全部

1·Analyzed the function requirement for Energy Remote Terminal Unit.

分析了远程电量数据终端的功能需求。

2·Completed the hardware selection and software design of Energy Remote Terminal Unit, then finished the debugging of sample machine.

完成了远程电量数据终端的硬件选型和软件设计，以及样机调试。

3·Based on the current status and requirements of application, a solution for data acquisition that is suitable for mobile terminal unit is put forward in this dissertation.

基于当前应用的现状和需求，本文提出了适用于移动终端设备数据集成的解决方案。

4·This paper explains the role and function of intelligent transformer terminal unit in electric power system, introduces the wain content and design program of the project.

阐述了配电变压器监测终端在配电自动化系统中的作用与功能；介绍了“电力系统配电变压器智能监测终端设备”课题研究的主要内容及设计方案。

5·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。

6·Combining the mobile data transmission with Internet technique, the automatic and wireless hydrology data monitoring system is realized by using the GPRS data terminal unit.

自动水文站是由电子设备或计算机控制的自动进行水文观测和资料收集传输的水文站。

7·On the basic of the existing multimedia digital terminal unit and embedded technologies, we introduce a new software and hardware architecture of multimedia digital terminal.

本文在分析了现有的多媒体数字终端设备和嵌入式技术的基础上，提出了多媒体数字终端的硬、软件体系结构。

8·Based on the analysis on the functional demands and the technical indicators, this paper illustrates an overall structural design for multifunctional RTU (Remote Terminal Unit).

通过对功能需求和技术指标的分析，本文给出多功能遥测终端的总体结构设计。

9·Substation electric energy remote terminal unit(ERTU) is an important plant-level device for substation data acquisition, and it is obviously a part of digital substation system.

变电站电能量采集终端（ERTU）是变电站数据采集的一个重要厂站级设备，也是数字化变电站的组成部分。

10·The reader board's high reliability and resistance to heat, humidity, and physical shocks enables the terminal unit to withstand the extreme environments and transportation it may face.

读卡器板有高可靠性、抗热抗湿和物理冲击，因此该终端设备能承受可能面临的各种极端的环境和运输条件。