Module 6: ASIC & FPGA Design
VLSI(MAY-JUNE)
5 Learning Materials
Module 1: Introduction to VLSI
Module 2: MOS Transistor Theory
Module 3: CMOS Technology and Design
Module 4: Combinational Logic Design
Module 5: Sequential Logic Design
Physical Design and Layout
Module 7: Timing and Power Analysis
Module 8: Design for Testability
Module 9: FPGA Basics and Programming
Module 10: Industry Trends and Future Scope
Materials(Projects,Notes,Codes,PDF)
VLSI(JULY-AUG)
5 Learning Materials
Notes/Codes/Project Details
Module 1: Introduction to VLSI
Module 2: MOS Transistor Theory
Module 3: CMOS Technology and Design
Module 4: Combinational Logic Design
Module 5: Sequential Logic Design
Module6: Physical Design and Layout
Module 7: Timing and Power Analysis
Module 8: Design for Testability
Module 9: FPGA Basics and Programming
Module 10: Industry Trends and Future Scope
VLSI(SEP-OCT)
36 Learning Materials
Notes/Codes/Project Details
Module 1: Introduction to VLSI
Module 2: MOS Transistor Theory
Module 3: CMOS Technology and Design
Module 4: Combinational Logic Design
Module 5: Sequential Logic Design
Module6: Physical Design and Layout
Module 7: Timing and Power Analysis
Module 8: Design for Testability
Module 9: FPGA Basics and Programming
Module 10: Industry Trends and Future Scope