What This Document Is
This is a detailed instructional resource focused on utilizing HSPICE for Micro-Electro-Mechanical Systems (MEMS) design, part of the ELENG C245 course at UC Berkeley. It serves as a practical guide to simulation techniques essential for verifying and analyzing circuit behavior before physical implementation. The material explores both linear and non-linear network analysis within the HSPICE environment, offering a foundational understanding of how to model and simulate MEMS devices.
Why This Document Matters
This resource is invaluable for students learning MEMS design, particularly those needing to validate their circuit designs through simulation. It’s most beneficial when you’re ready to move beyond theoretical concepts and begin practical implementation, or when troubleshooting unexpected circuit behavior. Engineers and researchers involved in MEMS development will also find it a useful reference for understanding HSPICE workflows and best practices. Access to the full content will empower you to confidently apply simulation to your own projects.
Topics Covered
* Netlist structure and syntax for HSPICE
* Linear and non-linear network analysis techniques
* Implementation of various circuit elements in HSPICE
* Node naming conventions and global node definitions
* Transient, AC, and DC analysis methods
* Utilization of different source types (pulse, sine, piecewise linear)
* Understanding units and scale factors within HSPICE
* Subcircuit creation and usage
What This Document Provides
* Illustrative examples of HSPICE data flow, from input to output.
* Detailed explanations of element names and their corresponding HSPICE representations.
* A comprehensive overview of the structure of an HSPICE netlist.
* Guidance on defining and utilizing sources for various simulation scenarios.
* Information on technology scaling within the HSPICE environment.
* An exploration of the .SUBCKT statement for modular design.
* Syntax examples for common HSPICE commands and functions.
