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 PSpice Overview
- Capture (Schematic Capture)
- PSpice/Probe Window
- Stimulus Editor
- Model Editor
- Capture Schematics
- Components
- Parts Browser
- Sources
- Passive Components
- Active Components
- Wires & Buses
- Making Connections
- Ground
- Schematic Rules
- DC Path to Ground
- Voltage Source Loops
- Inductor Cutsets
Fundamental Analysis types
- DC Operating Point
- Displaying the Bias Information
- DC Sweep
- AC Frequency Sweep
- Transient (Time) Sweep
Modeling with PSpice
- Hierarchical Schematics
- User-Defined Symbols
- Importing Models from a Vendor
- Importing Models from the Web
- Making Models with the Model Editor
- Model Parameters
- Regions of Operation
- Entering Datasheet Information
- Displaying Model Characteristics
- Optimizing Model Characteristics
Analog Behavioral Models
- Functional Block Models
- Table Model
- Laplace Model
- Frequency Table Model
Using Probe
- Cursor Functions
- Saving Displays
- Command Macros
- Mixed Analog and Digital Simulation
- Digital Components
- AtoD and DtoA Converters
Parametric Sweep Analysis
- Global Parameters and Variables
- Equations with Parameters
- Parameter Sweeps over Temperature
Monte Carlo Analysis
- Component Tolerances
- Model Tolerances
- Setting Limits
- Analyzing the Output
- Worst-Case Analysis
- Toleranced Components
- Worst-Case Conditions
- Sensitivity Analysis
- Worst-Case Results
Performance Analysis
- Making Measurements in PSpice
- Goal Functions
- Search Commands
- Displaying the Measured Performance
Circuit Optimization
- Defining Circuit Parameters
- Defining Performance Goals
- Selecting Component Tolerances
- Using the Optimized Result
Course Objectives
- Learn to use PSpice/Allegro AMS to simulate, analyze, and test circuit behavior
- Learn to run DC bias, DC Sweep, AC Sweep, and Transient Analysis in PSpice
- Learn to import models from the internet into PSpice
- Learn to create your own models in PSpice
- Learn to run Monte Carlo and Worst Case analysis in PSpice
- Learn to run Parameteric Sweeps in PSpice
- Learn to run and create Goal Functions/Measurements in PSpice
- Learn to run Performance Analysis in PSpice
Send your inquiries to: carolle@cadesign.net
or call (408)
873-7598 today!
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