Keyphrases
Transformer-rectifier
100%
Line Replaceable Units
100%
Rectifier Design
100%
Solid State Transformer
50%
Co-optimization
50%
US Navy
22%
3D Rendering
22%
Alternatives Analysis
22%
Support Plan
11%
Transformer Design
11%
Power Infrastructure
11%
Hot Swap
11%
Military Performance
11%
Directed Energy
11%
System Availability
11%
High Voltage Transmission Line
11%
Ship Power
11%
Performance Specifications
11%
Low Voltage Line
11%
Magnetic Selection
11%
Military Standards
11%
Design Selection
11%
Device Evaluation
11%
Unit Replacement
11%
Thermal Management
11%
Phase I Design
11%
Optimal Combination
11%
Converter Design
11%
Unit Form
11%
Power Magnetics
11%
Design Solutions
11%
Shipboard Application
11%
Mean Time to Failure
11%
Rectifier Topology
11%
Mean Time to Repair
11%
Experience Modeling
11%
Maintainability
11%
Mechanical Cooling
11%
Device Selection
11%
Magnetic Design
11%
Electro-thermal Modeling
11%
Modular Line
11%
Pulsed DC
11%
Topology Selection
11%
Megawatt Class
11%
Semiconductor Devices
5%
Qualification Test
5%
Multiphysics
5%
Converter Topology
5%
High Power
5%
Design Concept
5%
Device Characterization
5%
Plug-and-play
5%
Test Validity
5%
Design Decisions
5%
Compartmentalization
5%
DC Load
5%
Military
5%
Energy Storage
5%
Wide Bandgap Devices
5%
State Universities
5%
System Energy
5%
System Performance
5%
Multi-objective Optimization
5%
Warfare
5%
Mechanical Robustness
5%
North Carolina
5%
Evaluation Experiences
5%
Engineering
Line Replaceable Unit
100%
Solid State Transformer
50%
Design Option
11%
Military Standard
11%
Mean Time to Failure
11%
Design Selection
11%
Design Solution
11%
Optimal Combination
11%
Maintainability
11%
Design Concept
5%
Multiobjective Optimization
5%
Energy Storage System
5%
Energy Engineering
5%
Semiconductor Device
5%
Prototype
5%
Systems Performance
5%
Project Team
5%
Finite Element Method
5%
Infrastructure
5%
Energy Gap
5%
Interconnects
5%