首页> 外文会议>Proceedings of the 36th European Solid-State Device Research Conference (ESSDERC 2006) >Novel Retinal Prosthesis System with Three Dimensionally Stacked LSI Chip
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Novel Retinal Prosthesis System with Three Dimensionally Stacked LSI Chip

机译:具有三维堆叠LSI芯片的新型视网膜假体系统

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We have proposed a novel retinal prosthesis system with three-dimensionally stacked retinal prosthesis chip. The retinal prosthesis chip consists of several LSI chips that are vertically stacked and electrically connected using three-dimensional integration technology. We fabricated retinal prosthesis chip including photodetectors and stimulus current generators. We confirmed that current waveform parameters can be varied by bias voltages. Implantable stimulus electrode array was also fabricated for the electrical stimulation of the retina. To evaluate optimal retinal stimulus current, electrically evoked potential (EEP) was recorded in animal experiments. The recorded waveform shows a similar behavior to the visually evoked potential (VEP) waveform, indicating possibilities that the electrical stimulation of the retina can restore visual sensation for the blind patients.
机译:我们已经提出了具有三维堆叠的视网膜假体芯片的新型视网膜假体系统。视网膜假体芯片由几个LSI芯片组成,这些芯片垂直堆叠并使用三维集成技术进行电连接。我们制造了包括光探测器和刺激电流发生器在内的视网膜假体芯片。我们确认电流波形参数可以通过偏置电压来改变。还制造了用于视网膜的电刺激的可植入刺激电极阵列。为了评估最佳的视网膜刺激电流,在动物实验中记录了电诱发电位(EEP)。记录的波形显示出与视觉诱发电位(VEP)波形类似的行为,表明视网膜的电刺激可以恢复盲人患者的视觉感觉的可能性。

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