对设计数字光端机具有一定的参考作用。
This work could be a valuable reference for the design of Digital Optical Transceivers.
设计了一种三值光端机和一种3b2t三值光端机的组成结构。
The construction of ternary codes optical end machine and 3b2t optical end machine are designed.
通过视频传输的发展趋势说明了数字化视频光端机的市场前景；
The paper maintainly analyse the market foreground of the Digital TV Optical Transceiver from the developing trend of the VIDEO transmission;
同时结合深海底自动采矿实例，实现水下工控机与光端机之间串口数据通信。
The serial data communication between deep seaengineering control machine and the fiber options is implemented in deep seabed automatic mining.
本文提出了一种使用光端机和光电混合旋转连接器实现旋转平台通信和供电的解决方案。
This paper presents a use of optoelectronic hybrid rotary connector and the Optical line terminal realize rotary platform communications and power supply solutions.
简要介绍了光纤数据传输技术在束管监测系统中的应用，描述了数据光端机的结构、原理等。
This paper briefly introduces the application of optic fiber data transmission technique in beam tube monitoring systems. The structure and principe of data optical receiver is described.
理论分析和实验表明，制成低损耗、低噪声、大动态范围的小型化光端机是实现雷达系统应用的关键。
The key of realizing the application in radar system shown in theories and tests is to carry out miniature optical terminal units which have low loss, low noise and large dynamic range.
论述了视频光纤传输系统的工作原理，对光端机部分主要电路作了详细介绍，并给出了视频光端机的性能指标。
The principle of video fiber transmission system is introduced, function of main circuitry is discussed, meanwhile performance of the system is given.
论述了应用于煤矿工业电视系统中的视频光纤传输系统的工作原理，对光端机部分主要电路作了详细介绍，并给出了视频光端机的性能指标。
The principle of video fiber transmission system applied in the industrial TV of the coal mine is introduced, function of mostly circuitry is discussed, meanwhile this paper gives guide line.
最后总结了FSO 无线光端机的性能指标和特点，并提出如何提高FSO系统的灵敏度和增加ATP子系统的建议，指出下一步研究的方向。
Summarize the performance and characteristics of FSO equipment, point out some ways to improve the sensitivity of FSO system and add ATP subsystem, which is the next step to research.
最后总结了FSO 无线光端机的性能指标和特点，并提出如何提高FSO系统的灵敏度和增加ATP子系统的建议，指出下一步研究的方向。
Summarize the performance and characteristics of FSO equipment, point out some ways to improve the sensitivity of FSO system and add ATP subsystem, which is the next step to research.
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