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Aerospace Engineering: Aircraft Electrical Systems
Course Introduction
Course Introduction (4:24)
New section
Power Evolution and Requirements (4:29)
System Architecture Overview (4:11)
Safety and Redundancy Principles (3:55)
Aircraft Electrical Generation and Distribution Systems
Generator Fundamentals (4:19)
Integrated Drive Generators (4:20)
Generator Control Units (4:12)
Variable Frequency Generators (3:52)
Power Conversion and Conditioning (3:40)
DC vs. AC in Aircraft (4:02)
Primary Distribution Buses (4:05)
Secondary Power Distribution (2:26)
Load Management Strategies (3:28)
Auxiliary Power Unit (APU) (4:14)
Ram Air Turbine (RAT) (4:10)
Advanced Components and Subsystems
Advanced Power Electronics (3:27)
Circuit Protection, Monitoring and Control (3:27)
Wiring and Harnesses (4:15)
Electrical Bonding and Grounding (3:23)
Battery Systems and Energy Storage (3:40)
Exterior Lighting Systems (4:07)
Interior and Emergency Lighting (4:29)
Passenger Electrical Services (4:03)
Electromagnetic Interference and Electromagnetic Compatibility (4:39)
AC vs. DC Motors (3:03)
Environmental Control System Electrical Loads (4:11)
Electrical Hydraulics and Fuel Pump Systems (2:41)
Avionics Power Supply and Interfaces (4:00)
Electrical Loads in Landing Gear and Braking Systems (3:54)
Specialized Operational Concepts and Future Directions
Starter-Generator Systems (4:19)
Power Management during Flight Phases (3:54)
High-Voltage DC Systems in More Electric Aircraft (3:48)
Electrical Systems Fault Analysis and Protection (2:29)
Lighting Protection and Susceptibility (3:41)
Integration with Hybrid-Electric Propulsion (3:48)
Safety and Redundancy Principles
Complete and Continue