microrobotic applications / control algorithms / magnetics manufacturing process / high-voltage power electronics / rst such device / power electronics performance / milligram-scale devices / low-power microrobotic applications / step-up ratio applications / energy efficient control algorithm / optimization algorithm / insect-scale devices / low-voltage energy sources / linear devices / manufacturing method / power electronics package / energy density / electronics / magnetic devices / Wireless Communications / input electrical energy / low energy dissipation / highvoltage devices / ultralight power electronics package / microrobot technologies / electronic systems / compact energy sources / energy / manufacturing imperfections / /
Organization
Harvard University / National Science Foundation / Wyss Institute for Biologically Inspired Engineering / IEEE School of Engineering and Applied Sciences / /
Person
Robert J. Wood / Yeon Wei / Ca / John P. Whitney / /
Position
representative / /
Product
Harman On Time Radio / /
ProgrammingLanguage
MATLAB / DC / /
PublishedMedium
Journal of Applied Physics / /
Technology
semiconductor / laser / semiconductors / control algorithms / dielectric / Microwave / lithography / frequency modulation / microrobot technologies / fuel cells / 3g / fuel cell / energy efficient control algorithm / same optimization algorithm / integrated circuit / designed using the same optimization algorithm / fabricated using conventional circuit lithography / /
Design and Fabrication of Ultralight High-Voltage Power Circuits for Flapping-Wing Robotic Insects Michael Karpelson, Student Member, IEEE, John P. Whitney, Gu-Yeon Wei, Member, IEEE, Robert J. Wood, Member, IEEE School