What This Document Is
This is a detailed lab manual designed to accompany an introductory course in digital integrated circuits. Specifically, it focuses on utilizing a switch-level circuit simulator – IRSIM – for verifying the functional correctness of logic designs. It builds upon prior knowledge of circuit extraction from industry-standard design software and applies it to a practical simulation environment. The material is geared towards hands-on application and reinforces core concepts in digital logic verification.
Why This Document Matters
This resource is essential for students enrolled in courses covering digital logic design and integrated circuit analysis. It’s particularly valuable for those undertaking projects involving circuit implementation and testing. Understanding how to effectively use simulation tools like IRSIM is a crucial skill for any electrical engineer or computer scientist involved in hardware development. This guide will help you bridge the gap between theoretical design and practical verification, allowing you to confidently assess your circuit’s performance before physical implementation.
Topics Covered
* Switch-level simulation principles
* Using the IRSIM simulator environment
* Netlist generation and conversion for IRSIM
* Waveform analysis and interpretation
* Functional verification of logic circuits
* Truth table generation from simulation results
* Advanced circuit analysis techniques involving complementary signals
* Practical considerations in circuit design and simulation
What This Document Provides
* Step-by-step guidance on setting up and running IRSIM simulations.
* Detailed explanations of key IRSIM commands and functionalities.
* Exercises designed to reinforce understanding of circuit behavior.
* Discussion points to encourage critical thinking about design trade-offs.
* A framework for applying simulation techniques to more complex circuit designs.
* Preparation for advanced stages of the design flow, including layout and cross-probing.
