As neural implant technologies advance rapidly, a nuanced understanding of their powering
mechanisms becomes indispensable, especially given the long-term biocompatibility risks …

The paper describes the design, implementation, and characterization of a novel multilevel
synchronized pulse position modulation paradigm for high efficiency optical biotelemetry …

Near-field interfaces with miniaturized coil systems and low output power levels, such as
applied in biomedical sensor systems, can suffer from severe efficiency degradation due to …

In this paper, we propose and validate a tactile sensory feedback system for prosthetic
applications based on an optical communication link. The optical link features a low power …

This study presents an equivalent circuit model for the analysis of wireless power transfer
(WPT) through both electric and magnetic couplings using merely a resonant coupler …

This paper reports on a fully integrated optical wireless power transfer system designed for
implantable biomedical devices. If compared with the solutions based on radiative and non …

In this paper, an ultra‐low‐power and area‐efficient demodulator circuit for wireless
downlink SCM/CWM modulation schemes is proposed. The proposed demodulator offers …

Both motor unit-based control algorithms and implantable interfaces are promising
approaches to improve current prosthetic limbs by allowing control of more movements …

For a wireless power and data transmission system, when a shared link is used for both
purposes, the cross-talk interference from higher harmonics of the power transfer interface …