A 21-bit companding two-step analog-to-digital converter using a minimum amount of high voltage devices for recording neural responses in cochlear implants

Long term cochlear implant electrode improvement for stimulation and sensing neuronal activity

Titanium nitride as a micro-electrode material for auditory nerve stimulation and sensing purposes

Cochlear implant electrode development for improved implants

TiN as an microelectrode material for nerve stimulation and sensing

Electric field density distribution for Cochlear Implant microelectrode array

Thin titanium nitride films deposited using DC magnetron sputtering used for neural stimulation and sensing purposes

Cochlear implant electrode development for improved implants

An additive instantaneously companding readout system for cochlear implants

Design and simulation of silicon electrodes for cochlear auditory nerve stimulation

Design and fabrication of stiff silicon probes: A step towards sophisticated cochlear implant electrodes

Development of Probes for Cochlear Implants

Micromachined Silicon probes for cochlear auditory nerve stimulation

Silicon probes for cochlear auditory nerve stimulation and measurement

Study of fabrication strategies for silicon in cochlear implants

Noise and magnetic domain structure in NiFe thin films