A Low-Power Integrated Circuit for a Wireless 100-Electrode Neural Recording System.

Recent work in field of neuroprosthetics has demonstrated that by observing the simultaneous activity of many neurons in specific regions of the brain, it is possible to produce control signals that allow animals or humans to drive cursors or prosthetic limbs directly through thoughts. As neuroprost...

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Bibliographic Details
Published in:	IEEE Journal of solid state circuits 42, 1 (2007).
Main Author:	Harrison, R. R.
Format:	Article
Language:	English
Subjects:	0.5 micron. 100-channel microelectrode array. 13.5 mW. 2.64 MHz. 330 kbits/s. 433 MHz. CMOS process. FSK transmitter. Utah electrode array. Biomedical electronics. Cat cortex. Control signals. Fully-implantable amplification. Implantable devices. Inductive link. Low-power analog-to-digital converter. Low-power circuit design. Low-power integrated circuit. Neural amplifier. Neural signals. Neuroprosthetic devices. Prosthetic limbs. Prototype integrated circuit. Spike detectors. Telemetry electronics. Wireless 100-electrode neural recording system.