通过脉冲操作改进了摄像管的性能

E. Cross, J. Narduzzi
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引用次数: 0

摘要

改进图像感知参数是显像管电视系统发展的首要目标。在过去提高这些电视系统的视像输出的努力中,重点一直放在单一场景的多帧集成和录制视像的计算机数据处理上。在本文所讨论的电子技术中,通过同步控制传感层的偏置来提高视屏的性能。具体来说,摄像管的灵敏度和动态响应显著提高,而其他摄像管参数不受影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improved camera-tube performance with pulsed operation
Improving image-sensing parameters is a high-priority goal in the development of camera-tube (vidicon) television systems. In past efforts to enhance video output from these television systems, the emphasis has been on multiple-frame integrations of a single scene and computer data processing of the recorded video. In the electronic technique discussed in this paper vidicon performance is improved by synchronously controlling the sensing-layer bias. Specifically, camera-tube sensitivity and dynamic response are significantly increased while other tube parameters remain unaffected.
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