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A new DC plasma display panel using microbridge structure and hollow cathode discharge

机译:一种采用微桥结构和空心阴极放电的新型直流等离子体显示板

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A newly designed dc plasma display panel (PDP) using a microbridge structure and hollow cathode has been proposed, and its characteristics have been measured. This new plasma display panel operates in an abnormal glow in the current range from 0-50 /spl mu/A at 500 torr, with an effective internal resistance of 800 K/spl Omega/. This means that the internal resistance is high enough that a resistor-in-cell structure is not necessary any more for the dc PDP. The luminous efficiency of the hollow cathode discharge is at least five times as great as that of subnormal and normal glow discharges. The lifetime of the display panel is shown to be quite insensitive to gas pressure in the range of 400-1100 torr because the sputtered materials are trapped inside the hollow cathode.
机译:已经提出了使用微桥结构和空心阴极的新型设计的直流等离子体显示面板(PDP),并且已经对其特性进行了测量。这种新的等离子显示面板在500 torr的电流范围从0-50 / spl mu / A的异常辉光下工作,有效内部电阻为800 K / spl Omega /。这意味着内部电阻足够高,以至于直流PDP不再需要单元内电阻器结构。空心阴极放电的发光效率至少是低于正常和正常辉光放电的发光效率的五倍。显示板的寿命对400-1100托范围内的气压非常不敏感,因为溅射材料被捕获在空心阴极内部。

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