TAGS

Here are the tags of the topics covered by the different examples:

AC Analysis

• Benchmark AC Sweep

AC-DC

• AC-DC 3-phase Diode Bridge
• AC-DC 3-phase Thyristor Rectifier
• Single Phase PFC Bang Bang converter
• Totem Pole Bridgeless PFC
• Three-phase PFC rectifier

Basics

• AC-DC 3-phase Diode Bridge
• AC-DC 3-phase Thyristor Rectifier
• DC-AC 3-phase Inverter
• DC-DC Buck Converter
• DC-DC Boost Converter
• DC-DC BuckBoost Converter
• DC-DC Non-inverting BuckBoost Converter
• DC-DC Cuk Converter
• DC-DC Flyback Converter
• DC-DC Forward Converter
• DC-DC Buck Chopper (with Thermal model)
• DC-DC Interleaved Buck Converter
• DC-DC Forward Converter (Magnetic)
• Run Simulation
• Parameter Sweep
• Create Circuit
• Open-Save Project File
• Optimization example with Scipy
• Create Modify Subcircuit
• Read and write variables
• Compress Scopes

Benchmark

• Benchmark with analytical calculation
• Benchmark AC Sweep
• JMAG-RT Model Validation

Control

• AC Sweep Analysis
• C-code Block
• Debug C-code
• PWM Control Block
• External Library Block
• Zoh & multi-time step solver
• Phase Shift Full Bridge
• Dual Active Bridge
• Single Phase PFC Bang Bang converter
• Totem Pole Bridgeless PFC
• Modulation Strategies
• LLC PI control tuning (with SmartCtrl)
• Modulation strategies Motor Drive

Control Design

• Buck Converter PID parameters optimization
• Direct Current Power Flow Control
• PI tuning
• Slider Widget for PI tuning

Converter Design

• LLC Converter Design

DC-AC

• DC-AC 3-phase Inverter
• Modulation Strategies
• Three-phase Inverter Parameter Sweep

DC-DC

• DC-DC Buck Converter
• DC-DC Boost Converter
• DC-DC BuckBoost Converter
• DC-DC Non-inverting BuckBoost Converter
• DC-DC Cuk Converter
• DC-DC Buck Chopper (with Thermal model)
• DC-DC Interleaved Buck Converter
• System to Device-Level Simulation
• Run Simulation
• Parameter Sweep
• Create Circuit
• Open-Save Project File
• Parallel Parameter Sweep
• Buck Converter PID parameters optimization
• Direct Current Power Flow Control

Desktop App

• AC-DC 3-phase Diode Bridge
• AC-DC 3-phase Thyristor Rectifier
• DC-AC 3-phase Inverter
• DC-DC Buck Converter
• DC-DC Boost Converter
• DC-DC BuckBoost Converter
• DC-DC Non-inverting BuckBoost Converter
• DC-DC Cuk Converter
• DC-DC Flyback Converter
• DC-DC Forward Converter
• DC-DC Buck Chopper (with Thermal model)
• DC-DC Interleaved Buck Converter
• DC-DC Forward Converter (Magnetic)
• Induction machine drive example with a V / f scalar control
• PMSM Inverter Drive
• Phase Shift Full Bridge
• Dual Active Bridge
• Single Phase PFC Bang Bang converter
• EV Battery Charger
• Totem Pole Bridgeless PFC
• Modulation Strategies
• Three-phase PFC rectifier
• System to Device-Level Simulation
• LLC PI control tuning (with SmartCtrl)

Device-level

• System to Device-Level Simulation

File Import Export

• CSV File Import
• CSV File Export
• MAT File Import

Interactive simulation

• Interactive Simulation
• Modify Parameter During Simulation
• Interactive Simulation with Duty Cycle Modification

Isolated DC-DC

• DC-DC Flyback Converter
• DC-DC Forward Converter
• DC-DC Forward Converter (Magnetic)
• Phase Shift Full Bridge
• Dual Active Bridge
• EV Battery Charger
• LLC PI control tuning (with SmartCtrl)

