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普通模式的等离子显示板是以壁电荷的形式保存信息,它决定着放电程序是否保存在一个给定的单元里。如果在一次特殊放电时,壁压扰动将在连继的放电中消失掉,从这个意义上说,这些放电是稳定的。最近的研究表明,等离子显示板的一个单元在几种状态中能以其中一种状态存在着;一种是以独特的壁压存在,一种是以极佳的平均强度存在。对于双稳态情况,每一种状态都是稳定的即,扰动消失。用三种光(强、柔和和弱光)做试验,同时得到三种状态。在简单的理论模式的有限范围内,其稳定条件可用电荷传输特性曲线的斜率的分量来表示。获得这种可变强度技术保存了等离子显示技术所固有的优点即,只要保持电压加至整个显示板上,信息一旦传送至显示板,它就能保存下去。
Common mode plasma display panels store information in the form of wall charges, which determine whether the discharge procedure is stored in a given cell. If in a special discharge, wall pressure disturbance will disappear in the successive discharge, in the sense that these discharges are stable. Recent studies have shown that one unit of a plasma display panel can exist in one of several states; one is unique wall pressure and the other is excellent in average strength. For bistable conditions, each state is stable ie the disturbance disappears. With three kinds of light (strong, soft and weak light) to do the test, at the same time get three states. Within a limited range of simple theoretical models, the stability conditions can be expressed as the components of the slope of the charge transfer characteristic. This variable intensity technique preserves the inherent advantage of plasma display technology that the information can be preserved once it has been applied to the display panel, as long as the holding voltage is applied to the entire display panel.