The principle of Smart I/O Interface based on FPGA and its application for Aircraft ELMC are presented.
介绍了基于FPGA技术的智能化I/O接口技术的实现原理及其在飞机电气负载管理中心中的应用。
FPGA functional test platform is composed of configuration circuit, a power circuit and I/O interface circuit.
FPGA功能测试平台由配置电路、电源电路和I/O接口电路构成。
The flags of PMAC is used as the general I/O interface and the pneumatic control loop of the wafer robot is designed.
并将PMAC的标志控制口改作为通用I/O口，在此基础上进行了硅片传输机器人的气动控制回路的设计。
Serial data communication has gained wide application in network transmission, backplane transceiver and I/O interface.
串行数据通信在网络传输、背板连接和I/O接口等领域应用非常广泛。
The circuit is simple and convenient for operation, it not only develops system I/O interface, but also realizes mailbox function.
该电路结构简单、操作方便，既可满足系统I／O扩展，又能兼顾邮箱功能实现。
A simple method which is used to test the CNC system GSK980TA I/O interface with the system self-taking macro program is introduced.
本文介绍通过采用系统自带的宏程序，来测试GSK980TA数控系统输入输出口的简单方法。
It adopts distribution pattern, which composes of one interface computer and several I/O interface crates, organizing a Field Bus network.
它采用分布式的结构，包括一个接口计算机和数个I／O接口机箱，形成一个现场总线网络。
Model 7020 Digital I/O Interface Card is employed to switch the digital signals used to set the phone to various operating modes during testing.
利用一块7020型数字I/O接口卡来切换测试期间用以将电话设置为各种工作模式的数字信号。
On the core of 80C196KC, the single-chip-computer is extended for program store, data store, I/O interface circuit and analog signals amplifier etc.
下位机以80C196KC为核心，外扩程序存储器、数据存储器、I/O接口电路和模拟信号放大器等电路。
Taking W77E58 and MAX3100 as example, the paper introduces a method of using I/O interface of singlechip to simulate Serial Peripheral Interface (SPI) at first.
以W77E58和MAX3100芯片为例，首先介绍了一种利用单片机I/O接口软件模拟串行外设接口（SPI）的方法。
Serial asynchronous communication can be realized through universal I/O interface. The simple connection and considerate programming aim at various SCM application systems.
提出了一种利用通用I/O口实现串行异步通讯的方法，该方法接口简单，程序实现方便，特别适合各种单片机应用系统。
The I/O interface circuit, as an information exchanging device, coordinates the work between the computer and the simulator. Each out equipment gains access to the computer through interface circuit.
接口是仿真系统中计算机和模拟船舶电站发电装置之间信息交换的部件，它使两者之间能很好地协同工作，每一个外设都要通过接口电路才能和主机相连。
Until recently, PC I/O couldn't outperform the general-purpose interface bus (GPIB) we've been using for decades.
直到最近，PC的输入输出设备做得最好的还是通用接口总线（GPIB），而它已经用了几十年了。
The Virtual I/O Client (VIOC), bxaix85, was configured with a virtual ethernet interface configured with the appropriate VLAN ID to communicate with the outside world using the SEA in the VIOS.
VirtualI/O客户机（VIOC）bxaix85配置了一个具有适当VLANID 的虚拟以太网接口，从而通过 VIOS 中的SEA与外界通信。
Similarly, the ChannelOutput interface consists of a single method called write(Object o).
类似地，ChannelOutput接口也只有一个方法，叫作write(Objecto)。
The embedded network device resarched is a distributed I/O device which has an ethernet interface, it is applied mainly in industrial automatic control field to monitor heavy-duty equipments remotely.
涉及的嵌入式网络化装置是一个具有以太网接口的分布式输入输出装置，主要应用于工业自动化控制领域，对大型设备实施远程监控。
Then the structure of the whole system is introduced, as well as the hardware design, including I/O devices, PC interface, transmitted subsystem, and so on.
论文介绍了整个微机图像处理系统的系统构成，以及各部分硬件的设计情况，包括图像输入输出设备、微机接口、自动物流子系统等。
The interface uses a circuit based on dual port FIFO buffer memory to realize data transfer of different I/O velocity between the two computers.
该接口采用双端口FIFO缓冲存储技术，实现两机间不同I／O速度的数据通信。
O. p as a method for PC programming. The PC program blocks consist of data dealing block, interface block, control adjusting block, system safe block.
上位机软件开发采用可视化编程软件，利用面向对象的开发思想方法设计，程序包含数据处理、界面显示、控制调整、系统安全等模块。
This paper related the innovation of the calendaring production line provided from Taiwan, consisted of the main control system of PLC and remote I/O, set up man and machine conversation interface.
原台湾产压延生产线故障率高，对其进行全面改造。主控系统采用主从PLC和远程I/O的控制方式，并设人机对话界面。
So far, almost all main providers of PLC and remote I/O devices can provide products with Ethernet interface.
目前几乎所有主要的PLC和远程I/O供应商都能提供支持以太网接口的产品。
The experiment result showed that the plugging took place in the oil-sand interface, and the o.
实验结果表明，堵塞发生在油砂界面上，而油砂界面形成的主要原因是井中砾石充填不紧实。
The experiment result showed that the plugging took place in the oil-sand interface, and the o.
实验结果表明，堵塞发生在油砂界面上，而油砂界面形成的主要原因是井中砾石充填不紧实。
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