Electron tube voltage control device
    1.
    发明授权
    Electron tube voltage control device 失效
    电子管电压控制装置

    公开(公告)号:US3742287A

    公开(公告)日:1973-06-26

    申请号:US3742287D

    申请日:1971-04-28

    Applicant: ITT

    CPC classification number: H01J43/24 H01J31/20

    Abstract: A sequential device for two perpendicular sets of conductive strips employed with a channel-type electron multiplier to allow only one hole through the multiplier to accept and emit electrons at a time. The device may utilize an electron gun for each set of strips to provide an electron beam to scan each set simply by use of a sawtooth deflection voltage. An effective raster-type scan of the multiplier may thus be accomplished. The device is an improvement because arrangements requiring counters or staircase generators are much more expensive.

    Flat panel cathode ray tube particularly adapted for radar displays
    2.
    发明授权
    Flat panel cathode ray tube particularly adapted for radar displays 失效
    平板式阴极射线管特别适用于雷达显示

    公开(公告)号:US3771001A

    公开(公告)日:1973-11-06

    申请号:US3771001D

    申请日:1971-12-02

    Applicant: ITT

    Inventor: ALTING MEES H

    CPC classification number: H01J31/123

    Abstract: A flat panel cathode ray display in which a phosphor screen is selectively excited from an area cathode through a multichannel flat panel electron multiplier array. Electrons are permitted to flow substantially only through one hole of the multichannel array at a time as controlled by separate radial and circumferential scan components. The holes of the multichannel array are arranged in substantially concentric circles and also in radial lines, and a system of conductive strips provides a gating potential distribution means to effect sequencing of the required pattern of electron flow through the multichannel array holes. The aforementioned holes are through the bottom of a panshaped insulating body, the extensions of the radial and circular conductive strips overlapping the holes being drawn up over the insides of the pan-shaped body side flanges or walls. Separate electron beam scanning means for the conductive extensions of the circular and radial strips are provided by electron beam scanning means around selected portions of the inside surface of the side flange. Secondary emissive material on the individual conductive extensions provides a switching or gating effect during scanning electron beam impingement.

    Abstract translation: 一种平板阴极射线显示器,其中通过多通道平板电子倍增器阵列从区域阴极选择性地激发荧光屏。 电子被允许基本上仅通过多通道阵列的一个孔一次流动,由单独的径向和周向扫描部件控制。 多通道阵列的孔布置在大致同心圆和径向线中,并且导电条带的系统提供了选通电位分布装置,以实现通过多通道阵列孔所需的电子流图案的顺序。 上述的孔穿过盘形绝缘体的底部,与盘状主体侧凸缘或壁的内侧一起被拉伸的径向和圆形导电条的延伸部分与该孔重叠。 用于圆形和径向条带的导电延伸部分的电子束扫描装置围绕侧凸缘的内表面的选定部分由电子束扫描装置提供。 各个导电延伸件上的次级发射材料在扫描电子束冲击期间提供切换或门控效应。

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