Parallel interface is usually adopted in the applications of data acquisition that need close -range data transfer and fast communication, such as CCD and video data acquisition.
在要求传输距离近，通信速度快的数据采集应用中，如CCD、视频数据采集，往往采用并行接口方式。
The modulation transfer function (MTF) is an important parameter in the performance of the CCD Camera imaging system.
调制传递函数是衡量CCD相机成像系统性能指标的重要参数。
The physical development process of a silver salt diffusion transfer system was studied by using CCD technique.
本文利用CCD技术研究了银盐扩散转移体系的物理显影过程。
This paper introduces a new method for measuring modulation transfer function (MTF) of charge coupled devices (CCD).
介绍了一种测电荷耦合器件（CCD）调制传递函数（MTF）的新方法。
Finally, some values of the modulation transfer functions of foreign linear array CCD cameras are presented.
最后介绍了国外星用线阵CCD相机调制传递函数值。
Based on the free charge transfer model the expression of the charge transfer efficiency in CCD is obtained, and the software for improving the charge transfer efficiency in CCD is programmed.
在自由电荷传输模型的基础上得到了电荷耦合器件电荷传输效率的表达式，编制了电荷耦合器件电荷传输效率优化设计软件。
It is feasible that to use CCD device and image processing system in measurement of the modulation transfer function (MTF) of X-ray film and luminescent screen.
本文论证了利用CCD测定X射线胶片和增感屏调制传递函数的可行性，并给出了一种适用于CCD测试数据的处理方法。
The system result indicates that the designing of CCD driving program can meet every demand of this array CCD of frame transfer.
系统测试结果表明，设计的CCD驱动程序可以满足其帧转移面阵CCD的各项驱动要求。
Designing of CCD driving circuit can meet this array CCD of frame transfer of every demand of CCD.
设计的CCD驱动电路可以满足其帧转移面阵CCD的各项驱动要求。
It is proved that rea1 frequency transfer ability, aliasing effect, information density, etc. may be of use for characterising the image-forming CCD.
用真频传递能力、混淆效应、信息密度等示性参数准确表述了电荷耦合器件的成像特性。
To increase the speed of data acquisition of CCD image by computer, an pipelining mode acquisition system of CCD readout, A/D conversion and data transfer is designed.
为了加快科学级CCD相机图像数据的计算机采集速度，设计了CCD信号读出、A/D转换、数据传输流水线工作方式采集系统，不提高电荷转移速度的情况下快速采集图像。
One of frame transfer array UV-CCD—CCD180-512-SFT was introduced. According to its driving schedule, the driving scedule circuit was designed and the system simulation has been successfully fulfilled.
介绍了一种帧转移型面阵紫外CCD—CCD180—512-SFT，在对它的驱动时序进行分析的基础上，设计了驱动时序电路并完成了仿真。
One of frame transfer array UV-CCD—CCD180-512-SFT was introduced. According to its driving schedule, the driving scedule circuit was designed and the system simulation has been successfully fulfilled.
介绍了一种帧转移型面阵紫外CCD—CCD180—512-SFT，在对它的驱动时序进行分析的基础上，设计了驱动时序电路并完成了仿真。
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