The FTU exists for those who wish to use and support the Archiv .
FTU因这些希望使用和支持档案馆的人而存在。
This paper presents an optimized algorithm for feeder fault-location based on FTU.
提出一种基于FTU的配电网馈线故障定位优化算法。
Finally, this paper builts up the typical FTU of feeder automation model based on IEC61850.
最后搭建了基于IEC61850白勺典型基于FTU白勺馈线自动化模型。
In this paper, it expounds the actuality of DAS and the realization of FA and gives the design of FTU.
论文阐述了配网自动化的现状及馈线自动化的实现方式，对馈线自动化远方智能终端FTU给出了具体的设计方案。
During the experiment, the online test between the PC and FTU is tried through the testing program in PC.
在实验过程中本文还运用自编制的PC机通信测试程序进行了联机测试。
Along with raising the level of distribution automation system, FTU has become the key to distribution automation system components.
随着配电自动化水平的提高，FTU已经成为配电自动化系统中的关键元器件。
The FTU adopts RS232 standard, has good realtime quality, and can be configured easily and conveniently by PC, so , it has high popularizing values.
本文研制的FTU采用标准RS232通讯口，实时性强，通过上位机可以灵活、方便地进行参数配置。具有较大的推广价值。
FTU, as an important component of feeder automation for improving reliability of electricity supply is essential to improve the quality of power supply.
FTU作为馈线自动化的重要组成部分对于提高供电的可靠性改善供电质量来说至关重要。
A new matrix algorithm for fault section locating in distribution system is then built according to the model in combination with the fault information from FTU.
在此基础上，结合从FTU得到的故障信息得到新型故障区间定位算法。
As the fundamental control unit of feeder automation, the feeder terminal unit (FTU) plays an important role in realizing the feeder automation and distribution automation.
本文主要分析了配电自动化终端的需求，研究其结构，并采用了自顶向下的思想设计和研制了配电自动化终端单元。
By analyzing modes of FTU network, middle station perfect all-around levels of power SCADA. and then, discusses the implementation of the power communication new 101 protocol of 2002 edition.
对FTU组网拓扑方式进行了分析，区域站的引入改善了电网SCADA系统的综合能力，并对新2002版101规约进行研究，将电力101规约在通信中进行了具体应用。
For large system with more devices and operation patterns, part of the functions is implemented in RTU(Remote Terminal Unit) and FTU(Feeder Terminal Unit) to mitigate the load of main station.
针对系统规模大、现场设备多、运行方式变化复杂的特点，将部分功能下移到远动终端装置（RTU）、馈线终端装置（FTU），从而减轻主站的负担。
Introduces the architecture of FTU based on AT89C51 and TMS320F206, presents the interface circuit of IDT7130 and dual processor as well as that of F206 and MAX125, illustrates the key flow chart.
介绍了基于AT 89C51和TMS320F206的馈线远方终端的基本结构，详细给出了采用IDT7130作为双处理器接口的具体电路以及F206与MAX125的接口电路，并给出了关键部分的流程图。
In case a single fault occurs on a power feeder, the fault section must be between two adjacent switches, and the FTU information about fault currents passing through these switches must be different.
通过分析配电网馈线单一故障情况下，其故障点必位于两个相邻的开关之间。有故障电流和没有故障电流流过的开关，其FTU所采集的信息不相同。
In case a single fault occurs on a power feeder, the fault section must be between two adjacent switches, and the FTU information about fault currents passing through these switches must be different.
通过分析配电网馈线单一故障情况下，其故障点必位于两个相邻的开关之间。有故障电流和没有故障电流流过的开关，其FTU所采集的信息不相同。
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