We review integrated circuits for low-frequency noise and offset rejection as a motivation for
the presented digitally-assisted neural amplifier design methodology. Conventional AC …

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 …

We present a fully differential 128-channel integrated neural interface. It consists of an array
of 8 X 16 low-power low-noise signal-recording and generation circuits for electrical neural …

This paper presents a neural recording amplifier array suitable for large-scale integration
with multielectrode arrays in very low-power microelectronic cortical implants. The proposed …

We present a multichip structure assembled with a medical-grade stainless-steel
microelectrode array intended for neural recordings from multiple channels. The design …

This paper presents a fully implantable 100-channel neural interface IC for neural activity
monitoring. It contains 100-channel analog recording front-ends, 10 multiplexing successive …

A 0.13 μm CMOS system on a chip (SoC) for 64 channel neuroelectrical monitoring and
responsive neurostimulation is presented. The direct-coupled chopper-stabilized neural …

This paper describes a micropower low-noise neural front-end circuit capable of recording
epileptic fast ripples (FR). The front-end circuit consisting of a preamplifier followed by a 6th …

Significant progress has been made in systems that interpret the electrical signals of the
brain in order to control an actuator. One version of these systems senses neuronal …

Recent years have seen fast advances in neural recording circuits and systems as they offer
a promising way to investigate real-time brain monitoring and the closed-loop modulation of …