PLECS 3.6 Online Help
Contents
Getting Started
Getting Started with the PLECS Blockset
Getting Started with PLECS Standalone
How PLECS Works
Modeling Dynamic Systems
Simulating Dynamic Systems
Sampled Data Systems
Using PLECS
Configuring PLECS
Installing Extensions
Creating a New Circuit with the PLECS Blockset
Using the Library Browser
Components
Libraries
Masking Subsystems
Controlling Access to Circuits and Subsystems
Circuit Browser
PLECS Probe
Assertions
Using the PLECS Scope
Using the Fourier Analysis
Using the XY Plot
Simulation Parameters
Thermal Modeling
Heat Sink Concept
Thermal Loss Dissipation
Heat Sinks and Subsystem
Thermal Description Parameter
Semiconductor Loss Specification
Magnetic Modeling
Equivalent circuits for magnetic components
Magnetic Circuit Domain in PLECS
Mechanical Modeling
Flanges and Connections
Force/Torque Flows and Sign Conventions
Positions and Angles
Ideal Clutches
Analysis Tools
Steady-State Analysis
AC Analysis
Impulse Response Analysis
Multitone Analysis
Usage in PLECS Standalone
Usage in the PLECS Blockset
C-Scripts
How C-Scripts Work
C-Script Examples
C-Script Macros
Simulation Scripts
Command Line Interface in PLECS Blockset
Simulation Scripts in PLECS Standalone
XML-RPC Interface in PLECS Standalone
Scripted Simulation and Analysis Options
Code Generation
Code Generation for Physical Systems
Code Generation with PLECS Standalone
Code Generation with the PLECS Blockset
Processor-in-the-Loop
Motivation
How PIL Works
PIL Modes
Configuring PLECS for PIL
Target Manager
PIL Block
TI C2000 Peripheral Models
Introduction
Enhanced Pulse Width Modulator (ePWM) Type 1
Analog Digital Converter (ADC) Type 3
Components by Category
System
Assertions
Control
Electrical
Thermal
Magnetic
Mechanical
Additional Simulink Blocks
Peripheral Blocks TI C2000
Component Reference
Processor in the Loop Blocks
Component Reference
Additional Simulink Blocks
Demo Models