The accelerating pace of research in neuroscience has created a considerable demand for
neural interfacing microsystems capable of monitoring the activity of large groups of …

Due to the constantly growing geriatric population and the projected increase of the
prevalence of chronic diseases that are refractory to drugs, implantable medical devices …

Innovative circuits and systems techniques are required to build advanced smart medical
devices (SMD). The high reliability and very low power consumption are among the main …

During the past decades, research has progressed on the biomedical implantable electronic
devices that require power and data communication through wireless inductive links. In this …

This paper describes the realization of a soft, flexible, coil fabricated by means of a liquid
metal alloy encased in a biocompatible elastomeric substrate for operation in a telemetry …

This paper presents a wireless power and downlink data transfer system for medical
implants operating over a single 10 MHz inductive link. The system is based on a Carrier …

Inductive power transfer (IPT) is a commonly employed technique for wirelessly supplying
power to implantable medical devices. A major limit of this approach is the sensitivity of the …

We present a telemetry IC with a new data modulation scheme for efficient simultaneous
transfer of power and backward data over a single inductive link. Data-driven synchronized …

In the name of electroceuticals, bioelectronic devices have transformed and become
essential for dealing with all physiological responses. This significant advancement is …

Low voltage and low power are two key requirements for on-chip realization of wireless
power and data telemetry for applications in biomedical sensor instrumentation. Batteryless …