A control circuit adjusts cardiac signal sensing sensitivity during autonomic neural modulation delivery to prevent interference.
An implantable electrostimulator applies electrical currents to enhance limb perfusion.
RF driven charge metering system powers retinal prostheses while minimizing tissue damage from heat generation through adiabatic voltage stimulation.
Segmenting low-speed programming from high-speed data transfer resolves range and rate limits in implantable neuromodulation systems.
Generating electrical property maps from MRI data to calculate optimal inputs for targeted brain stimulation.
Short-range communication modules transmit stored implant data directly to mobile terminals via near field links.
A controlled-current stimulator emulates voltage pulses by selectively coupling electrodes to regulated and unregulated current paths.