There is a growing trend in aircraft electrification, which can reduce green-house gas emissions, reduce audible noise, reduce maintenance needs, lower cost, and improve safety. Moving from mechanical, pneumatic, and hydraulic power to electric power requires architecture changes, more electric power, and improvements in electric power generation, distribution, and conversion. … [Read more...] about Wide Bandgap Semiconductor-Based Power Electronics for Aviation
Aerospace electronics
Wide Bandgap-Based Power Electronics for Aerospace Applications
Aerospace applications are not new but potentially the final frontiers for power electronics research and developments. On the aviation side, because of the need for fuel saving and greenhouse gas reduction, more electric aircraft (MEA), unmanned aerial vehicles (UAVs), electric vertical take-off and landing (eVTOL) aircraft, and future hybrid and turbo electric propulsion call … [Read more...] about Wide Bandgap-Based Power Electronics for Aerospace Applications
