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Realization of High Luminous Efficacy PDP with Low Voltage Driving

机译:低压驱动实现高发光效率的PDP

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摘要

The use of high Xe content gas is a powerful method for improving the discharge efficacy in PDP, but the accompanying high driving voltage prevents it from being used aggressively. In this paper, we tried to find a method to lower the driving voltage under high Xe gas condition with a new protecting layer. The effective secondary electron emission caused by Xe ions can result in the low voltage driving in panels with high Xe content gas and more importantly high luminous efficacy which were confirmed with the computer simulation and panel experiment.
机译:使用高Xe含量的气体是提高PDP放电效率的有效方法,但是随之而来的高驱动电压会阻止其被大量使用。在本文中,我们试图找到一种采用新型保护层降低高氙气条件下驱动电压的方法。 Xe离子引起的有效二次电子发射可导致高Xe含量气体面板中的低电压驱动,更重要的是具有高发光效率,这已通过计算机仿真和面板实验得到了证实。

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