B. Rowden
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Research Areas
Biography and Research Information
OverviewAI-generated summary
B. Rowden's research focuses on the packaging of high-temperature silicon carbide (SiC) motor drive modules. Their work addresses the specific challenges associated with integrating these modules into hybrid-electric vehicle systems, particularly concerning their performance at elevated temperatures. This research contributes to the development of more robust and efficient power electronics for electric and hybrid vehicles. Rowden has one publication and has collaborated with A. Mantooth at the University of Arkansas at Fayetteville on shared research.
Metrics
- Publications: 1
Selected Publications
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Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles (2026)
Collaboration Network
Top Collaborators
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
- Packaging of High Temperature 50 kW SiC Motor Drive Modules for Hybrid-Electric Vehicles
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