Lecture 07: Power Stage Design of Basic SMPCs: Summary

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Lecture 08 : Fixed Frequency Modulation Techniques

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Lecture 09: Variable Frequency Modulation Techniques

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Lecture 10 : Modulation in Discontinuous Conduction Mode (DCM)

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Lecture 11 : Synchronizing Simulation and Script files in MATLAB

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Lecture 12 : Interactive MATLAB Simulation and Case Studies

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Lecture 13: Converter's Objectives and Control Implications

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Lecture 14: Feedforward Control in SMPC

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Lecture 15: Single and Multi Loop Feedback Control Methods

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Lecture 16: Feedback Control of Cascaded SMPCs

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Lecture 17: Combined feedback and feedforward control

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Lecture 18: State feedback control

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Lecture 19: Variable Frequency Control - Understanding Opportunities and Challenges

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Lecture 20: Constant On-time Control Methods

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Lecture 21: Constant Off-time Control Methods

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Lecture 22: Hysteresis Control

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Lecture 23: Stability and Performance Comparison using MATLAB Simulation

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Lecture 24 : Light Load Control Methods and Interactive MATLAB Simulation

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Lecture 25: Overview of Modeling Techniques

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Lecture 26: State space averaging and model validation

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Lecture 27: Circuit Averaging Techniques and Equivalent Circuit

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Lecture 28: DC Analysis using Equivalent Circuit Model

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Lecture 29 : Derivation of Small-Signal Transfer Functions

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Lecture 30 : Small-Signal Model Validation using MATLAB and Time Domain Correlation

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Lecture 31 : Small-signal Modeling with Closed Current Loop

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Lecture 32 : Impedance Analysis and Stability

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Lecture 33 : Loop Gain Analysis and Understanding Model Limits using MATLAB

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Lecture 34 : PID Control Design and Tuning under VMC with MATLAB Case Studies

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Lecture 35 : Shaping Output Impedance of a Buck Converter under VMC

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Lecture 36 : Design of VMC Boost Converter and MATLAB Design Case Studies

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Lecture 37 : Accurate Small-signal Modelling under CMC and Verification using MATLAB

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Lecture 38 : Design CMC in a Buck Converter and MATLAB based Model Validation

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Lecture 39 : Design of CMC Boost Converter - Output and State Feedback Approaches

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Lecture 40 : Loop Interactions in CMC and Design of Average CMC

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Lecture 41 : Dynamics of SMPCs and Overview of Model-based Nonlinear Control

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Lecture 42 : Dynamics of LTIs and Vector Field with MATLAB Demonstration

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Lecture 43 : Geometric Perspectives of Eigenvalues and Eigenvectors in SMPCs

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Lecture 44 : Small-signal and Large-signal Model based Nonlinear Control

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Lecture 45 : Introduction to Sliding Mode Control in SMPCs

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Lecture 46 : Sliding Mode Control Design in a Buck Converter

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Lecture 47 : Boundary Control Techniques and Selection of Switching Surfaces

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Lecture 48 : Time Optimal Control and Identifying Physical Limits in SMPCs

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Lecture 49 : Linking Switching Boundary and PID Controller Structure in SMPCs

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Lecture 50 : Large-Signal Controller Tuning in Buck Converter: Objectives and Derivations

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Lecture 51 : Large-Signal Controller Tuning in Boost and Buck-Boost Converters

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Lecture 52 : Large-Signal Controller Tuning in Fixed- and Variable-Frequency Control

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Lecture 53 : Critical Performance Limits in Dynamic Voltage Scaling and Possible Solutions

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Lecture 54 : Nonlinear Control vs. Large-Signal Tuning: Comparative Study using MATLAB

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Lecture 55 : Small-Signal vs. Large-Signal Tuning: Comparison using MATLAB Simulation

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VLecture 56: Performance Improvement and Size Reduction using Large-Signal based Control

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Lecture 57 : Digital Control in High Frequency SMPCs - Introduction and Motivations

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Lecture 58 : Overview of Fixed and Variable Frequency Digital Control Architectures

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Lecture 59 : Challenges and Opportunities in Digitally Controlled High Frequency SMPCs

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Lecture 60 : Course Summary, Key Takeaways, Few Emerging Applications & Future Scopes

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