Digital Control in Switched Mode Power Converters and FPGA-based Prototyping

Por: Swayam . en: ,

Week 1: Introduct ion to digital control in switched mode power converters, industry trends, simulation/hardware platforms Week 2:Fixed and variable frequency digital control architectures Week 3:Model development for digitally controlled switched mode power converters using MATLAB custom coding and/or SIMULINK Week 4:Modeling techniques in digitally controlled switched mode power converters and model validation using MATLAB Week 5:Time and frequency domain digital control design methods and MATLAB validation of closed-loop performance Week 6:Digital control implementation - power stage design and BOM, selection of ADC, DAC, signal conditioning, digital controller platforms (system level and IC implementation perspectives) Week 7:Demonstration of reference design, component selection, schematic design and layout, PCB development, steps for FPGA based hardware prototyping, testing and measurement Week 8:Introduction to Verilog HDL and simulation using Xilinx Webpack Week 9:Fixed point implementation using Verilog HDL (P, Pl, PIO, etc.) Week 10:Step-by-step implementation of digital voltage mode control using Verilog HDL and prototyping using FPGA Week 11:Step-by-step implementation of digital current mode control using Verilog HDL and prototyping using FPGA Week 12:Demonstration of hardware case studies of multimode digital control, course summary and key takeaways

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