Advanced Electric Drives | Flux Linkages (Stator & Rotor) Explained | Ch 2.7 Full Course – Ned Mohan

Advanced Electric Drives | Flux Linkages (Stator & Rotor) Explained Chapter 2.7 • 2-7 Flux Linkages • 2-7-1 Stator Flux Linkage (Rotor Open-Circuited) • 2-7-2 Rotor Flux Linkage (Stator Open-Circuited) • 2-7-3 Stator and Rotor Flux Linkages (Simultaneous Currents) This playlist is a complete lecture series based on the textbook Advanced Electric Drives and is structured to cover AC motor drives from fundamentals to advanced control techniques. #AdvancedElectricDrives #ACMotorDrives #MotorControl 📘 Topics covered throughout this series include: • Applications of speed and torque control • Induction motor modeling and analysis • Flux linkages and electromagnetic interactions • AC motor drive structures • Vector control (Field-Oriented Control – FOC) • Direct Torque Control (DTC) • PWM techniques and inverter operation • Simulation-based analysis of electric drives • Practical and industrial AC drive applications 🎯 This playlist is intended for: ✔ Electrical & Electronics Engineering students ✔ Graduate (MSc / PhD) level learners ✔ Engineers working with motor drives, VFDs, and inverters ✔ Anyone studying electric drives and power electronics 📌 Videos are uploaded chapter by chapter and follow a logical, progressive structure, making this playlist suitable for both academic study and professional reference. This lecture focuses on flux linkages in AC machines, a critical concept for understanding how magnetic fields interact with stator and rotor windings. You will learn how flux behaves under different operating conditions such as open-circuit and simultaneous current flow, forming the foundation for advanced motor control strategies like vector control and dynamic modeling.