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A microelectrode array (MEA) chip for in-vitro signal recording and stimulating of neurons assemble is presented. The chip comprises 4times4 active sensor cells and ESD protection circuits. Each sensor cell is 60 mumtimes60 mum in dimension, including a 15 mumtimes25 mum stimulating electrode, a 15 mumtimes25 mum recording electrode and two NMOS switches which can linearly transfer signals with peak-to-peak...
A microelectronic system capable of recording from and stimulating spinal nerves at injury intervals after surgical implantation has been designed. As require of implantable engineering for the regeneration microelectronic system, the system is low noise, low power, small size and high performance. Such system, will be implanted in body for recording from and stimulating the spinal nerve and contribute...
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