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Advanced SIMPLIS Training
Course Outline
Installing Training Course Network License
Getting Started
Navigating the Course Material
Module 1 - Overview of the SIMPLIS Environment
1.0 SIMPLIS Basics
1.0.1 SIMPLIS is a Time-Domain Simulator, all the Time, for Every Analysis, Period
1.0.2 PWL Simulation and Modeling
1.0.3 Accuracy of PWL Models
1.0.4 Multi-Level Modeling
1.0.5 POP Analysis
1.0.6 AC Analysis
1.1 Introduction to DVM: What is DVM?
1.2 The SIMetrix/SIMPLIS User Interface
1.2.1 Introduction to the SIMetrix/SIMPLIS User Interface
1.2.2 Customizing the User Interface
1.2.3 User Interface Feature Tour
Module 2 - Advanced SIMPLIS
2.0 Transient Analysis Settings
2.1 Initial Conditions and Back Annotation
2.1.1 The Initial Conditions (.INIT) File
2.1.2 Back Annotating a Schematic
2.2 How POP Really Works
2.2.1 Overview of the Periodic Operating Point (POP) Analysis
2.2.2 The Core POP Process
2.2.3 POP Error Messages
2.2.4 Circuits Which Cause POP to Fail
2.3 Managing Simulation Data
2.4 Advanced Probing
2.4.1 Random Probing
2.4.2 Generating Per Cycle Curves
2.4.3 Defining Arbitrary Curves
2.4.4 Plotting Frequency Spectrums
2.4.5 The .GRAPH Statement
2.4.6 Using Plot Journals
Module 3 - Getting Ready to Model
3.0 A Look Under the SIMPLIS Hood
3.0.1 What Happens When You Press F9?
3.0.2 What Actual Device is Simulated in SIMPLIS?
3.1 SIMPLIS Multi-Step Analysis
3.2 SIMPLIS Monte Carlo Analysis
3.3 Loading a Schematic with Component Values
Module 4 - Introduction to Modeling
4.0 What is a Symbol?
4.1 What is a Model?
4.2 What is a Schematic Component File?
4.3 What is a Device?
4.4 Protecting Your Intellectual Property - Model Encryption
4.5 Debugging Slow Simulations
Appendix - Symbols May Not Represent What You Think
Module 5 - Parameterization
5.0 About Parameters
5.1 Passing Parameters into Subcircuits
5.2 Parameter-Editing Dialogs
5.2.1 Adding Basic Parameter-Editing Dialogs
Adding Basic Parameter-Editing Dialogs
5.2.2 Adding Tabbed Parameter-Editing Dialogs
5.3 Passing Parameters Through Multiple Hierarchy Levels
Appendix - Passing Parameters into Subcircuits Using the PARAMS Property
Module 6 - Modeling
6.0 Model Requirements
6.1 Building a Subcircuit Load
6.1.1 Constant Resistance Subcircuit
6.1.2 Constant Current Subcircuit
6.1.3 Constant Voltage Subcircuit
6.2 Assembling the Subcircuit Load
Module 7 - Applications
7.0 Create MOSFET Driver Model
7.1 Switching Losses and Measuring Efficiency
7.2 Low-Voltage High-Current Tuned Load Line Techniques
Appendix A: Useful Keyboard Shortcut Keys
Appendix B: Training Keyboard Shortcut Keys
Appendix C: Schematic Tips and Tricks
Appendix D: SIMPLIS PWL R, L, C
Appendix E: SIMPLIS VPWL and IPWL Resistors
SIMPLIS Tutorial
1.0 Getting Started with the SIMPLIS Tutorial
2.0 Entering the Design
2.1 Add Symbols and Wires
2.2 Edit Standard Component Values
2.3 Edit Multi-Level Models
2.4 Edit Parameter-Extracted Models
2.5 Change to a User-defined Model
3.0 Simulating the Design
3.1 Set up a Transient Simulation
3.2 Set up a POP Analysis
3.3 Set up an AC Analysis
4.0 Managing Simulation Output
4.1 Output Curves to Separate Grids
4.2 Reorder the Graph Grids
4.3 Define Waveform Persistence
4.4 Add Scalar Measurements to Output Curves
4.5 Add Scalar Measurements to Probes
5.0 Building High-Level Models
5.1 Building a Compensator
5.2 Set up a Load Transient Simulation
5.3 Creating Hierarchical Schematics
5.4 Using Schematic Components
Conclusions
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