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A CMOS power line communication for EEG

机译:用于EEG的CMOS电源线通信

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New Electroencephalogram - EEG systems demand larger number electrodes, such as ultra-dense EEG network. They are constituted of 256 or 512 electrodes that require a pair of wires for power supply and additional wiring for data communication (active electrodes). In order to reduce the number of wiring to a minimum, we proposed the use of Power Line Communication, over a transceiver (transmitter and receiver). The proposed transceiver was implemented in 0.18 μm CMOS technology using CADENCE tools. The circuit can operate on 1.8 DC power supply and operates at 10 M Hz.
机译:新的脑电图-脑电图系统需要更多数量的电极,例如超密集脑电图网络。它们由256或512个电极组成,这些电极需要一对用于供电的导线和用于数据通信的附加导线(有源电极)。为了将布线数量减少到最少,我们建议在收发器(发送器和接收器)上使用电力线通信。拟议的收发器使用CADENCE工具以0.18μmCMOS技术实现。该电路可在1.8 DC电源上工作,并在10 M Hz下工作。

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