Power Electronics

  1. Control of Power Electronic Systems
    1. Modeling Techniques
      1. State-Space Averaging
        1. Continuous Conduction Mode
          1. Discontinuous Conduction Mode
            1. Averaged Models
            2. Small-Signal Modeling
              1. Linearization Process
                1. AC Small-Signal Models
                  1. Transfer Function Derivation
                  2. Large-Signal Modeling
                    1. Nonlinear Dynamics
                      1. Stability Analysis
                    2. Control System Design
                      1. Open-Loop Control
                        1. Feedforward Control
                          1. Advantages and Limitations
                          2. Closed-Loop Control
                            1. Feedback Control Principles
                              1. Error Amplification
                                1. Stability Margins
                                2. Controller Types
                                  1. Proportional Control
                                    1. Proportional-Integral Control
                                      1. Proportional-Integral-Derivative Control
                                        1. Lead-Lag Compensation
                                        2. Frequency Domain Design
                                          1. Bode Plot Analysis
                                            1. Gain and Phase Margins
                                              1. Crossover Frequency Design
                                            2. Current Mode Control
                                              1. Peak Current Mode Control
                                                1. Slope Compensation
                                                  1. Subharmonic Oscillation
                                                  2. Average Current Mode Control
                                                    1. Current Error Amplifier
                                                      1. Improved Line Regulation
                                                      2. Hysteretic Current Control
                                                        1. Variable Switching Frequency
                                                          1. Fast Transient Response
                                                        2. Digital Control
                                                          1. Microcontroller Implementation
                                                            1. ADC Requirements
                                                              1. PWM Generation
                                                                1. Real-Time Constraints
                                                                2. Digital Signal Processor Implementation
                                                                  1. High-Speed Computation
                                                                    1. Advanced Control Algorithms
                                                                    2. FPGA Implementation
                                                                      1. Parallel Processing
                                                                        1. Custom Hardware Acceleration
                                                                        2. Digital PWM Techniques
                                                                          1. Resolution Limitations
                                                                            1. Dithering Techniques
                                                                              1. Sigma-Delta Modulation

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                                                                          8. Magnetic Components Design