There are no prerequisites for this course.

• How to build new parts and symbols
• Design-checking best practices
• Techniques for assigning reference designators
• Creating a BOM (Bill of Materials)
• Adding part and net properties
• Creating flat designs
• Run DC bias, DC sweep, AC sweep, and Transient analysis
• Edit Stimulus to create any kind of input waveform
• How tolerances work and how they affect convergence
• Run sweeps using parametric analysis
• Bring models from the internet into PSpice
• Run Monte Carlo and Worst Case analysis'
• Create linear and non-linear transformers
• Model parts mathematically using ABM's (Analog Behavioral Models)
• Run digital and mixed-signal simulation

Take your OrCAD PCB Editor skills to the next level with our advanced class. This class will provide in-depth training in advanced topics such as constraint management, auto-interactive routing, differential pairs, as well as time features such as design reuse and tech files. Become more efficient and get your products to market faster with this class.

It is recommended that students have a pre-requisite knowledge and proficiency in OrCAD Capture Schematic editing and PCB Editor.