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富士胶片公司(位于日本东京)开发的超级CCD(SCCD,Super CCD)图像敏感器,具有八角形的光电二极管,并且像素阵列排列呈45°角度。这种新的像素形状和排列方法和原先通常CCD设计相比具有不少优点。 排列图像单元的这种方法可以使CCD中的像素密度达到最高。与过去通常CCD的呈直角的像素排列方法相比,具有以下优点:提高了灵敏度,改进了信号噪声比,并且可以获得更宽的动态范围。 这种器件的形状和蜂巢形的排列显著地提高了空间利用率。例如,1.3M像素的SCCD提供的图像质量和2.0
Super CCD (Super CCD) image sensor developed by Fujifilm Corporation (located in Tokyo, Japan) has an octagonal photodiode and the pixel array is arranged at an angle of 45 °. This new pixel shape and arrangement has many advantages over previous CCD designs. This method of arranging the image cells maximizes the pixel density in the CCD. Compared with the conventional CCD array method, which has a right angle, it has the following advantages: improved sensitivity, improved signal-to-noise ratio, and wider dynamic range. The shape and honeycomb arrangement of such devices significantly improves space utilization. For example, a 1.3 megapixel SCCD provides image quality and 2.0