This paper provides an update on the sensors and actuators involved in Stem Cells (SC)
differentiation processes based on electric stimulation (STI), including both current and …

This article proposes a neural stimulation integrated circuit design with multiple current
output modes. In the cathodic stimulation phase and anodic stimulation phase, each output …

This paper presents a fully integrated high-voltage (HV) neural stimulator with on-chip HV
generation. It consists of a neural stimulator front-end that delivers stimulation currents up to …

A near-field galvanic coupled transdural telemetry ASICs for intracortical brain-computer
interfaces is presented. The proposed design features a two channels transmitter and three …

This paper presents a fully integrated stimulator using a dynamic bulk biasing technique and
a dynamic control scheme in a 180-nm bulk CMOS technology. Unlike the conventional bulk …

An energy-efficient power management interface (PMI) with adaptive high-voltage (HV)
stimulation capability is presented for patch-type healthcare devices where power …

This letter presents a high-voltage fast-speed pulse generator with the suggested current-
mode dead-time control (DTC) comparator. Measurements show that the propagation delay …

Safety issues are the most important concern in electrical stimulation. Equating the charge in
the anodic and cathodic phases, namely charge balancing or charge equalizing, is a well …

This paper presents a 4-channel neural stimulation integrated circuit design with
exponential current output. Using exponentially decaying current output for neural …

This paper proposes a neural stimulator silicon chip design with an improved charge
balancing technology. The proposed neural stimulation integrated circuit (IC) uses two …