This paper briefly describes the structure and principle of newly developed linear-array buried-channel CCD (BCCD) with 3-phase, polysilicon overlay-gate, and, experimental results are presented.
本文对已研制成的线阵三相多晶硅交迭栅埋沟CCD (BCCD)摄象器件的结构、原理及实验、结果做一个简要的阐述。
A quick measuring system for light source color using linear CCD as multi channel detector is presented in the paper.
介绍了一种以线阵CCD器件为多通道探测器的光源颜色快速测试系统。
Finally, the experimental results of double channel parallel operation for the CCD are given, and the practicability of this method is demonstrated.
最后给出了CCD双路并联应用的实验结果，并对单路与双路CCD在CCD相关器中的实验结果进行了比较，表明了这一方法的可行性。
On the basis of the internal process structures of the tri-CCD, this correction method caches and restructures the three-channel data in hardware separately, and restores the true color.
该修正方法根据多线阵彩色CCD内部工艺结构，将三通道数据在硬件上进行分开缓存、重组，实现真实色彩的还原。
The mechanics of the potential well of buried channel charge coupled device (CCD) are described.
对埋沟电荷耦合器件（CCD）的势阱形成机理进行了描述。
The mechanics of the potential well of buried channel charge coupled device (CCD) are described.
对埋沟电荷耦合器件（CCD）的势阱形成机理进行了描述。
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