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Realization of 1 million pixel charge transfer type ion image sensor with 12 µm pixel pitch

机译:实现12万像素间距的100万像素电荷转移型离子图像传感器

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An advanced charge transfer type hydrogen image sensor consisting of 1024 × 1024 pixels with 12.1 µm pixel pitch, which contains the most pixels to date and half pitch compared to previous works, was fabricated. The new pixel layout of common ID electrodes and partition scanning system were designed for high-density image element (12.1 µm) and preventing a readout lag time. The pH sensitivity is 29.8 mV/pH using standard pH solutions. All 1024 × 1024 pixels are capable of measuring hydrogen ions, as demonstrated in the video of the hydrogen ion movement on the new sensor chip. To realize the high-density array sensor, observance of various movements of a cell can perform.
机译:制作了一种先进的电荷转移型氢图像传感器,该传感器由1024×1024个像素组成,其像素间距为12.1 µm,与以前的作品相比,该像素迄今最多,像素间距最大。通用ID电极和分区扫描系统的新像素布局设计用于高密度图像元素(12.1 µm),并防止了读出滞后时间。使用标准pH溶液时,pH灵敏度为29.8 mV / pH。所有1024×1024像素都能够测量氢离子,如新传感器芯片上氢离子运动的视频所示。为了实现高密度阵列传感器,可以执行对单元的各种运动的观察。

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