每一个光点都由摄像管转换成电子信号。
Each dot of light is translated by the camera tube into all electronic signal.
每一个光点都是由摄像管转换成电子信号。
Each dot of light is translated by the camera tube into all electronic signal.
电视摄像管；变像管及图像增强管；其他光阴极管。
Television camera tubes; image converters and intensifiers; other photo-cathode tubes.
文中计算公式对于计算机辅助设计摄像管聚焦磁场是适用和方便的。
The calculating formulas in the paper are available and convenient for computer aided design of focusing magnetic field of camera tube.
给出了具有积累特性的SEC摄像管靶极信号电流与读出扫描速率的关系。
The relation between target signal current and deflecting rate of the secondary electron conduction target vidicon(SECTV)which has accumulating effect is presented.
本文给出了一种精确测量摄像管惰性的方法—“窗口法”的原理及实现方案。
This paper presents principle and implementation way of "window method", which is onc to measure precisely inertia of pickup tube.
本文给出了一种精确测量摄像管靶面惰性的方法——“窗口法”的原理及实现方案。
This paper presents a principle and implementation way of "Window method", which is one to measure precisely target's inertia of pickup tube.
这个方法的局限性在引进诸如氧化铅光导管摄像管，超正析象和光导摄像管之类的探测器之后变得很明显。
The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.
有时候倾斜条纹导致解决成像设备功率上的差异，尤其是电视摄像管尽管是在同一情况下拍摄的电视画面。
Sometimes slope of stripes causes a difference in resolving power of imaging device, especially pick up tube though the same number of TVs in a taken image.
采用图案电极的静电聚焦静电偏转(SS型)摄像管，具有功耗低、扫描频率可变、分辨率高、体积小和重量轻等优点。
All electronic SS type camera tube is characterized by its low expense of power, variable scan frequency, high resolution, small size and light weight.
研究结果表明：回波强度受导引头光路中光学镜头的相对孔径、摄像管靶面倾斜和离焦的影响较大；扫描激光光束的入射角等因素对回波强度也有一定的影响。
Research results show that the relative aperture of optical lens, the incline and defocusing of reflection plane in TV seeker optical system reduce the intensity of the "cat's eye" reflection.
研究结果表明：回波强度受导引头光路中光学镜头的相对孔径、摄像管靶面倾斜和离焦的影响较大；扫描激光光束的入射角等因素对回波强度也有一定的影响。
Research results show that the relative aperture of optical lens, the incline and defocusing of reflection plane in TV seeker optical system reduce the intensity of the "cat's eye" reflection.
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