平板显示器

在FPD显示器的生产过程中，为了保证显示质量和提高平板显示器产量，显示器的缺陷检测是必不可少的。

In order to guarantee the display quality and improve the production of FPD , defect detection is essential during FPD manufacturing process .

由于平板显示器仅支持逐行扫描的数字视频格式，且其分辨率也是固定不变的，所以从高频头接收下来的AV信号必须转换成平板显示器可接收的信号格式。

As a FPD normally supports only one fixed resolution of digital non-interlaced data format , the AV signal received from the TV tuner has to be changed into a fixed data format to be accepted by the FPD .

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

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

FED平板显示器灰度调制电路的设计

The design of a gray-shade modulation circuit for FED

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

场发射显像显示器（FED）是一种新发展起来的平板显示器。

Field emission displays ( FEDs ) is a newly developed flat panel displays .

场致发射平板显示器（FED）的封接工艺

The sealing technique of field emission display

基于CCD图像的平板显示器像素的亮度分析

Method of Luminance Analysis for Pixels of Flat Panel Display Based on CCD image

用仿微透镜阵列和17英寸的平板显示器研制了一台3D显示器，并在该3D显示器上再现出了三维场景的立体影像。

A3D scene is reconstructed on a3D display that consists of the imitating micro-lens array and a17-inch flat panel display .

基于CPLD的新型场发射平板显示器的控制驱动系统

Control-driver system for a new type of FED based on CPLD

介绍了一种适用于FED平板显示器的灰度调制电路的设计。

A 256 levels gray-shade modulation circuit which has 32 channels is designed for field emission displays .

平板显示器中FED与OLED技术特性比较

Characteristics Comparison between FED and OLED in Flat Panel 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 ) .

这种模拟视频信号必须要经过AD转换后，才能成为平板显示器的输入信号。

Before acting as the input signal of panel monitor , the analog signal must be processed by AD conversion .

平板显示器中有源元件的参数测试与其他各类半导体器件的IC器件测试相同。

Characterizing the active elements in flat panel displays is similar to IC device testing on other types of semiconductors .

ITO导电玻璃及其在平板显示器中的应用

ITO Conducting Glass and its Applications in FPDs

平板显示器上HDTV格式转换技术的实现

The Implement of HDTV Format Conversion on Flat Panel Displayer

研制了一种LED矩阵显示屏，该平板显示器具有1000（50×20）个像素和2.2线每毫米的高分辨率。

An LED matrix flat panel display has been developed with 1000 ( 50 × 20 ) pixels and high resolution of 2.2 line / mm .

在各种显示技术中，以液晶显示器（LiquidCrystalDisplay）为代表的平板显示器发展最快、应用最广。

As the representative of the flat panel display , LCD ( Liquid Crystal Display ) has been rapidly developed and widely used in the field of display .

与苹果的标志性产品iMac一样，XPSOne看上去好像只是一个漂亮的平板显示器。

Like Apple 's iconic iMac , the XPS One looks like it 's simply a sleek , flat-panel monitor .

应用于平板显示器封装的ACF新进展

Recent Progress of ACF in Flat Panel Display Packaging Applications

例如，现在数字接口的平板显示器（panel，亦称液晶显示器）正在取代传统的模拟接口CRT显示器。

For example , the panel monitor ( also called LCD monitor ) of computer is replacing the CRT monitor .

作为有机LED平板显示器的物质基础，电致发光（EL）材料是直接影响其器件性能的关键因素。

As the foundation of organic LEDs , electroluminescent ( EL ) materials are one of the key factors influencing the device performance .

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 .

有机LED平板显示器具有效率高、亮度强、能耗低、色彩丰富以及响应速度快等优点，是近年来发光显示领域的研究热点。

Organic LED devices have become a fascinating field in recent years for its excellent features such as high luminescent efficiency , low energy consumption , and quick response .

随着平板显示器产业的迅速发展，对敷有氧化铟锡（ITO）膜的透明导电玻璃的需求亦日益增长。

The rapid growth of the flat-panel display industry has raised a big demand of ITO-coated transparents conductive glasses .

诸如将CRT监视器更换为平板显示器等简单的变更显然不需要严格的测试。

Simple changes , such as swapping CRT monitors for flat-panel displays , obviously don 't require rigorous testing .

LED显示屏自问世以来，经历了飞速的发展，现今，全彩色LED显示屏已经成为了平板显示器的一个重要产品。

The LED panel display has been developing greatly since it came to the world , and now the full-color LED panel display has been the main branch of the panel display .