A new method in using Charge Coupled Devices for signal processing of chirp Z-transform is described.
本文阐述一种采用电荷耦合器件(CCD)实现线性调频Z变换信号处理的新方法。
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。
An image detect system with near infrared CCD (charge coupled devices) for monitoring the copper weld pool on the surface of steel was established.
建立了一个近红外CCD熔池动态信息的图像检测系统，用于钢表面铜熔池视觉信息的检测。
The changed delay for analog signals is obtained continuously with the charge coupled devices in this paper. The CCD's correlation-detection system is made.
本文采用电荷耦合器件（CCD）获得了对模拟信号的连续可变延迟，并以CCD为中心部件构成了相关检测系统。
Since their inception in 1969, charge coupled devices (CCDs) have grown in use. CCDs expanded into digital cameras, telescopes, video cameras, scanners, and other imaging applications.
自1969年电荷耦合器件（CCD）出现以来，其应用一直在增长，扩展到数码相机、望远镜、摄像机、扫描仪，以及其它成像应用领域。
Since their inception in 1969, charge coupled devices (CCDs) have grown in use. CCDs expanded into digital cameras, telescopes, video cameras, scanners, and other imaging applications.
自1969年电荷耦合器件（CCD）出现以来，其应用一直在增长，扩展到数码相机、望远镜、摄像机、扫描仪，以及其它成像应用领域。
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