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An implantable telemetry device is presented, inductively powered by a 5.8mW 27MHz ISM-band supply and received with a stacked-spiral implantable power coil. A 15th harmonic 405MHz MICS-band data carrier is generated from the power signal, data-modulated, filtered and sent to a receiver via a wireless data link. The implantable module is tested in a biological environment, successfully proving the...
Transcutaneous power transmission is a critical issue for long term reliable operation of implantable systems. This paper reports a power-oscillator based inductive power link to power up any implantable unit inside the human body. Instead of using power amplifier which requires high drive requirement, two power-oscillator based inductive powering schemes have been presented to achieve high link efficiency...
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