数字光

高速数字光通信系统中高阶PMD限制研究

Research on the Limitation of Higher-order PMD to High-speed Digital Fiber Communication Systems

基于LiNbO3非对称电极1×2Y分叉数字光开关

LiNbO_3 based asymmetrical electrode 1 × 2 Y-branch digital optical switch

本文提出了一种用于数字光开关网络中，四功能交换开关光学Omega网络。

An optical Omega network with optical exchange-switch of four functions for the digital optical switch network is presented .

介绍了含有棱镜系统的数字光处理器（DLP）投影仪连续变焦距远心镜头的设计。

The continuous telecentric zoom lens for a digital light processor ( DLP ) projector with prisms is presented .

然而，DMD投影机采用数字光处理技术（DLP），它对摄像&投影系统的时间匹配要求较高。

But high precision of schedule match between camera and projector is needed as a result of that the digital light processing technology is used in DMD projector .

提出了基于热光型聚合物的集成有S弯曲光衰减器的1×4Y分叉数字光开关。

We present a 1 × 4 Y-branch digital optical switch in which S-bend variable optical attenuators are integrated .

从最初的市场占有率为0，发展到现在的接近50%。本课题就是一款采用数字光处理（DLP）技术的投影机产品的开发项目。

From the initial market share is 0 , develops the present close 50 % . This topic is one section uses the DLP technology the projecting camera product developmental item .

DLP数字光处理技术是目前较先进的投影显示技术，但是对DLP光机投影屏特性测量系统的研究尚属探索阶段。

Digital Light Processing technology is one of the advanced projection display technologies at present , but the quality measuring system for DLP projection display screen is still on the research way .

DLP是一种基于微电机系统的数字光处理技术，这种微电机系统被称为DMD，由TI公司在1987年发明，它是一种快速的数字反射开关阵列。

DLP is based on a micro-electromechanical systems ( MEMS ) device known as the digital micro-mirror device ( DMD ) . Invented in 1987 at Texas Instruments , the DMD is a fast , reflective digital light switch .

数字光处理（DLP）技术以其高对比度，清晰的文档显示风格，简单的光学系统设计，轻便的结构在最近的几年中取得了极大的成功。

The DLP technology by its high contrast gradient , the clear documents demonstration style , the simple optical system design , the facile structure has obtained the enormous success in the recent several years .

视频／语音合路数字光通信系统的研究

Study on Digital Optical Communications System of Video / Voice Combination

数字光处理背投电视色度学特性的研究

Study on Colorimetric Characters of Digital Light Processing Rear Projection Television

提高数字光投影傅里叶变换轮廓术精度的方法研究

Study on Improving the Precision of FTP Based on DLP Projector

提高数字光接收机灵敏度的两种新方法的研究

Two New Methods to Improve the Sensitivity of Digital Laser Receivers

移相掩模技术数字光弹性中五步彩色相移法及其应用

Five-Step Color Phase - Shifting Technique in Digital Photoelasticity and Its Applications

给出了提高数字光接收机性能的新途径。

New method to improve digital laser receiver 's performances is proposed .

双光子吸收有机材料及其在三维数字光存储中的应用

Two-Photon Absorbed Organic Materials and Application in Three-Dimensional Digital Optical Data Storage

低串扰Y分叉1×2热光型数字光开关

Low Crosstalk Y-branch 1 × 2 Thermo-Optic Digital Optical Switch

数字光接收机中的噪声、误码率和灵敏度

On Noise , Error Rate and Sensitivity of the Digital Optical Receiver

光纤光栅双稳态光开关和数字光信号放大

Optical Switching and Digital Optical Signal Amplification Using a Fiber Grating OBD

数字光处理投影显示中的光源控制器设计

Design of Light Controller for Digital Light Processing Projection Display

基于数字光处理器的裸眼立体显示系统

A Naked-Eye Stereoscopic Display System Based on Digital Light Processor

彩色域数字光弹性中数据采集技术的应用研究

Data Acquisition Techniques in Color - Field Digital Photoelasticity

数字光接收机噪声分析及灵敏度计算

Noise analysis and sensitivity calculation of digital optical receiver

任意条件下数字光接收机灵敏度的计算

Sensitivity Calculation for Digital Optical Receiver in Arbitrary Conditions

利用数字光通信技术实现计算机视频信号长距离传输

Implementation of the long-haul transmission for computer display signal by optical communication technique Digital

数字光通信局域性集中监控系统

Local Centralized Supervisory System for Digital Optical Communication

计算机控制数字光投影仪，在被重建表面投影正弦分布的光栅结构光。

The grating construct-light with sine distribution is projected upon the surface of object .

双光子吸收三维数字光存储

Three-dimensional digital optical data storage by two-photon absorption

数字光通信接收机灵敏度计算及信号脉冲占空比的选择

Sensitivity Calculation of Digital Optic Communication Receiver and Duty Circle Determination of Signal Pulse