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Power Electronic Converters: Interactive Modelling Using Simulink by Narayanaswamy P. R. Iyer Book Details
| Book Name | Power Electronic Converters: Interactive Modelling Using Simulink |
| Author | Narayanaswamy P. R. Iyer |
| Category | Electronics & Communication Engineering, Education Books |
| Book Language | English |
| Publisher | Taylor & Francis Group |
| Pages | 357 |
| Country | India |
| Book Size | 22 MB |
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About Power Electronic Converters: Interactive Modelling Using Simulink by Narayanaswamy P. R. Iyer Book
Using Simulink for interactive modeling of power electronic converters is a powerful approach to simulate and analyze the behavior of these complex systems. Simulink, developed by MathWorks, is a graphical simulation and modeling tool that allows engineers and researchers to design, simulate, and analyze dynamic systems. Here's an overview of how Simulink can be used for interactive modeling of power electronic converters:
1. System Modeling:
- Block Diagram Representation: Simulink allows you to create a block diagram representation of your power electronic converter system. You can drag and drop various blocks representing components such as voltage sources, current sources, switches, diodes, capacitors, inductors, and more.
- Custom Blocks: You can create custom blocks representing specific power electronic converter topologies or control algorithms to build a detailed model of your system.
2. Simulation:
- Solver Options: Simulink offers various solver options for simulating the dynamic behavior of the power electronic converter system. You can choose from fixed-step solvers or variable-step solvers to achieve the desired simulation accuracy and efficiency.
- Time-domain Simulation: Simulink performs time-domain simulation, allowing you to observe the transient and steady-state behavior of the converter under different operating conditions.
3. Parameterization:
- Interactive Parameter Tuning: Simulink provides interactive tools to adjust parameter values in real-time during simulation. This feature is extremely useful for tuning control parameters, switching frequencies, and other design parameters to observe their effects on the system's behavior.
4. Visualization:
- Scope Blocks: You can use Scope blocks to visualize waveforms of key signals in the power electronic converter, such as input and output voltages/currents, switch control signals, and control loop responses.
- XY Graphs: Simulink allows you to plot various signals against each other to analyze relationships and characteristics.
5. Control Design:
- Control System Toolbox Integration: Simulink integrates with the Control System Toolbox, allowing you to design, analyze, and tune control systems for your power electronic converters.
- PID Controllers: You can implement PID controllers, state-space controllers, and other advanced control strategies to regulate the behavior of the power electronic converter.
6. Analysis:
- Frequency-Domain Analysis: Simulink enables you to perform frequency-domain analysis using tools such as the Bode plot to analyze the converter's frequency response and stability.
7. Parameter Sweeps and Optimization:
- Parameter Sweeps: Simulink allows you to perform parameter sweeps to analyze the converter's behavior across a range of parameter values.
- Optimization: You can use Simulink together with the Optimization Toolbox to optimize design parameters for performance criteria.
8. Reporting and Documentation:
- Simulation Data Logging: You can log simulation data for further analysis and documentation.
- Model Documentation: Simulink offers features to generate documentation for your model, which can include notes, explanations, and annotations.
Using Simulink for interactive modeling of power electronic converters provides a visual and intuitive way to understand, design, and test complex systems. It allows you to explore different configurations, control strategies, and operating conditions efficiently, leading to improved converter designs and better understanding of their behavior.
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