Questions we often hear
“We want to charge a ring-sized device without a connector.”
“Could this sensor live on harvested energy?”
“Our wireless charger gets hot and charges slowly.”
“How small can the receiver coil be?”
What we do
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Wireless charging for small devices, including NFC Wireless Charging at 13.56 MHz and inductive charging.
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Coil and ferrite design for tiny receivers in rings, styluses, wearables and biomedical sensors.
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Coupling, efficiency, heating and alignment, simulated and measured.
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Battery-free NFC sensors, powered by the reader while they are being read.
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Energy harvesting concepts from radio waves, light, heat or motion.
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Power architecture for low-power systems: storage, power management and an energy budget per year.
Technologies
What you get
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A feasibility study with coupling and efficiency numbers
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Coil and ferrite designs
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A working prototype
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A measurement report
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Integration guidelines
The human side
Every charging ritual is a small tax on attention. We try to remove it: devices that top up where they already rest, or that need no battery at all.
Working on something like this?
Other areas
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Wireless connectivity
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