JMAG

• JMAG-RT Model Validation
• Inverter Efficiency Map with JMAG-RT model
• Modulation strategies Motor Drive

Magnetic

• DC-DC Forward Converter (Magnetic)

Matlab

• Run Simba from Matlab
• MAT File Import

Mechanical

• Modeling in Electrical and Mechanical Domains
• Induction machine drive example with a V / f scalar control
• PMSM Inverter Drive

Motor Drives

• Induction machine drive example with a V / f scalar control
• PMSM Inverter Drive
• Inverter Efficiency Map
• Inverter Efficiency Map with JMAG-RT model
• Modulation strategies Motor Drive

Optimization

• Buck Converter PID parameters optimization
• Optimization example with Scipy

PFC

• Single Phase PFC Bang Bang converter
• Totem Pole Bridgeless PFC
• Three-phase PFC rectifier

Parameter Sweep

• Parallel Parameter Sweep
• Three-phase Inverter Parameter Sweep
• Thermal Data Management
• Inverter Efficiency Map
• LLC Converter Design
• Switching Frequency Sweep
• Gate Resistance Sweep
• Heatsink Resistance Sweep
• Inverter Efficiency Map with JMAG-RT model

Power Supplies

• Phase Shift Full Bridge
• Dual Active Bridge
• EV Battery Charger
• Modulation Strategies
• System to Device-Level Simulation
• LLC PI control tuning (with SmartCtrl)
• LLC Converter Design

Python

• Get Started with Python Module
• Jupyter Notebook
• Multiprocessing with Python Module
• Run Simulation
• Parameter Sweep
• Create Circuit
• Open-Save Project File
• Parallel Parameter Sweep
• Three-phase Inverter Parameter Sweep
• Buck Converter PID parameters optimization
• Direct Current Power Flow Control
• Thermal Data Management
• Benchmark with analytical calculation
• Interactive Simulation
• Benchmark AC Sweep
• Inverter Efficiency Map
• LLC Converter Design
• CSV File Import
• Switching Frequency Sweep
• Gate Resistance Sweep
• Heatsink Resistance Sweep
• Sensitivity Analysis
• Monte Carlo Worst Case Analysis
• Fault Analysis
• PI tuning
• Dataviz using Bokeh
• Scrolling Menu
• CSV File Export
• Slider Widget for PI tuning
• Run Simba from Matlab
• MAT File Import
• Modify Parameter During Simulation
• Interactive Simulation with Duty Cycle Modification
• Optimization example with Scipy
• Create Modify Subcircuit
• Read and write variables
• Monte Carlo Analysis of Parallel Mosfets
• JMAG-RT Model Validation
• Inverter Efficiency Map with JMAG-RT model
• Modulation strategies Motor Drive
• Compress Scopes

Python Basics

• Sampled Signals

Python GUI

• Interactive Simulation
• Scrolling Menu
• Slider Widget for PI tuning

Python Scripts

• Sampled Signals

Thermal

• Thermal Modeling
• Import Thermal Library File (.xml)
• DC-DC Buck Chopper (with Thermal model)
• Three-phase PFC rectifier
• Thermal Data Management
• Inverter Efficiency Map
• Switching Frequency Sweep
• Gate Resistance Sweep
• Heatsink Resistance Sweep
• Scrolling Menu
• Modulation strategies Motor Drive

Tutorial

• Getting Started
• Subcircuit Custom Library
• Modeling in Electrical and Mechanical Domains
• Modeling Coupled Inductors
• Steady State Analysis
• AC Sweep Analysis
• Parameter Sweep
• C-code Block
• Debug C-code
• PWM Control Block
• Get Started with Python Module
• Thermal Modeling
• Import Thermal Library File (.xml)
• Jupyter Notebook
• Multiprocessing with Python Module
• External Library Block
• Zoh & multi-time step solver

Worst Case Analysis

• Sensitivity Analysis
• Monte Carlo Worst Case Analysis
• Fault Analysis
• Monte Carlo Analysis of Parallel Mosfets