Planar pulse discharge panel for a TV display

To realize a flat display panel for a high-definition TV (HDTV) receiver, the feasibility of a planar gas-discharge panel simply arranged with both the display and auxiliary cells on the same plane in the panel structure was studied. This would allow for a thick-film printing technique to be used for all fabrication processes. Using a pulse discharge driving scheme to provide internal memory, a monochrome current TV picture with 256 gray levels was reproduced on a small panel with 72 × 100 cells (horizontal cell pitch: 0.7 mm, vertical cell pitch: 0.5 mm).     

Improved 40-inch plasma display for wall-hanging HDTV receiver

A new 40-inch-diagonal color dc plasma display panel (cell pitch: 0.65 mm, 800×1340 cells) with both a resistor-in-cell structure and a phosphor screen on the side wall and bottom of the cell has been developed through the improvement on the large-area panel fabrication technologies. Stable HDTV pictures have been experimentally reproduced on a compact display using the new panel and pulse memory drive circuits. The peak white luminance is 150 cd/m². The lifetime of the 40-inch panel is expected to be over 30,000 hours, judging from the results obtained using a medium-sized panel under the same conditions     

A solid-state matrix-addressed display

Cadmium selenide (CdSe) switches have been devised to control the luminous emittance of electroluminescent cells in a solid-state display. The technique employed makes use of the hysteresis in CdSe to change the resistance of the material to some low value when a switching voltage is applied. In its low-resistance state, the CdSe switch can energize an electroluminescent cell connected in series with it. By wiring the cells in rows and the switches in columns, a display panel results in which each cell-switch combination can be individually addressed by energizing the appropriate row and column. This paper describes the principles of operation and outlines the construction techniques for this display. Performance characteristics of a 100-unit display panel are discussed. This panel, with 20 lines per inch resolution, has been operated with addressing pulses of 25 microseconds duration, providing an output brightness of 20 footlamberts. The construction process is adaptable to mass production, resulting ultimately in low cost. The display has memory thus allowing random access, and operates on very little power. Demonstration of this display represents a significant advancement in the state of the art. This small display possesses the characteristics necessary for development of practical large-area displays.     

平板显示产业的发展现状和前景分析(液晶专题)

近年来，平板显示技术，尤其是液晶显示与等离子显示技术，在我国得到突飞猛进的发展，对我国显示产业从传统显示器向平板显示器的转型具有重要意义。本文从平板显示技术的基本概念、分类和产业链结构出发，结合近年来全球平板显示产业发展的背景，分析了我国平板显示产业的发展现状和趋势，并就深圳市平板显示产业的发展策略提出了建议。     

Basic study on the gas-discharge panel for luminescent color display

With the objective of realizing a luminescent gas-discharge panel for color picture display, we made a comprehensive study of the various gas-discharge cells, including a planar positive-column (PPC) cell of our own design, with emphasis on the geometry of the gas discharge. First, ultraviolet spectroscopic measurements were performed on the PPC cell and on a conventional longitudinal cell filled with rare-gas mixtures. Next, the luminance characteristics of both types of phosphor-coated cells having various dimensions were examined from many points of view. As a result, fundamental differences in the luminescence characteristics between the positive column and the negative glow were revealed, demonstrating the excellence of the PPC cell for a luminescent color display. Furthermore, detailed measurements of luminance, luminous efficiency, and chromaticity were made for PPC cells coated with phosphors for the three primaries, giving basic data for the design of an actual display panel.     

Optical write-in for the plasma display panel

Techniques of changing the state of plasma display cells with externally applied light are presented. Optical write-in offers the advantage of high-speed parallel data transfer from a photographic transparency to a plasma display panel. It is established that light incident on a plasma cell causes a photoemission from the inner glass surface. The emitted electrons perturb the wall voltage and cause a change in state. The intensity of light needed to change the state of cells can be reduced, without changing the solid panel materials, by two techniques, Electron avalanches initiated by the photoelectrons can be used to decrease the light needed by a factor of 100. By flashing light during the plasma display cell gas discharge, the intensity of the light can be further reduced.     

