A project of digital camera system with CMOS imaging sensor applicated in space technology is adviced.
提供了一个采用航天级CMOS图像传感器进行数字照相系统开发的设计方案。
CMOS imaging sensor fits in with the requirement of applications of space technology for its advantages in power, integration and radiation.
在空间技术应用领域，CMOS图像传感器由于具有集成度高、抗辐射能力强、功率低等优势，正得到越来越多的应用；
A digital cassette system is designed which is composed of CMOS imaging sensor with mega-pixel, high capacity FLASH and CPLD for engineering embedded equipments.
设计了由百万像素cmos图像传感器、大容量闪存FLASH和CPLD为主要部件组成的数字暗盒。
The quality of a CMOS sensor equals the level of quality you get in an imaging solution and our sensor expertise means you have all the advantages.
CMOS传感器的质量水平的质量等于你到一个成像传感器技术解决方案，意味着你拥有一切优势。
An imaging system with a CMOS image sensor and a DSP chip are built to get high-speed dynamic image.
利用CMOS图像传感器与DSP芯片构成一个高速动态成像系统。由dsp电路驱动CMOS芯片并通过片上AD变换后输出数字信号并即时进行处理。
Aiming at detecting platform limited by the cubage, the idea that using CMOS detector to construct subminiature polarization imaging remote sensor is put forward, and its feasibility is analyzed.
针对探测平台受体积的限制，提出了用CMOS探测器构建微小型偏振成像遥感器的思路，分析了其可行性，研制了一套微型CMOS偏振成像遥感器实验系统。
Aiming at detecting platform limited by the cubage, the idea that using CMOS detector to construct subminiature polarization imaging remote sensor is put forward, and its feasibility is analyzed.
针对探测平台受体积的限制，提出了用CMOS探测器构建微小型偏振成像遥感器的思路，分析了其可行性，研制了一套微型CMOS偏振成像遥感器实验系统。
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