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User Manual:
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Page Count: 411 [warning: Documents this large are best viewed by clicking the View PDF Link!]
- toc
- Acknowledgments
- Getting Started
- Advanced Components and Techniques
- Introducing Power Electronics
- Simulate Variable Speed Motor Control
- Three-Phase Systems and Machines
- Building and Customizing Nonlinear Models
- Building a Model Using Model Construction Commands
- Improving Simulation Performance
- Systems with Electric Drives
- Electric Drives Library
- Simulate a DC Motor Drive
- Introduction
- Regenerative Braking
- Example: Thyristor Converter-Based DC Motor Drive
- Getting the DC3 Model from the Drives Library
- Connecting the DC3 Model to a Voltage Source
- Connecting the DC3 Model to a Mechanical Load
- Defining the Set Point
- Visualizing Internal Signals
- Setting the Fixed-Step Simulation Environment
- Setting the High Power Drive Parameter Set
- Setting the Motor Inertia Value
- Setting the DC3 Controller Parameters and Simulation Results
- Simulating in Average-Value Mode
- Simulate an AC Motor Drive
- Introduction
- Dynamic Braking
- Modulation Techniques
- Open-Loop Volts/Hertz Control
- Closed-Loop Speed Control with Slip Compensation
- Flux-Oriented Control
- Direct Torque Control
- Example: AC Motor Drive
- Getting the AC4 Model from the Electric Drives Library
- Connecting the AC4 Model to a Voltage Source
- Connecting the AC4 Model to a Mechanical Load
- Defining the Set Point
- Visualizing Internal Signals
- Setting the Fixed-Step Simulation Environment
- Setting the High Power Drive Parameter Set
- Setting the Motor Inertia Value
- Setting the Braking Chopper Resistance Value
- Setting the DC Bus Initial Voltage Value
- Setting the AC4 Controller Parameters
- Simulation Results
- Mechanical Models
- Mechanical Coupling of Two Motor Drives
- Winding Machine
- Robot Axis Control Using Brushless DC Motor Drive
- Building Your Own Drive
- Retune the Drive Parameters
- Modify a Drive Block
- Multi-Level Modeling for Rapid Prototyping
- Transients and Power Electronics in Power Systems
- Series-Compensated Transmission System
- Thyristor-Based Static Var Compensator
- GTO-Based STATCOM
- Thyristor-Based HVDC Link
- VSC-Based HVDC Link
- Transient Stability of Power Systems Using Phasor Simulation
- Index
- tables