LED显示屏的技术及其市场和产业发展

文章介绍了LED显示屏的应用和目前LED显示屏的主要技术，回顾了我国LED显示屏产业的发展历程，总结分析了我国LED显示屏的市场现状和发展状况，提出了对LED显示屏及其产业发展的几点认识。     

现代战场上的平板显示器

介绍液晶显示器、场发射显示器、电致发光显示器和等离子显示器等平板显示器在现代战场上的突出作用。并依据技术发展趋势,提出了新概念平板显示器的可能形式。     

平板显示器驱动电路

介绍了各平板显示器件,包括发光二极管显示(LED)、液晶显示(LCD)、等离子体显示(PDP)及场发射显示(FED)的驱动电路。     

基于校正系统的LED显示屏亮度均匀性评估方法

LED显示屏均匀性,是显示屏图像质量评价中的一个重要指标。文中首先分析了现有基于亮度测量仪器的均匀性评估方法,指出该方法的不足;在LED显示屏亮度校正系统的基础上,对校正系统测量得到的亮度值进行分析处理,提出了以亮度校正系统为基础的LED显示屏亮度均匀性评估方法。该方法能够快捷、客观、全面地得到LED显示屏亮度数据,可以有效评估LED显示屏亮度均匀性。     

室外LED显示及其在交通领域的应用

介绍了室外LED显示技术及其在道路交通信息显示领域中的应用,指出目前国内室外LED显示屏普遍存在的主要问题.结合应用于高速公路收费站的LED显示屏的设计,给出解决或者克服这些问题的方法.介绍了室外LED显示的现状,预测了其发展趋势.     

基于STM32的全彩LED显示屏系统的设计

LED显示屏作为一种新的显示器件,近年来得到了广泛的应用.随着技术的不断更新,LED显示屏正朝着全彩化的方向发展.设计了一种LED显示屏控制系统,该系统以ARM Cortex-M3内核芯片STM32F103ZET6作为控制中心,以可编程逻辑器件EP1C6完成数据的刷新,通过以太网通信.系统可支持256级灰度全彩LED显...     

A gas discharge display for compact desk-top word processors

A flat dc-cyclic, gas discharge panel is described that employs a simple three-layer structure with a priming and a display anode in each cell. The priming anodes act in conjunction with phased cathodes to cause sequential breakdown of cells within a group of cell columns and the short-duration, low-current (and, therefore, low-brightness) discharges so formed serve to prime and select which cells will produce longer, high-current (and, therefore, high-brightness) discharges to the display anodes. The design is not limited to the 80-character/line display reported here; it can be extended to longer displays without the duty cycle or brightness being affected.     

新型结构的交流等离子体显示板及其应用

对现有几种7段数码管的特点进行比较,讨论了PDP显示板在简单图形显示上的优点和实用价值。从降低工艺难度和工艺成本的角度出发,提出一种新型结构的交流等离子体数码显示板。     

2005年我国LED显示屏产业发展综述

文章总结了2005年国内LED显示屏产业发展总体情况,对LED显示屏产业和市场发展进行了分析,介绍了LED显示屏产业技术和标准化进展,展望了LED显示屏产业的未来发展趋势。     

基于Labview的点阵显示控制图形的设计

基于利用点阵的排列可以显示出完美、多样的图形,对点阵显示控制提出了一种基于Labview的汉字解码显示控制方案.并完成系统的软件设计和仿真.该系统的软件部分主要由前面板和后面板的程序框图构成,前面板主要用来输入文本和按要求控制显示输入文本;后面板主要依据点阵显示控制原理进行Labview编程.本次设计能够完成各种数字、文字和图形的绘制.实际应用表明,该系统具有控制精度高、调试简便、实用性强等特点.     

带有视频图像处理功能的一体化LED显示屏控制器

带有视频图像处理功能的一体化LED显示屏控制器,它打破了传统的LED显示屏控制器配搭昂贵的视频处理器这种分离的应用模式,将专业级视频处理器芯片直接嵌入LED显示屏发送器中,以低成本方式实现了高清视频处理和音／视频播放两者的合成,显著提升了LED显示屏控制系统的显示质量、效果、功能和可靠性。     

平板显示的发展趋势

近年来显示技术发展很快,平板显示器具有完全平面化、轻、薄、省电等特点,符合未来图像显示器发展的必然趋势。目前的主流平板显示包括液晶和等离子,随着显示技术的发展,更多新产品、新技术的出现,使平板显示的显示性能更优化。     

LED平板显示器开放式显示模型研究

随着全彩LED显示屏显示面积日益增大及在各个行业内的应用逐步深入,不同用户对屏幕信息显示提出诸多需求。文章旨在分析各种信息显示需求并提出一种开放式的通用显示模型,该模型解决了绝大部分全彩LED显示屏的显示需求,并同样适用于其它平板显示器,该开放式显示模型也有利于为扩展和用户定制开发。     

LED显示屏逐点校正应用中几个重要问题的探讨

LED显示屏逐点校正技术是一种显著提高显示屏均匀性的有效手段。文章结合国内显示屏生产厂商的现状,就LED显示屏不均匀性的影响因素、校正方式的选择、亮度校正与色度校正的区别、逐箱校正和现场校正的注意事项等重要问题进行了探讨。