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Dual AGC Model Implementation of the Inner Hair Cell and Auditory Nerve IC in euromorphic VLSI

机译:拟态超大规模集成电路中内毛细胞和听觉神经IC的双AGC模型实现

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ABSTRACT-An analog inner hair cell and auditory nerve has been implemented for the persons with hearing disabilities. The designed circuit uses fully balanced circuits to reduce the mismatch of the signals that enters through the hearing aid. Ultra low power consumption of the circuit in the machine save the battery life to be used for years. CMOS current mode is being implemented to the computationally developing hearing aid IC. The designed IC can be used to obtain a result in spectrogram by measuring the frequencies from articulogram in future. The power consumption of the circuit is reduced dramatically.
机译:摘要-已为听力障碍人士实施了模拟的内部毛细胞和听觉神经。设计的电路使用完全平衡的电路,以减少通过助听器进入的信号的失配。机器中电路的超低功耗可节省电池寿命,可使用数年。 CMOS电流模式正在实施中以计算方式开发的助听器IC。通过将来测量关节图的频率,可以将设计的IC用于获得频谱图结果。电路的功耗大大降低。

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