What This Document Is
This is a comprehensive tutorial designed to guide students through the use of HSPICE, a powerful circuit simulation program, alongside its graphical post-processor, Awaves. Specifically created for the EE105 Microelectronic Devices and Circuits course at UC Berkeley, this resource focuses on the practical application of these tools for analyzing electronic circuits. It bridges the gap between theoretical circuit knowledge and real-world simulation practices.
Why This Document Matters
This tutorial is essential for students enrolled in EE105, or any similar microelectronics course, who need to gain proficiency in circuit simulation. It’s particularly valuable when tackling lab assignments requiring verification of circuit behavior through simulation. Understanding how to effectively use HSPICE and Awaves is a crucial skill for any electrical engineer, enabling efficient design, analysis, and troubleshooting of electronic systems. This resource will help you confidently prepare netlists and interpret simulation results.
Topics Covered
* Operating system specific instructions for HSPICE (Windows and UNIX)
* Fundamentals of creating and running HSPICE netlists
* Different types of circuit analysis available in HSPICE (Transient, AC, Operating Point, etc.)
* Interpreting HSPICE output files (.lis extension)
* Utilizing Awaves for graphical visualization of simulation data
* Syntax reference for common HSPICE commands and parameters
* Analysis of basic circuit elements like resistors, capacitors, and diodes
What This Document Provides
* A detailed explanation of the relationship between HSPICE and Awaves.
* Guidance on selecting appropriate analysis types for different circuit characteristics.
* An overview of the necessary files generated during simulation and their purpose.
* Information on commonly used text editors for creating netlists.
* A reference section to aid in netlist creation and troubleshooting.
* A foundation for more advanced simulation techniques explored throughout the course.
