| 1. | Packaging technology of 10gb s optical transceiver
光收发模块封装技术 |
| 2. | Here use cadence ' s allegro interconnection design platform to design sft optical transceiver circuit
对于sfp光收发模块电路板的设计，文中采用cadence软件的allegro互连设计平台进行设计。 |
| 3. | The burst mode optical transmitter and receiver module are used to transmit and receive the upstream burst - mode optical signal
Apon系统中所用的突发式光收发模块就是应用于对系统上行通道的突发光信号发射和接收。 |
| 4. | In the third chapter , the constitute , function and parameter of burst mode transmitter are particularly analyzed
第3章介绍了突发式光收发模块，对突发式发射模块的组成及功能、技术指标以及技术特点进行了详细的分析。 |
| 5. | The tests indicate that digital signals can be transmitted 70 kilometers by the optical transceiver in the single - mode optical fiber without any relay , which meet the aim of the study
测试表明,该光收发模块可使数字信号在单模光纤中无中继传输70公里,达到了课题设计要求。 |
| 6. | Chapter 3 introduces technique characteristic of burst mode optical receiver and transmitter module in apon system , and proposes a method of designing 155mb / s burst mode optical receiver and transmitter module
第3章分析了155mb / s突发式光收发模块的技术特点，并提出了设计与实现方法。 |
| 7. | Chapter 5 particularly introduces basic principle of the circuit of the burst mode signal generator used for the testing of the burst mode optical transmitter and receiver module
第5章详细介绍了为实现对突发式光收发模块的测试而设计的突发信号模拟产生器的基本原理与各部分功能电路的实现。 |
| 8. | 1 standard cabinet is easy to administrate and fix 2 modularization design of power source ensures the frame is easy to repair and upgrate 3 the frame can supply 16 different modules at the same time
3机架最多可同时插入16个光纤收发模块，每个光收发模块可以是不同的类型，每个模块可以独立地工作，也可以成对地工作 |
| 9. | No one can deny the fact that sfp transceiver will take the place of sip and gbic become popular in the market today . in this paper , a kind of single mode small - form - pluggable transceiver which meets the demands of msa and sff - 8472 is successfully , developed
本课题是湖北省科技攻关项目的子项目，目标是研制出满足msa协议和sff - 8472的适合于1 . 25gb s速率的小型封装的可插拔sfp光收发模块。 |
| 10. | However , since there are numerous and interlaced variables that drastically affect the si , here focus on reflection crosstalk and other si problems of differential input / output lines of sfp . based on the circuit analysis , through adjusting the board layout to optimize the signal transfer and ensure the signal integrity
由于影响信号完整性的因素是多方面的，是相互交错的，本文在理论分析基础上主要介绍了sfp光收发模块的差分输入输出线影响信号完整性的反射、串扰等几个方面的仿真分析项目。 |
