Analog Simulation with PSpice Training
日期 | 版本 | 国家/地区 | 位置 | |
---|---|---|---|---|
Scheduled upon demandOn demand | EXPRESS INTERESTINQUIRE |
版本 | 区域 | |
---|---|---|
23.1QIR1 | Online | ENROLL |
22.1QIR2 | Online | ENROLL |
Other Versions | Online | EXPRESS INTERESTINQUIRE |
Length: 4 Days (32 hours)
Course Description
The Analog Simulation with PSpice® course starts with the basics of entering a design for simulation and builds a solid foundation in the overall use of the software. You run DC bias simulations, transient analysis simulations, and sweep simulations, allowing you to sweep component values, operating frequencies, or global parameters. You also have the opportunity to simulate several types of analog circuits, transformers, digital circuits, mixed analog and digital circuits, and stress analysis. The course also covers Advanced Analysis, which includes Sensitivity Analysis, Monte Carlo Analysis, Optimization, Stress Analysis, and the Parametric Plotter.
Learning Objectives
After completing this course, you will be able to:
- Enter a design for simulation
- Run DC bias, DC sweep, and AC sweep analyses
- Edit a stimulus and run a parametric analysis
- Edit models, run a Monte Carlo analysis, create subcircuits, and create parts for simulation from a model or subcircuit definition
- Create linear and nonlinear transformers, and perform temperature, worst-case, and noise analysis
- Apply analog behavioral modeling and run digital and mixed analog and digital simulation
- Configure and run Smoke (stress) analyses
- Run a sensitivity Analysis
- Optimize circuits with the Advanced Analysis Optimizer
- Generate plots with the Parametric Plotter
- Use MATLAB functions in a PSpice simulation
Software Used in This Course
- OrCAD Capture
- OrCAD PSpice Designer Plus
- MATLAB and Simulink® from MathWorks® are required for Module 26, PSpice MATLAB Interface
Software Release(s)
SPB23.1-QIR1
Modules in this Course
- Building a Design for Simulation
- DC Bias Point Analysis
- DC Sweep Analyses
- AC Sweep Analysis
- Simulating a Text Netlist
- Transient Analysis
- Resolving Simulation Errors
- Transformers
- Parametric Analysis
- Model Editing
- Adding New Parts
- Temperature Analysis
- Monte Carlo Analysis
- Hierarchical Blocks and Symbols
- Analog Behavioral Modeling
- Simulating Digital Circuits
- Mixed Analog and Digital
- Performance Analysis
- Noise Analysis
- Assigning Tolerances for Advanced Analysis
- Sensitivity Analysis
- Monte Carlo Advanced Analysis
- PSpice Advanced Analysis Optimizer
- Stress Analysis with Smoke
- Parametric Plotter
- PSpice MATLAB Interface
Audience
- Analog Designers
- Electrical Engineers
Prerequisites
You must have experience with:
- Basic schematic entry with OrCAD® Capture
Related Courses
Please see course learning maps at this link for a visual representation of courses and course relationships. Regional course catalogs may be viewed here.
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