Contents & References of Design and implementation of the non-linear controller of step-down DC-DC converter
List:
Abstract
Chapter One: Overview of studies done
Introduction
1-2- Researches done on DC-DC converters
Chapter Two: Chopper introduction
2-1- Introduction
2-2- Control of dc-dc converters
2-3- Converter Reducer
2-3-1- Continuous current mode
2-3-2- Boundary between continuous and discontinuous conduction
2-3-3- Discontinuous conduction mode
2-3-3-1- Discontinuous conduction mode with constant
2-3-3-2- Discontinuous conduction mode with constant value
2-3-4- Ripple Output Voltage
Chapter Three: Sliding Mode Control
31 Introduction
3-2- Variable Structure Control
3-3- Sliding Mode Control
3-3-1- Reaching Stage
3-3-2- Sliding Stage
3-3-3- Advantages and Disadvantages of Sliding Mode Control
3-4- Effect Evaluation Delay
3-5- Noise investigation
3-5-1- Boundary layer method
3-5-2- Adaptive boundary layer method
3-5-3- Viewer-based method
3-5-4- High-order sliding mode control
3-5-5- Intelligent methods
3-6- Conclusion
Chapter Four: Buck converter simulation
4-1- Buck converter simulation in MATLAB software
4-1-1- The role of LC circuit in filtering harmonics
4-2- Buck circuit with feedback loop
4-2-1 Buck converter simulation with PI controller:
4-2-1-1- Proportional term of PID controller
4-2-1-2- Integral term
4-2-2- Buck converter simulation with SMC controller
4-2-2- 1- Buck converter modeling:
4-2-2- 2- Buck converter mode space model:
4-2-2- 3- Sliding mode control of the buck converter:
4-2-2- 4- Sliding control theory:
4-2-2- 5- Description of the simulation file
4-2-2- 6- Simulation results:
4-2-2- 7- Notes:
4-3- PISMC simulation results
4-4- Comparison of inductor current and output voltage of buck converter with PI controllers and SMC and PISMC:
4-5- Comparison of the buck converter output voltage with PI and SMC and PISMC controllers against sudden load changes:
Appendix
Source:
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