光接收机

光纤CDMA系统光接收机误码性能研究

The study of the bit error performance of the optical receiver in FO-CDMA communication system

用于单片集成光接收机前端的GaAs基InP/InGaAsHBT

GaAs based InP / InGaAs HBT for monolithic integrated optical receiver application

设计并实现了用于光纤用户网和千兆以太网光接收机的CMOS前置放大器。

A CMOS preamplifier for optical access network systems and gigabit Ethernet systems is realized .

基于Video+PON高性能CATV光接收机的设计

Design of optical CATV receiver with high performance for Video + PON application

采用0.35μMCMOS工艺设计并实现了单片集成光接收机电路。

A monolithically integrated optical receiver designed and fabricated through 0.35 μ m CMOS technology is presented .

光纤CATV网光接收机的研制

The Development for Receiver of Optical CATV Network

FPGA产生单脉冲或格雷互补编码脉冲驱动大功率激光器，并对光接收机输出信号进行处理。

FPGA generates single pulse or Golay complementary coded pulse to drive high-power laser and the signal from optical receiver is processed .

OBS路由器中交流耦合突发模式光接收机的设计方法

A Design Method of AC-Coupled Burst Mode Optical Receiver for OBS

利用0.18μMCMOS工艺设计了应用于光接收机中的10Gb/s限幅放大器。

A 10Gb / s limiting amplifier for fiber-optic transmission system is realized in a 0.18 μ m CMOS technology .

航空机载宽温度环境下APD光接收机的性能分析

Performance analysis of APD optical receiver for airborne wide temperature environment

用于40Gb/s光接收机的0.2μmGaAsPHEMT分布放大器

A 0.2 μ m GaAs PHEMT Distributed Amplifier for 40Gb / s Optical Receiver

Si基高速OEIC光接收机芯片的研究

Study on Si-based OEIC Photoreceiver

本文报导了140Mb/s混合集成光接收机中所使用的AGC信号放大模块研制结果。

The paper presents the researching results of AGC signal amplifier for 140 Mb / s hybrid integrated optical receiver .

在实验上制作了GHz级高速光接收机前端，并用微波网络分析仪测试了前端的频率响应。

We experimentally fabricate GHz high speed optical receiver front-end and measure their frequence response using microwave network analyzer .

FTTH光接收机功率放大器的设计与改进

Design and Improvement of Power Amplifiers in FTTH Optical Receiver

1.25Gbit/s光接收机CMOS共栅前置放大器

1.25 Gbit / s CMOS common-gate preamplifier for optical receiver

1.25Gb/s低功耗CMOS光接收机限幅放大器

1.25 Gb / s Low Power CMOS Limiting Amplifier for Optical Receiver

5Gb／sPIN－HEMT光接收机噪声精确模拟

2.5Gb/s PIN-HEMT Optical Receiver Noise Accurate Simulation

10～40Gb/sOEIC光接收机前端的最新研究进展

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

采用0.5μmGaAsPHEMT工艺研制了一种单电源偏置光接收机跨阻抗前置放大器。

A kind of single power supply transimpedance preamplifier ( TIA ) for optical receiver is developed , using 0.5 μ m GaAs PHEMT process .

OEIC光接收机研究的湿法选择腐蚀

Selective Wet Etching for OEIC Photoreceiver

研究发现，HBT的基区电阻的热噪声在光接收机前端放大电路的噪声中起主要作用。

The thermal noise introduced by the resistance of base region plays an important role in the total noise of the integrated photoreceiver front-end circuit . 2 .

本文采用自适应重要性采样（IS）方法，推导得出由波长路由器件和光接收机构成的WDM系统模型的串扰和误码率。

In this paper , adaptive importance sampling ( IS ) techniques is used to estimate the crosstalk and the BER of the WDM system model consisting of wavelength routing device and optical receiver .

在分析国内外FTTH光接收机应用前景的基础上，设计并实现了一款应用于FTTH的CATV光接收机。

Based on the analysis of the application foreground of the domestic and abroad FTTH optical receiver , designed and realized a CATV optical receiver applied for FTTH .

本论文给出了时钟恢复电路的基本原理以及采用PLL型时钟恢复电路的完整的电路设计、模拟结果和版图设计，以及将时钟恢复电路集成到光接收机后的测试结果。

The thesis presents basic principle of CRC and rounded circuit design , simulation results , layout design and testing results of a PLL type CRC , which is incorporated in a optic-fiber receiver chip .

长波长高速PIN-FET光接收机集成前端

High Bit-Rate Long-Wavelength PIN-FET Hybrid Optical Preamplifier

传统的光接收机中，光电探测器以及高速模拟电路模块的设计制造大部分采用非CMOS技术，虽然能够获得较为优越的性能，但是工艺不成熟，制作成本高，设计和加工周期长。

In the past , the photodetector of optical receiver and the high speed analog circuit module were all fabricated by non-CMOS technologies , for their excellent performance with the limitation of expensive manufacturing costs and much longer design and fabrication cycle .

同时，在对谐振式PIN－FET光接收机进行噪声分析的基础上，采用微波混合集成工艺研制了一个串联谐振式PIN－FET光接收组件，有效地提高了PIN－FET的频响带宽。

On the other hand , based on the analytical results of the resonant PINFET optical receiver , a series resonant PIN-FET optical receiver was developed using microwave hybrid integrated technology which has a good improvement on frequeney response bandwidth .

介绍了一种应用于光接收机系统、速率可达155Mbit/s的CMOS限幅/对数放大器的接收信号强度指示器（RSSI）。电路采用0.6μm双多晶硅N阱CMOS工艺设计并实现。

The received signal strength indicator ( RSSI ) in a CMOS limiting / logarithmic amplifier , which is proposed for optical receiver at bit rate of 155 Mbit / s , is designed and realized in a 0.6 μ m double-poly n-well CMOS process .

作为宽带HFC网络中重要传输设备的光接收机，其性能指标是整个HFC网络性能指标的综合体现，其性能好坏直接决定了用户端的信号质量。

Being the important transmission equipment in wideband HFC , the performance index of optical receivers is the general embodiment of wideband HFC , the stand or fall of performance index of optical receivers directly decide the signal quality of user end .