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Explore the comprehensive fundamentals of power electronics through this MIT graduate-level course taught by Professor David Perreault. Master the modeling, analysis, design, control, and application of circuits for energy conversion and control, covering the electronic components, circuit theory, and analytical tools essential for efficient electronic conversion, control, and conditioning of electric power. Begin with foundational concepts including analysis methods, rectifiers, load regulation, and power factor considerations before progressing to DC/DC converter topologies and their various configurations. Delve deep into magnetic component design across multiple lectures, examining core materials, winding techniques, and optimization strategies. Study isolated DC/DC converters, switching losses, snubber circuits, and thermal management including heat sinking principles. Advance to inverter circuits and their applications, switched-mode rectifiers, and comprehensive three-phase system analysis including three-phase inverters. Develop expertise in control theory applications including current-mode control strategies and stability analysis. Investigate electromagnetic interference (EMI) filter design for both common-mode and differential-mode noise suppression. Explore advanced topics including switched-capacitor converters, soft switching techniques, resonant power conversion methods, and resonant converter matching networks. Conclude with practical implementation considerations covering gate drive circuits, level shifting techniques, and PCB layout best practices for power electronic systems. Gain both theoretical understanding and practical design skills essential for modern power electronics applications across industries including renewable energy, electric vehicles, and power supplies.
