论文部分内容阅读
自从1950年出现第一支硫化锑光导摄像管以来,对于光导摄像管的研制工作,广泛地开展起来了。1964年出现氧化铅视像管,1967年出现了硅靶视像管,1971年出现硒化镉视像管,1973年出现硒砷碲视像管,1974年出现碲化锌镉视像管。上述管种目前已商品化,而且继续在发展新靶面。视像管种类繁多,这里仅就工作于可见光频谱的管种发展动态作一概述。我们不准备把重点放在每一种管子的工作原理和改进措施的描述上,而是放在视像管研制工作所遵循的原则和今后发展的方向上,为独立自主、自力更生地研制视像管提供一些看法,不妥之处望批评指正。
Since the emergence of the first antimony sulfide photoconductive lens in 1950, the development of photoconductive photoconductive lenses has been carried out extensively. In 1964 there was a lead oxide tube. In 1967, there was a silicon target tube, a cadmium selenide tube appeared in 1971, a selenium, arsenide and tellurium tube appeared in 1973 and a cadmium telluride tube appeared in 1974. The above pipe species are currently commercialized and continue to develop new target surfaces. A wide range of video tube, here only to work in the visible spectrum of the development of species management make an overview. We are not going to focus on the description of the working principle and improvement measures for each type of pipe. Instead, we will focus on the principle followed by the development of the video tube and the direction of future development, and develop video tubes for independence and self-reliance Provide some ideas, inappropriate comments and criticism.