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1.绪言以“挂壁电视”为目标的等离子体显示板的研究已进行了十几年,但还未达到实用阶段。目前,正热衷于高清晰度电视用的“挂壁电视”的研究。为了实现这个目标,必须有效率高、响应速度快的存储型显示板。笔者们提出一种效率较高的脉冲存储驱动方式,并用8英寸彩色显示板(PM—8型)证实了这种方式在脉冲存储工作、书写速度和亮度等方面具有较高的实用性。但是,PM—8型显示板的结构复杂,不适于作大型高分辨率的结构。因此,去年我们提出一种以大型高分辨为宗旨的结构简单的平面显示板(PPM—2),
1. INTRODUCTION Plasma display panels aimed at “wall-mounted TVs” have been under research for more than a decade, but have not yet reached the practical stage. Currently, is keen on high-definition television with “wall TV” research. In order to achieve this goal, you must be efficient, fast response storage type dashboard. The authors propose a more efficient pulse storage driving method and prove that this method has high practicability in terms of pulse storage work, writing speed and brightness with an 8-inch color display board (PM-8 type). However, the structure of the PM-8 type display panel is complicated and not suitable for a large-sized high-resolution structure. Therefore, last year we proposed a simple flat panel display (PPM-2) with the purpose of large-scale high resolution,