In this work, a switched-capacitor-based stimulator circuit that enables efficient energy
harvesting for neurostimulation applications is presented, followed by the discussion on the …

Full-duplex (FD) enabled wireless power transfer (WPT) system via textile for miniaturized
IMD is presented. By utilizing the battery-free near-field communication (NFC) method, the …

This paper presents a fully-integrated current-controlled stimulator that is powered directly
from on-chip coil antenna and achieves adiabatic energy-replenishing operation without any …

This article proposes an inductor-charging switched-capacitor stimulation (iSCS) system
capable of high-efficiency capacitor charging and high-efficacy decaying exponential …

A high-resolution neurostimulator is the essential component of many bidirectional neural
interfaces. In practice, the effective resolution of fully integrated neurostimulator designs is …

Active implantable medical devices (AIMDs) rely on batteries for uninterrupted operation and
patient safety. Therefore, it is critical to ensure battery safety and longevity. To achieve this …

Novel neural stimulation protocols mimicking biological signals and patterns have
demonstrated significant advantages as compared to traditional protocols based on uniform …

This paper presents a novel charge balancing (CB) with a current-control (CC) mode and a
voltage-control (VC) mode for implantable biphasic stimulators, which can achieve one-step …

This article proposes a stacked-switched-capacitor stimulation (SSCS) system that can
provide up to 9-V stimulation without using an external high-voltage (HV) supply or HV …

Electrical stimulation is an important technique for modulating the functions of the nervous
system through electrical stimulus. To implement a more competitive prototype that can …