论文部分内容阅读
人们曾作过许多研究,试图用屏面平坦、厚度小的其他元件来取代笨拙的显像管,但至今技术还不成熟。没有达到商品化的程度。最近日本松下公司研究的扁平型荧光屏,准确地说是一种多束电子显像管,显示了很有前途的特性。现将松下显像屏的基本设计简略地阐述如下。采用大量极小的显像单元,将它们彼此水平和垂直地排列,在本设计中是将3000个显像单元互相融合在一起。荧光屏面按15行排列,每行200个显像单元,每个单元受一束自己的电
Much research has been done to try to replace clumsy kinescopes with other components that are flat and small in thickness, but so far the technology is not yet mature. Did not reach the level of commercialization. The flat screen recently studied by Japan’s Matsushita, to be precise, is a multi-electron tube that shows promising properties. Now the basic design of Panasonic video screen briefly described below. Using a large number of tiny imaging units, arranged horizontally and vertically to each other, 3000 imaging units are fused together in this design. Fluorescent screen arranged by 15 lines, each line of 200 imaging units, each unit by a bunch of their own electricity