A single chip sized of few millimeters may have Millions of transistors in it for example a microprocessor is a VLSI device. Very Large Scale Integration (VLSI) is the process of creating integrated circuits by combining large numbers of transistors into a single chip.
This lab provides good understanding and learning opportunity of VLSI designing for users. There are ten experiments in this lab, which covers following aspects of VLSI designing.
First six experiments provide GUI interface of schematic design and simulation results of various circuits.
Seventh experiment provides WEB based Spice code simulation platform. User can learn circuit design using Spice coding.
Eighth and ninth experiments provide digital circuit designing using Verilog code for which a web based Verilog simulation platform is provided. User can test any level of Verilog code in ninth experiment.
Tenth experiment provides GUI interface of physical (layout) design of various circuits. By this experiment user can learn design rules (DRCs) for layout design and can test design rules of their designs.
The VLSI Lab offers an interactive platform for designing and simulating integrated circuits, guiding students through schematic design, circuit simulation, and hardware description languages. It empowers learners with hands-on experience in modern VLSI design methodologies.
- Mastering Schematic Design: Develop transistor-level circuits and analyze their behavior through interactive simulations.
- Implementing HDL-Based Design: Create and test digital circuits using Verilog.
- Validating Layout Designs: Apply design rules and perform layout verification for VLSI circuits.
- UG
- B. Tech./ B.E in ECE
- UG 3rd Year (6th semester)
- PG
- MS/Ph. D. Beginners in Electronics and Communications and related topics
VLSI Design is a professional core course in Electronics and Communication Engineering
- (PCC-EC24 and PCC-EC25) recommended in the AICTE model curriculum.
Associate Professor,
Software Engineering and Research Centre