Wireless power transfer is commonly realized by means of near-field inductive coupling and
is critical to many existing and emerging applications in biomedical engineering. This paper …

Recent advances in microelectronics and biosensors are enabling developments of
innovative biochips for advanced healthcare by providing fully integrated platforms for …

Biomedical implants require wireless power and bidirectional data transfer. We pursue our
previous work on a novel topology for a multiple carrier inductive link by presenting the …

Delivering milliwatts of wireless power at centimeter distances is advantageous to many
existing and emerging biomedical applications. It is highly desirable to fully integrate the …

The problem of choosing the right topology for a wireless power transfer (WPT) application
to maximize power transfer efficiency has been presented and addressed in this work. We …

Since the introduction of implantable pacemakers in the early 1960s, implantable medical
devices have become more and more interesting for healthcare services. Nowadays, the …

Near field communication devices and the emerging field of Internet of things require
efficient short range communication techniques. Classical telecommunication theory …

This paper presents a wireless energy transfer and a wireless data communication link for
neural signal monitoring-more specifically, fast ripple detection for epilepsy patients …

The efficiency of wireless power transmission via electromagnetic induction is strongly
dependent on the distance and the lateral misalignment between the sending and the …

This paper presents an inductive power link for remote powering of a wireless cortical
implant. The link includes a Class-E power amplifier, a gate driver, an inductive link, and an …