| 1. | Designing the apc and atc in the optical transceiver
初步实现了光无线局域网。 |
| 2. | Packaging technology of 10gb s optical transceiver
光收发模块封装技术 |
| 3. | Technical requirement and test methods of optical transceiver module for coarse wavelength division multiplexing system
粗波分复用光收发合一模块技术要求和测试方法 |
| 4. | 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。 |
| 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. | Lastly , the working theory of encoder , decoder and optical transceiver of the optical wireless lan are analyzed . the experiments about the system are done in the paper and basically realize the wireless optical lan
最后，本论文具体分析了光无线局域网系统各个组成部分，主要是光电转换器和光收发器的工作原理，并进行了实验制作。 |
| 7. | Because bad weather ? thick fog , mainly ? can severely curtail the reach of these line - of - sight devices , each optical transceiver node , or link head , can be set up to communicate with several nearby nodes in a network arrangement
因为坏天气（主要是浓雾）会大幅缩短这些视线设备的传输距离，因此每个光收发节点（或称连结端）的设立地点，必须可以和网路配置里的多个邻近节点进行沟通。 |
| 8. | Huasaiao is a professional high - tech company for developing and producing and selling manufacture in the realm of data communication net products such as optical transceiver series 、 broadband access and system service
公司简介：北京华赛奥通信技术股份有限公司是一家专业研发，生产，销售光纤传输网络，数据通信网络设备及系统集成服务，提供光纤网络和数据通信网络产品方案与服务的高科技企业。 |
| 9. | With these optical transceivers , the workstation on the shore can receive the synchronization signal for synchronization demodulation of pgc and controls the long - distance photoelectric modules under water . in this thesis , a long - distance optical transceiver is designed to meet the above requirements . beginning with the principle of optical communication , characteristics of the basic optical active device are summarized firstly
为了实现pgc信号的同步解调与远程水下光电模块的监控,岸基工作站与水下光电模块需要通过光收发一体模块进行低速率、无中继的双工通信,因此本课题的主要工作是进行远程水下光收发一体模块的设计与实现。 |
| 10. | And the working principle and circuit makeup of the optical transceiver are analyzed in detail . secondly , according to the actual requirements , optical transmitter and optical receiver were designed into a small module to carry out low - rate optical transceiver . finally , fundamental parameters of the optical transceiver are tested under existing conditions
本文在简述光纤通信原理的基础上,从最基础的光有源器件工作原理、特性入手,重点阐述了光收发一体模块电路结构以及工作原理,在此基础上根据实际情况设计了光发送、接收电路,实现了低速率光收发一体模块,并在现有条件下对该模块进行了初步测试。 |
