A novel modular radiation hardening approach applied to a synchronous buck converter

Keyphrases

• Radiation Hardening 100%
• Synchronous Buck Converter 100%
• Modular Redundancy 100%
• Design Techniques 66%
• Triplex 66%
• Resource Requirements 66%
• Duplex 66%
• Triple Modular Redundancy 66%
• Hardware Resources 66%
• Redundancy Techniques 66%
• Special Design 33%
• Radiation Effects 33%
• Development Board 33%
• Proportional-integral-derivative Controller 33%
• Design Approach 33%
• MATLAB Simulink 33%
• DC-DC Converter 33%
• Power Supply 33%
• Electronic Devices 33%
• Stable Operation 33%
• Analog-to-digital Converter 33%
• Extreme Temperature 33%
• Induced Failures 33%
• Voltage Controller 33%
• Radiation Temperature 33%
• Digital Controller 33%
• Level Design 33%
• Component Redundancy 33%
• Radiation Tolerance 33%
• Zynq-7000 33%
• Digital Pulse Width Modulator 33%
• Radiation Hardening by Design 33%
• Xilinx System Generator 33%
• On-board System 33%
• In-Loop 33%
• Space Applications 33%
• Module Level 33%
• Expected Life 33%

Engineering

• Design Technique 100%
• Buck Converter 100%
• Simulation Result 50%
• Derivative Controller 50%
• Power Supply 50%
• Space Application 50%
• Spacecraft 50%
• Induced Failure 50%
• Development Board 50%
• Analog-to-Digital Converter 50%
• DC-to-DC Converter 50%
• Digital Controller 50%
• Pulse Duration 50%