SESSION I [ Introduction to PED and MatLab/Simulink ]
SESSION II [ FPGA Controller ]
SESSION III [ Application of PED with FPGA Controller ]
SESSION IV [ Recent Trends in PED and Controller ]
Session I [ Introduction to Power Electronics and Drives ]
1 Basics of MatLab and Simulink
- Data Types
- Plotting and Visualization
- M files
- Programming
- Building Graphical User Interfaces
- Simulink Toolbox
- MATLAB for Power Electronics
2 Basics of Power Converters
- AC to DC converter
- DC to DC converter
- DC to AC converter
- AC to AC Converter
Design analysis and application of each converters with MatLab/Simulink Examples
3 Basics of Electric Drives
- DC Drives
- AC Drives
- Special Drives
Analysis and application of each drives with Simulink Examples
Session II [ FPGA Controller ]
1 History of Controllers
- 8051
- PIC
- DSP
- ARM
- Dspic
- FPGA
2 Review of digital systems
- Summary of digital basics
- Structuring and organizing digital design
- Development cycle through an example
3 System, board design overview
- System composition and hierarchy
- System connectivity standards
- Generic engineering modeling overview and example tools
- System design stages
- Schematic to PCB flow and tools overview
- Common board design considerations
- Component classes
- Component selection and Interpretation of datasheets
- Design and schematic work – Case Study
- Basics of system levels timing, board level simulation and wave forms for timing
4 FPGA architecture and FPGA as a system component
- Programmable logic evolution
- FPGA vs. CPLD
- FPGA essential building blocks
- Logic mapping to the FPGA
- FPGA editor
- FPGA configuration
- Different classes of pins of an FPGA and system connectivity considerations
- Understanding packages and thermal data
- FPGA - Memory, Processor, DSP/Multiplier, Gigabit I/Os, Clock management components
- FPGA suppliers and differentiation
5 Getting started to Design - Schematic based FPGA design
- Concept of libraries, sources of reference
- A design problem to solve on paper by putting together the FPGA building blocks
- ISE environment
6 Logic design using VHDL
- Language concepts
- Design abstractions
- Hierarchy
- RTL overview
- Test bench
- Simulation vs. synthesis, basic synthesis options
- Combinatorial logic
- Sequential logic
- Finite State Machines (FSM)
- Usage of cores, Xilinx core gen and libraries
- Development stages
- Configuration management version control
- Coding guidelines
- Resource aware coding
- Verification planning
- Using scripts for simulation
7 FPGA implementation
- Design flow overview
- Design implementation
- Reading Reports
- Basic constraints - Timing and area
- Basics of timing analysis
- FPGA pin assignment
Session III [ Application of PED with FPGA Controller ]
1 FPGA -Based Implementation of DC-DC Buck-Boost Converters
- Introduction
- Working principle of Converter
- Design of converter
- PWM generation for converter
- Controller Design
2 FPGA -Based Control of Stepper Motors
- Introduction
- Working Principle of Stepper Motor
- PWM Generation
- Controller Design
3 FPGA -Based Control of Permanent Magnet Brushless DC Machines
- Introduction
- Working Principle of PMBLDC motor
- PWM Generation
- Controller Design
4 Space Vector Pulse Width Modulation
- Introduction
- Working Principle of Induction motor
- Principle of Constant V/Hz Control for Induction Motors
- Space Vector PWM generation
5 FPGA -Based Speed Control of Induction Motors
- Introduction
- Three-Phase Induction Motor Basic Theory
- Model of the Three-Phase Induction Motor in Simulink
- Simulation Results for the Induction Motor Control System
- PWM generation using DSP
- Controller Design
- Recent Trends in Power Electronics and Drives
Session IV [ Recent Trends in PED and Controller ]
1 Special Semiconducting Materials
- Instruction
- Need of Special Semiconducting Materials
- Types of Special Semiconducting Materials
- Behavior and Characteristics of Special Semiconducting Materials
- Comparisons of Special Semiconducting Materials
- apllication
2 Recent Developments in Power Electronic Devices
- Thyrister based ( SCR, MOSFET, GTO, MCT, IGCT )
- Transistor based (Power Diode, Power BJT, MOSFET, IGBT, IGET )
3 Recent Developments in Electric Drives
- Universal Motor
- Single Phase AC Motor
- SRM Drives
- Flex Motors
4 Recent Developments in FPGA Processors
