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⚡ Welcome to Lecture 06 of the “Mastering DAB Converter” series! In this lecture, we take the next important step — implementing a Closed Loop MATLAB Simulation of the Dual Active Bridge (DAB) Converter using Single Phase Shift (SPS) modulation. The focus here is on understanding how accurate controller design directly impacts system performance and how small-signal modeling plays a crucial role in achieving stable and precise regulation. 🧩 In this lecture, you will learn: ✅ Different approaches to implement closed-loop control in DAB converters ✅ The importance of proper controller design for stable voltage regulation ✅ How small-signal modeling helps in designing an accurate controller ✅ Step-by-step explanation of the Closed Loop MATLAB/Simulink simulation setup 💡 This lecture provides the foundation for developing robust controllers for DAB converters — ensuring accurate power transfer and voltage regulation under different conditions. 👍 If you’re enjoying the DAB series, don’t forget to Like, Share, and Subscribe to support the channel! 🔔 Stay tuned for the upcoming videos, where we’ll explore advanced modulation techniques and dynamic control improvements in DAB converters. #DABConverter #DualActiveBridge #ClosedLoopSimulation #ControllerDesign #SmallSignalModeling #SPSModulation #MATLABSimulink #PowerElectronics #ControlSystemDesign #FeedbackControl #DABControl #VoltageRegulation #PowerConverterDesign #SimulinkModel #DABSeries #AshishWanode #ZVS #SoftSwitching #HighPowerConverter #EngineeringStudents #Research #MATLABSimulation #PowerElectronicsLearning #EnergyConversion