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    • 4. 发明公开
    • Color picture tube device
    • 彩色显像管装置
    • EP1361597A2
    • 2003-11-12
    • EP03009981.6
    • 2003-05-02
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Sukeno, MasahikoOhta, KazunoriUeda, Yasuyuki
    • H01J29/50
    • H01J29/488H01J29/503H01J2229/4841
    • The present invention provides a high-resolution color picture tube device with a decreased beam spot diameter. The color picture tube device has an electron gun (23) including cathodes (1), a control electrode (2), an accelerating electrode (3), a G3 electrode (4), a first focusing electrode (5), a second focusing electrode (6), and a final accelerating electrode (7) that are arranged in this order. A voltage applied to the G3 electrode (4) is obtained by dividing with a resistor (10) a voltage applied to the final accelerating electrode (7), and when an electron beam is a non-deflection state, a relationship represented as Va > Vg3 > Vfoc2 is satisfied where Va, Vg3, and Vfoc2 denote voltages respectively applied to the final accelerating electrode (7), the G3 electrode (4) and the second focusing electrode (6). Thereby, the G3 electrode (4) is applied with a high voltage independently for forming a prefocus lens.
    • 本发明提供一种具有减小的光束点直径的高分辨率彩色显像管装置。 彩色显像管装置具有包括阴极(1),控制电极(2),加速电极(3),G3电极(4),第一聚焦电极(5),第二聚焦 电极(6)和最终加速电极(7)。 施加到G3电极(4)的电压通过用电阻(10)分压施加到最终加速电极(7)的电压而获得,并且当电子束为非偏转状态时,表示为Va> Vg3> Vfoc2,其中Va,Vg3和Vfoc2表示分别施加到最终加速电极(7),G3电极(4)和第二聚焦电极(6)的电压。 由此,G3电极(4)独立地被施加高电压以形成预聚焦透镜。
    • 5. 发明公开
    • Color picture tube apparatus
    • 彩色显像管装置
    • EP1349193A2
    • 2003-10-01
    • EP03251720.3
    • 2003-03-19
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Sukeno, MasahikoUeda, Yasuyuki
    • H01J29/50
    • H01J29/566H01J29/503H01J2229/5632H01J2229/5635
    • A color picture tube apparatus having an inline electron gun that allows technology for applying a dynamic voltage to an OLF lens to be implemented, while avoiding design difficulties. Eave-shaped electrode plates are attached, parallel with each other in a horizontal scan direction, to a field-correction electrode plate, which is a horizontally long, flatten plate in which three holes are provided, and whose shape is similar to that of an aperture in a circumferential electrode. This structure allows quadrupole lenses to be formed as auxiliary lenses having strong focusing action horizontally and divergent action vertically, and thus an HV differential can be increased. As a result, it is possible to reduce the dynamic voltage without any of the design difficulties accompanying the prior art, in which eave-shaped electrode plates are not provided.
    • 一种具有直列式电子枪的彩色显像管装置,其允许实施向OLF透镜施加动态电压的技术,同时避免设计困难。 檐形电极板在水平扫描方向上彼此平行地连接到场校正电极板,该场校正电极板是设置有三个孔的水平长且平坦的板,并且其形状类似于 圆周电极中的孔。 这种结构允许四极透镜形成为具有强烈水平聚焦作用和垂直发散作用的辅助透镜,因此可以增加HV差分。 结果,可以减小动态电压而没有伴随现有技术的设计困难,其中不提供檐形电极板。
    • 7. 发明公开
    • Electron gun and color picture tube apparatus that attain a high degree of resolution over the entire screen
    • 电子枪和具有更高分辨率在屏幕的整个表面的彩色显象管
    • EP1333463A3
    • 2005-06-15
    • EP03250556.2
    • 2003-01-30
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Ueda, YasuyukiSukeno, Masahiko
    • H01J29/50
    • H01J29/503
    • A set of three cathodes, a control electrode, an accelerating electrode, a first focus electrode, a second focus electrode, a third focus electrode, a fourth focus electrode, a final accelerating electrode and a shield cup electrode are provided successively in an electron beam travelling direction. The shield cup electrode has a pair of screen-shaped electrodes that sandwich electron-beam through-holes in a vertical direction. A quadrupole lens that has a horizontal convergent action and a vertical divergent action is generated by an electrical potential difference between the screen-shaped electrodes and the final accelerating electrode. Accordingly, even if vertical and horizontal convergence power difference in a main lens formed by the fourth focus electrode and the final accelerating electrode is not large, a composite lens formed through a combination of the quadrupole lens and the main lens has strong horizontal convergence power and weak vertical convergence power.
    • 一组三个阴极,控制电极,在加速电极,依次在电子束设置在第一聚焦电极,第二聚焦电极,第三聚焦电极,第四聚焦电极的最后加速电极和屏蔽杯电极 行进方向。 屏蔽罩电极具有一对屏幕状电极的没有贯通孔三明治电子束在垂直方向上。 的四极透镜确实具有水平聚焦作用,并通过在屏幕状电极和所述最终加速电极之间的电势差所产生的垂直发散作用。 因此,即使在由第四聚焦电极和所述最终加速电极形成的主透镜的垂直和水平会聚功率相差并不大,复合透镜穿过四极透镜和主透镜的组合形成的具有较强的水平会聚功率和 弱垂直会聚力量。