Brain is complex organ composed of numerous glial cells and neurons to convey
information using chemical and electrical signals. Neural interface technology using the …

A high-precision implantable pressure sensor with ultrasonic power-up and data uplink is
presented. The fully packaged implant measures 1.7× 2.3× 7.8 mm 3 and includes a custom …

A new study with rat sciatic nerve model for peripheral nerve interfacing is presented using a
fully-implanted inductively-powered recording and stimulation system in a wirelessly …

An inductively-powered wireless integrated neural recording and stimulation (WINeRS-8)
system-on-a-chip (SoC) that is compatible with the EnerCage-HC2 for wireless/battery-less …

In the past few decades, driven by the increasing demands in the biomedical field aiming to
cure neurological diseases and improve the quality of daily lives of the patients, researchers …

This paper presents a comprehensive comparison between inductive coupling and
ultrasound for wireless power transmission to biomedical implants. Several sets of inductive …

We have developed a new headstage architecture as part of a smart experimental arena,
known as the EnerCage-HC2 system, which automatically delivers stimulation and collects …

Distributed neural interfaces made of many mm-sized implantable medical devices (IMDs)
are poised to play a key role in future brain-computer interfaces because of less damage to …

Proper operation of active circuits in a wirelessly powered system requires both sufficient
power flow and voltage. Passive (battery-less) wireless systems, operating in the high …

This brief presents the design of an impulse radio ultra-wideband (IR-UWB) transmitter for
low-power, short-range, and high-data rate applications such as high density neural …