显示器件

结合有源矩阵液晶显示器件及其驱动技术的发展，分析了TFT-LCD驱动技术研究现状，详细讨论了实现动态画面的数字TFT-LCD驱动电路系统的工作原理与实现。

In accordance with development of active-matrix LCD and progress of its driving-technology , this paper analyses the development situation of TFT-LCD driving-technology , discusses the operation principle of dynamic picture driving-circuit system .

液晶显示器件电极腐蚀失效可靠性研究

ITO Corrosion Reliability for LCD

平板显示器件通用驱动电路IP核的设计

Design of an IP Core for General Flat Panel Displays Driver

平板化智能LED显示器件及其应用技术

Flat-Panel Intelligent LED Display Devices and Their Applications

基于FPGA的平板显示器件驱动电路的设计

Design of Driving Circuit for Flat Panel Display Based on FPGA

介绍了以PET塑料基板为载体而制作的交流粉末电致发光显示器件（ACPEL）。

AC powder EL device on PET plastic is introduced .

介绍了一种全新的平板显示器件通用驱动电路IP核的总体设计。

A novel IP core for Flat Panel Displays ( FPD ) driver has been designed .

FED平板显示器件封接及除气工艺的研究

Investigation on FED Sealing and Gas Exhausting Technique

因FED显示器件工作电压较高，尚无集成驱动芯片可供使用。

For working voltage of FED is very high , no driving IC can be used .

该显示屏采用LED模块作为显示器件，采用ARM核单片机作为控制器件。

The display takes LED Dot-matrix as its display device , and ARM core microcontroller as its control device .

文中用硬件电路原理图的形式给出了利用该器件设计的3种LED显示器件驱动电路的实例。

Three kinds of hardware circuit driving LED display chips based on TPIC6B273 are proposed , and their applications are given too .

无机EL显示器件用高性能介电层的研究

High performance dielectric layer for inorganic thin film electroluminescent devices

其次利用MCU嵌入式技术制备了微胶囊型电泳显示器件。

Then we use the MCU embedded technology to prepare microcapsule type electrophoresis display .

场发射显示器件（FED）正在成为新一代平板显示器件。

Field emission display ( FED ) is becoming a new generation of flat panel display ( FPD ) .

柔版显示器件用TiO2粉体的制备与性能

Preparation and Properties of TiO_2 Powder for Adagio Display Display Devices

液晶显示器件用ITO膜玻璃的研制

Development of Glass Coated with ITO Film for LCD Devices

CRT显示器件中超大角度偏转的理论研究

Theoretical Study of Ultra-Large-Angle Deflection in Cathode Ray Tube Display

1968年，在美国发明了液晶显示器件，随后LCD液晶显示屏就正式面世了。

In 1968 , the United States invented the liquid crystal display , the LCD then formally appeared .

一种评估液晶显示器件中使用的SiO2膜层性能的新方法

A New Method of Evaluating the Performance of SiO 2 Coatings for LCD Usage

场发射显示器件（FED）综合了CRT和平板显示器件的优点是当前研究的一大热点。

FED devices with all the advantages of CRT and flat panel displayers have become a hot study issue nowadays .

钠钙玻璃基片在液晶显示器件（LCD）等制造业中得到了广泛的应用。

Soda lime glass substrates are widely applied in liquid crystal devices ( LCD ) manufacturing in the recent two decades .

液晶显示（LCD：LiquidCrystalDisplay）器件是众多平板显示器件中发展最成熟、应用面最广、已经产业化并且仍在迅猛发展的一种显示器件。

Liquid Crystal Display ( LCD ) is one of the most maturely developed and widely applied flat panel displays , which has already industrialized and is still under developing .

采用简化多晶硅TFT工艺的有源矩阵OLED显示器件

Active Matrix OLED Displays Using Simple Poly-si TFT Process

目前平板显示领域中，有机电致发光（OLED）显示器件是国内外研究的热点之一。

Organic light-emitting diodes ( OLED ) is a hot topic in display field .

玻璃基片上的SiO2膜已在液晶显示器件制造业中得到了广泛应用。

The SiO 2 films on glass substrate are widely applied in liquid crystal devices ( LCD ) manufacturing .

液晶显示器件（LCD）在中国已有二十多年的发展，其图像分辨率也大幅提高。

Liquid crystal display ( LCD ) has been developed in China for over 20 years . Its resolution has been greatly improved .

因此在平板显示产业中受到了广泛的关注，被认为是最有可能取代LCD的显示器件。

Therefore , in flat panel display industry has been widespread concern , is considered the most likely to replace the LCD display device .

作为导电电极材料ITO透明薄膜被广泛应用于摄像管、场致发射板、等离子体显示及液晶显示器件中。

As a conductive material the transparent ITO thin film is used in a variety of the electric display devices .

文章主要通过胆甾相液晶显示器件在P态和FC态的反射特征谱线和微观结构来研究表面性能对显示器件的反射率、多畴结构及阈值电压的影响。

The reflectivity , multi-domain structure and threshold voltage of the liquid crystal devices were studied by the reflective properties of P and FC state and the microscopic structure .

液晶显示器件（LCD）的应用范围不断扩大，尤其是在高档电子、通信领域的应用已成为流行的趋势。

Liquid Crystal Display ( LCD ) is applied more and more widely , especially in the field of top grade electronics and communication devices .