Elisa Krause
Papers
2
Total Citations
6
H-Index
1
About
Elisa Krause is an emerging researcher specializing in advanced power electronics for space applications, with a particular focus on high-efficiency DC-DC converter design and radiation-tolerant systems. Her work addresses one of the most pressing challenges in next-generation space robotics: achieving high step-down voltage conversion while minimizing mass — a critical constraint in space missions where every gram matters. Krause's most notable contributions center on multilevel converter topologies, including hybrid switched-capacitor and flying capacitor multilevel architectures. Her 2025 paper on a GaN-based composite hybrid switched-capacitor DC-DC converter has already garnered 5 citations, reflecting rapid early interest from the power electronics community. Her complementary 2024 work on an 840 V-to-120 V radiation-tolerant flying capacitor multilevel converter demonstrates her ability to design systems that perform reliably in the harsh radiation environments of deep space. What distinguishes Krause's research is its direct applicability to future robotic planetary exploration, bridging theoretical converter design with real engineering constraints like radiation hardness and mass optimization. Though early in her career, her focused contributions to space power systems position her as a promising voice in this specialized and high-impact field.
Research Focus
Key Achievements
Top Papers
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- 2