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A Frequency-Division Transceiver for Long-Range Neural Signal Recording From Mul
提出一种用于长距离多点多通道神经信号记录的频分收发器SoC,显著降低功耗。
4.18 mW功耗, 16通道神经信号记录, -5 dBm发射功率, -91 dB接收灵敏度, 8米工作距离
神经信号记录频分收发器低功耗SoC多通道
▸基于连续相位调制的极坐标发射器
▸频分多址协调接收方法
▸可配置级联积分梳状子带滤波器组时间复用解调算法
Abstract
This article proposed a multiple-point multiple-
channel wireless neural signal recording system-on-chip (SoC)
integrated a frequency-division (FD) transceiver. In order to
reduce the on-chip power consumption, a continuous phase
modulation-based polar transmitter (TX) was proposed for the
uplink data, enabling two modes with different data rates.
A single-channel phase-tracking receiver (RX) was proposed for
a low-power downlink to receive control commands. An FD
multiple access-based coordinat