Cosmic Radiation Reliability Analysis for Aircraft Power Electronics

Keyphrases

• Power Electronics 100%
• Reliability Analysis 100%
• Solar Energetic Particles 100%
• Radiation Reliability 100%
• Aircraft Power 100%
• Cosmic Radiation 100%
• Radiation Environment 66%
• Galactic 66%
• Scale Factor 33%
• More Electric Aircraft 33%
• Power Converter 33%
• Order of Accuracy 33%
• Power System 33%
• Geographical Distribution 33%
• Aerospace 33%
• Aircraft Application 33%
• Failure Mode 33%
• Induced Failures 33%
• High-power Converter 33%
• Upward Trend 33%
• Failure Rate 33%
• Electronic Systems Reliability 33%
• Airborne System 33%
• System Voltage 33%
• Cosmic Rays 33%
• State-of-the-art Models 33%
• Derating Factor 33%
• Single Event Burnout 33%
• Flight Altitude 33%
• Geant4 33%
• Power Electronics Reliability 33%
• Monte Carlo Code 33%
• Altitude Profile 33%
• Failure Rate Data 33%
• Cosmic Ray Intensity 33%
• Space Systems 33%
• Solar Eruptions 33%

Engineering

• Power Electronics 100%
• Energetics 100%
• Reliability Analysis 100%
• Power Converter 66%
• Power Engineering 33%
• Aerospace Engineering 33%
• System Reliability 33%
• Failure Mode 33%
• Induced Failure 33%
• Failure Rate 33%
• Airborne System 33%
• Scaling Factor 33%
• Ray Intensity 33%
• Failure Rate Data 33%
• Space System 33%
• Flight Altitude 33%
• Scientific Literature 33%

Earth and Planetary Sciences

• Reliability Analysis 100%
• Energetic Particle 100%
• Power Converter 66%
• Planetary Atmosphere 33%
• State of the Art 33%
• Geographic Distribution 33%
• Fly by Wire Control 33%
• Failure Mode 33%
• Solar Prominence 33%
• Flight Altitude 33%