Course Description Sigrity™ PowerDC™ and OptimizePI™ provides a coherent methodology for the analysis of power delivery networks in high-speed printed circuit boards (PCBs). Power-delivery network design includes voltage regulator modules, decoupling capacitors, and power/ground planes. In this course, you use the Sigrity Power Integrity Suite software to analyze a stable power distribution system to support high-speed circuit operation.
Learning Objectives
After completing this course, you will be able to:
Set up a board database for analysis
Perform static IR-drop analysis
Perform an electrical and thermal co-simulation
Graph the impedance of the power distribution network across a complete frequency bandwidth
Assign capacitor models to an existing printed circuit board
Create and edit capacitor models
Optimize capacitor selection for performance and cost
Software Used in This Course
Sigrity Power Integrity Suite
Software Release(s)
SIGRITY2018
Modules in this Course
Introduction to Sigrity Power Integrity Suite
Database Translation
Static IR-Drop Analysis
Single Board Electrical/Thermal Co-Simulation
Power Plane Impedance Analysis
Capacitors and Plane Analysis Simulation
Capacitor Optimization
PowerTree
Audience
Analog Designers
Design Engineers
Electrical Engineers
Prerequisites
You must have experience with or knowledge of the following:
