Week 1: Introduction to digital control in switched mode
power converters (SMPCs)
Week 2: Fixed and variable
frequency digital control architectures
Week 3: MATLAB custom model
development for simulation under digital control
Week 4: Modeling techniques
and model validation using MATLAB
Week 5: Frequency and time
domain digital control design approaches
Week 6: Digital control
implementation blocks and steps for FPGA based prototyping
Week 7: Introduction to
Verilog HDL and simulation using Xilinx Webpack
Week 8: Digital controller
implementation using fixed point arithmetic and Verilog HDL
Week 9: Digital Control
Implementation using STM32 and C2000 Series Microcontrollers
Week 10: Steps for FPGA
prototyping of digital voltage mode and current mode control
Week 11: Design and validation
case studies using digital voltage and current mode control
Week 12: Hardware case studies
of advanced digital control techniques and course summary
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