Power Converters-II
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Follow on Instagram for UpdatesPower Converters-II Syllabus — Unit-wise Content
The official GTU curriculum for Power Converters-II (subject code 2722910) as prescribed for PE · Semester 2 divides the course into 6 units, covering 53 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (2722910)Unit 1 Resonant Converters and Switch-Mode Converter Power Supplies
- Sinusoidal Analysis of Resonant Converters
- Soft Switching
- Basic Resonant Circuits
- Load-Dependent Properties of Resonant Converters
- Resonant Switch Topologies
- Soft Switching in PWM Converters
- High-Frequency Switching
- High-Frequency Isolation Transformer
- Push–Pull Converter
- Full-Bridge Converter
- Single-Switch Forward Converter
- Single-Switch Fly back Converter
Unit 2 Multilevel converter
- Introduction To Multilevel Converters
- Overview Of Multilevel Topologies
- Configurations With Diode Clamps
- Capacitor Clamped Converters
- Multilevel Multiple Three-Phase Converters
- Overview Of Modulation Strategies
- Synchronous Modulation
- Asynchronous Modulation
- Switching Signals And Load Currents
- Loss Calculations
Unit 3 Matrix Converters
- Principle Of The Matrix Converter
- Matrix Converter Switches
- Matrix Converter Circuit
- Switching Control Strategies For modulation technics
- PWM Matrix Converters
- Hybrid AC-AC Frequency converter
- Matrix Converters In Three- phase Motor Applications
- Specimen Simulation
Unit 4 Multipulse converter
- uncontrolled and controlled multipulse converter
- Three-Phase Multi-pulse Converter with different configuration
- Six-Pulse Converter
- Twelve- Pulse Converter
- Twenty-Four Pulse Converter
- Three-Phase Multi-pulse Converter with different control configuration
Unit 5 Dynamic modelling of switched converters
- Power electronics devices modelling
- different types
- modelling type
- Switched models
- Classical average model
- Methodology of averaging
- analysis of averaging
- generalized averaged model
- advantage and limitations of averaged model
- methodology of averaged modelling
Unit 6 Feedback Control of Controllers
- About feedback control systems
- Advantage of close loop system over open loop
- Transfer Function Representation of linear systems
- PI Controllers
- PID Controllers
- Adaptive control
- hysteresis control for the controller
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