The designed zoom objective lens can be applied to various medical endoscope imaging systems with good image quality to match the high resolution of CCD image sensors.
所设计的变焦距物镜适用于多种医用内窥镜图像显示系统，其像质可与高分辨率的CCD 图像传感器匹配。
The stereoscopic vision information processing part is an embedded image processor, connected with two CCD image sensors, the embedded image processor is connected with the motor drive part.
立体视觉信息处理部分为一块嵌入式图像处理器，与两个CCD图像传感器相连，嵌入式图像处理器与电机传动部分相连。
Through image obtained by CCD and distance by the group of ultrasonic sensors as assistant vision system, the whole vision system function is realized.
通过由CCD摄像机获得的彩色图像与超声波传感器组获得的距离作为辅助视觉系统实现整个视觉系统功能。
CCD and CMOS image sensors each have strengths and weaknesses coming from their architecture or their fabrication process.
CCD与CMOS图像传感器由于结构和制造过程的不同而存在各自的优势与劣势。
There are two kinds of solid image sensors: Charge Coupled Device (CCD) and CMOS sensor. The paper analysis the characteristic of two kind sensors and the CCD is chosen to use.
在固体图像传感器中主要有两种固体传感器：电荷耦合器件CCD和CMOS图像传感器，就这两种传感器的性能本文进行了讨论，最终选用了CCD图像传感器。
As so far, there are tow kinds of image sensors: Charge Couple Device (CCD) and Complementary Metal Oxide Semiconductor (CMOS).
作为到目前为止，有拖曳种类图象传感器：充电夫妇设备(CCD)和互补金属氧化物半导体(CMOS)。
Based on the theory of photometry, measuring image sensors uniformity of the CCD image-forming system with large-field Angle is researched.
以光度学为理论基础，研究了大视场CCD成像系统像面均匀性测试技术。
Based on the theory of photometry, measuring image sensors uniformity of the CCD image-forming system with large-field Angle is researched.
以光度学为理论基础，研究了大视场CCD成像系统像面均匀性测试技术。
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