OEIC

The integration theory, technique and application of photonics equipments and optoelectronics systems on a same underlay are the major research of OEIC, and make the photonics system micromation and integrated.

集成光学主要研究集成在一个平面衬底上的光学器件和光电子学系统的理论、技术与应用，以实现光学系统的薄膜化、微型化和集成化。

Erbium-doped waveguide amplifiers ( EDWA) have an important influence not only on the development of the All Optical Net ( AON), but also on the research of Optics-Electronics Integrate Circuit ( OEIC).

掺铒光波导放大器不仅可以在全光通信网络的发展中发挥重要的作用，而且也将在光电子集成的研究中发挥重要的作用。

The optoelectronic integrated circuit ( OEIC) is a new device which combined semiconductor-photoelectric devices and other devices on the same chips or underlays. In the last 10 years, the research of OEIC focused mainly on optoelectronic receiver.

光电集成电路是一类将半导体光电子器件和电子器件集成在同一芯片或衬底上的新型光电子器件，在过去的十年中，光电集成电路（OEIC）的研究集中在光接收机。

The Design of OEIC Transmitter for High Speed Pulse Code Modulation

高速脉码调制OEIC光发送机驱动电路的设计

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。

The silicon based optical emitting materials are always the first candidate materials for the optoelectronic IC ( OEIC) and its engineering applications, due to its low cost and the excellent compatibility with the advanced Si technology in microelectronics.

由于Si基光发射材料具有与先进的Si微电子技术兼容和成本低廉的优势，一直是光电子集成（OEIC）工程应用的首选材料。

In this approach, we aim to decrease the interconnect line number between OEIC chips, by using medium access control ( MAC) themes instead of control lines and clock lines.

本方案力图减少芯片间连接线数，消除芯片的控制线及时钟线，通过介质访问技术实现芯片间的互连。

Finally, it is to introduce the OEIC, development blueprint in the nineties, which is according to the plot of Japanese Optical Technology Laboratory ( OTL).

最后介绍了日本光技术实验室（OTL）构思的九十年代OEIC发展蓝图。

Study on Si-based OEIC Photoreceiver

Si基高速OEIC光接收机芯片的研究

The structure of SiGe/ Si heterostructure devices and their performance, applications, and OEIC are reviewed in this paper.

综述了SiGe／Si异质结材料的基本性质，SiGe／Si异质结光电器件的结构、性能、应用及其光电集成。

This structure could be used in photon integrated circuits ( PIC's) and optoelectronic integrated circuits ( OEIC's).

该技术在光子集成和光电子集成电路（PIC's，OEIC's）中有广泛的应用前景。

The application of OEIC in Phased Array Antenna will reduce the cubage, heavy and cost of antenna system, and advance security of it.

将集成光学技术应用于相控阵天线可以大大缩小系统体积、降低重量及成本，提高系统可靠性。

The Circuit-level Simulation of OEIC for Photodetector and Optoelectronic Receiver

光探测器与光接收机的OEIC电路级模拟

Optimized structure of InP-based HBT used for OEIC application was designed. 2.

提出了可用于光电集成的InP基HBT的优化设计方案。

InP Based Long Wavelength Transmitter OEIC Structure Grown by MOCVD

InP基长波长光发射OEIC材料的MOCVD生长

Si based heterostructure materials, as the second generation of Silicon, are more and more attractive, so Si based optoelectronic integrated circuits ( OEIC) as well as Si based optoelectronic devices become the key research projects over the world.

作为第二代硅，Si基异质结材料为世人所嘱目，Si基光电子器件及光电集成（OEIC）是当前世界范围的热门课题。

There are highly-coherent, medium-coherent and weakly-coherent systems, present applications are mostly of medium-coherent optical fiber communications, which will be widely used after the opto-electronic integration OEIC becomes successful.

相干通信分强相干、中等相干、弱相干三类，现时应用大多是中等相干光纤通信，一俟光电子集成成功，定有广泛应用。

Optoelectronic integrated circuits ( OEIC) has become the key technology of optical fiber communications, and establish an accurate, simple circuit model of optoelectronic devices is the important start of OEIC.

光电集成电路（OEIC）已经成为光纤通信领域的关键技术，而建立准确、简便的光电子器件电路模型正是OEIC重要的开始。

So the future integrated system must be a mixture of both photonic integrated and microelectronic integrated circuits, which is the so-called opto-electronic integrated circuit ( OEIC).

因此，未来的集成必将是光子集成（PIC）与微电子集成的融合，这便是光子、电子集成回路。

Photorefractive waveguide is one of the basic units of integrated optical and optoelectronic integrated circuit ( OEIC). It allows a wide variety of applications in optical communication, optical interconnections and optical information processing.

光折变波导是集成光学和光电子集成器件（OEIC）的基本元件之一，在光通信、光互连和光学信息处理方面具有广泛应用。

Design of Front-end for High Performance pin/ HBT OEIC Transimpedance Photoreceiver

高性能pin/HBT集成光接收机前端设计

Selective Wet Etching for OEIC Photoreceiver

OEIC光接收机研究的湿法选择腐蚀

Recent progress in 10~ 40Gb/ s OEIC receiver front-ends

10～40Gb/s OEIC光接收机前端的最新研究进展

It is expect that the development of these new materials and related devices will exploit a more progress of the all-silicon OEIC and silicon photonic integration circuit ( PIC).

预期这类新材料及其相应器件的研制开发，将大大开拓全硅OEIC和硅光子集成（PIC）技术的进一步发展。

2.5Gb/s Mixed-integrated Optical Transmitting OEIC

2.5Gb/s混合集成光发射OEIC

A Novel Structure of InP Based HBT for OEIC

用于光电集成的InP基HBT新结构

OEIC Market Growing Fast

强劲增长的OEIC市场

Study on Resonators and OEIC Sensors with Micromechanical Technology

利用微机械技术的谐振器及集成光学传感器研究

Monolithic OEIC receivers integrating the silicon photodetector and silicon CMOS circuits have been reported frequently.

硅光电探测器与硅集成电路的单片光电集成电路芯片已有文献报导。

The development of international semiconductor material, technique and PIC/ OEIC devices in recent two years are presented.

本文主要介绍了最近两年国外半导体材料技术、工艺技术的进展以及PIC／OEIC器件的研制状况。