1) Optical component
光器件
1.
This paper discusses the realization of AON and describes its hardware and software technology like the Optical transmission, Optical component, Optical Node and Optical access technology.
文章对当前全光网络的实现进行了分析,介绍了全光网络软硬件技术,从光传输、光器件,光节点技术和光接入技术四个方面进行分析。
2.
The paper introduces the development of the optical communication,gives the principles of the optical components and on the basis of the general networking types,supposes a new classification for optical network,including Optical-link network;Broadcast and select network;Wavelength routed network;Photonic packet switched network and Optical burst switching network.
介绍光通信技术的发展,给出几种光器件的基本原理,在通用网络分类的基础上,提出了光网络的一种新型的分类方法,具体包括:光链路网络,广播—选择网络,波长路由(WR)网络,光子分组交换网络和光突发交换网络。
3.
The optical component auto-test system is designed by using GPIB interface and VC.
该系统使得一台计算机同时控制多台光器件测试仪器,并产生详尽的数据报表。
2) optical devices
光器件
1.
It is pointed out that the prospect of future photoelectron technique is dependent on the research and development of optical devices IC, photoelectron IC, particularly system-on-chip and large-scale products based on the material of Si.
从密集波分复用(DWDM)光网络的发展需求出发,评述目前支撑光网络关键性光子器件的发展现状,指出光器件集成芯片、光电子系统集成芯片,尤其是以Si为平台的系统集成芯片和规模化产品技术的研发是未来光电子的发展趋向。
2.
Besides used for waverlength multiplexer/demultipexer, the AWG with other optical devices can constitute the Wavelength Division multiplexing devices, such as multiwavelength laser, optical add and drop multiplexer, optical cross connect device, wavelength router.
阵列波导光栅波分复用 /解复用器有 N个输入端口和 N个输出端口 ,能同时传输 N2 路不同的光信号 ,除具有波分复用和解复用功能外 ,能灵活地与其它光器件组成多波长激光器、光路分插复用器、光路交叉连接器、波长路由器等波分复用器件 ,在光通信网络中有着广泛的应用前景。
3) optoelectronic devices
光电器件
1.
The metallic bonding technique is summarized generally, including its developing status, fundamental process and methods, characterization and application to the optoelectronic devices.
系统阐述了金属键合的发展概况、基本工艺和方法、表征技术及其在光电器件中的应用。
2.
SiGe/Si heterostructure optoelectronic devices and their optoelectronic integrated circuits (OEIC) are attractive research domains in the world.
SiGe／Si异质结光电器件及其光电集成(OEIC)是硅基光电研究的一个非常引人注目的领域。
3.
Zinc oxide(ZnO) has ideal qualities for various optoelectronic devices,such as UV photo-detectors,emitting diodes and laser diodes,based on p-n junctions.
氧化锌(ZnO)具有适合基于pn结的各种光电器件,例如紫外光子探测器、发光二极管和激光二极管等应用的理想性质。
5) optical device
光学器件
1.
Review of optical devices and systems based on microfluidics;
微流控光学器件与系统的研究进展
2.
This paper emphatically introduces new type optical devices,microwave devices,lightwave-microwave devices and modules(lightwave-microwave T/R inedules),and their applications in the modern radar.
着重介绍了新型光学器件、微波器件、光波－微波器件和组件（如光波－微波Ｔ／Ｒ组件）及其在现代雷达中的应用。
6) optoelectronic device
光电器件
1.
Experimental investigation of the optoelectronic device spectral response characteristic;
光电器件光谱响应特性的实验研究
2.
The numerical analysis and experimental simulation approaches were studied for radiation effects of typical optoelectronic devices, such as Si solar cells and CCDs.
选取Si太阳电池与线阵CCD器件,进行了光电器件辐射效应的数值分析与模拟试验方法研究。
补充资料：半导体光电器件
见半导体器件。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条