本产品专门设计用于提供规则电源，主要是为低压ic应用：如高速总线终端和3.3V低电流逻辑电源等供电。
The product is specifically designed to provide well-regulated supply for low voltage IC applications such as high-speed bus termination and low current 3.3v logic supply.
现场总线在应用中主要考虑其通信电缆、通信电源故障，“T”型分支或终端电阻故障也会引起总线故障。
The main facts we should consider are the trouble caused by the communication cable, communication power, t type branch or the terminal resistor problem in the application of site bus technology.
设计了以SO C嵌入式控制器为核心的终端，通过RS485总线与现场数字电压检测仪连接，建立了用电参数监测管理系统。
A terminal that SOC embedded controller is taken as the core has been designed to be connected with the apparatus of digital voltage detection by RS485 bus.
通过对SJA1000的详细分析，实现了利用CAN总线来进行变压器终端的通讯。
Under the detailed analysis of SJA1000, the Transformer Test Unit use CAN bus to perform the communication with others.
中继器通过RS485总线将各种终端接入模块组成家庭内部通信网。
Relay forms inter-family communication network with various access modules using RS485 bus.
PACS服务器采用星型拓扑结构与各设备连接，图像浏览终端通过交换机采用总线结构与PACS服务器连接。
Image display workstations have been connected to the PACS server by a bus topology through switch equipments.
产品机械尺寸、外部电气信号、通讯总线协议与标准的存储卡保持一致，与目前市场上的带有存储卡接口的终端设备兼容。
Product Mechanical Dimensions, external electrical signal, communication bus protocol and the standard memory card line, and currently on the market with memory card interface device is compatible.
配电远程终端的测试包括负载监控效率和汇流条的监控质量，并通过总线负载和总线利用率等一些技术指标的计算说明了总线的使用情况。
The testing of PDRT include Load Monitor efficiency and Distributed-Bus Monitor quality, and the bus usage can be described by some parameter about the bus use ratio and the bus burthen.
通过USB总线枚举方式，逐一识别介质唯一性标识并通过超级终端显示。
Through the USB enumeration the unique identifier information of U disk was obtained and it was displayed on the hyperterm program.
实现了1553B终端RT与总线控制器BC之间高可靠的数据通信。
The data communication between 1553b RT and BC is realized effectively and credibly.
实现了1553B终端RT与总线控制器BC之间高可靠的数据通信。
The data communication between 1553b RT and BC is realized effectively and credibly.
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