Here is a link to an article in English you might be interested in:
"Magnetic Induction or Magnetic Resonance for Wireless Charging?(Magnetic Induction or Magnetic Resonance for Wireless Charging?)":http://www.powerguru.org/magnetic-induction-or-magnetic-resonance-for-wireless-charging/
or perhaps better...
"Enhancement Mode GaN Making Wireless Power Transmission More Efficient(Enhancement Mode GaN Making Wireless Power Transmission More Efficient)":http://www.powerguru.org/enhancement-mode-gan-making-wireless-power-transmission-more-efficient/
Wireless power transmission without cables is feasible using frequency-based methods such as inductive coupling and magnetic resonance. Existing implementations utilize transformer-like inductive coupling to transfer energy wirelessly, as demonstrated in applications like electric vehicle charging. Tesla pioneered early experiments in wireless power transmission, though with significant energy loss (approximately 90%). Modern research explores energy harvesting from radio frequency (RF) waveforms and improvements in efficiency through advanced semiconductor technologies like enhancement mode Gallium Nitride (GaN) devices. Relevant resources include technical articles on magnetic induction, magnetic resonance charging, and GaN-based wireless power systems. Summary generated by the language model.
