5136-DNP-PCI机器人控制接口卡模块和接口卡是针对中高档的模块化路由器、交换机产品而言的，对于固定配置的路由器和交换机而言不涉及模块和接口卡。通常网络模块是为了扩展局域网功能而开发，而接口卡则多指广域网接口卡，通过广域网接口卡，路由器和交换机产品就可以方便的实现更高效能的广域网接入。采用模块化设计的产品其好处是可以有效保护用户投资，真正实现按需购买，同时产品可以做到强有力的扩展以适应业务不断扩展的需求。 例如，通过网络模块，就可以将Cisco 2600系列定制成适合任何网络服务的需求，这些模块的广泛应用包括：多服务的语音和数据综合，模拟和ISDN拨号，ATM访问，低密度交换，入侵检测，串行设备集成等。在这些网络模块中有些上面就集成有接口，可直接使用；有些没有接口，只有插槽，需要安上接口卡才能使用；有些既有接口又有插槽，可能按情况不用或选用接口卡。
5136-DNP-PCI
在航电系统的研制初期，通常要先在地面以微型计算机为基础做各种仿真实验。这使得用于各仿真系统的接口板的研制和革新工作便同时成为航电系统发展的一个重点。接口板的主要任务是实现航电系统的数据总线与PC机的数据总线之间的通信功能，这使PC机可以模拟航电系统数据总线上所挂接的实际子系统。PCI（Peripheral Component Interconnect）总线，即外围部件互连总线，是一种先进的高性能32／64位地址数据复用局部总线，可同时支持多组外围设备。PCI局部总线不受制于处理器，为中央处理器及调整外围设备提供一座桥梁，更可作为总线之间的交通指挥员，提高数据吞吐量，具有支持线性突发传输、极小的存取延误、采用总线主控和同步操作、兼容性强等优点。本文设计了一种基于PCI总线的接口板，其服务对象是MIL-STD-1553B总线，并编写其在Windows下的驱动程序。
5136-DNP-PCI
The 5136-DNP-PCI robot control interface card module and interface card are designed for mid to high-end modular router and switch products, and do not involve modules or interface cards for fixed configuration routers and switches. Usually, network modules are developed to expand LAN functionality, and interface cards refer to WAN interface cards. Through WAN interface cards, routers, and switch products, higher efficiency WAN access can be easily achieved. The advantage of adopting modular design products is that they can effectively protect user investment, truly achieve on-demand purchasing, and at the same time, the products can achieve strong expansion to meet the constantly expanding needs of the business. For example, through network modules, the Cisco 2600 series can be customized to meet the needs of any network service. The wide applications of these modules include multi-service voice and data integration, analog and ISDN dialing, ATM access, low-density switching, intrusion detection, serial device integration, and more. Some of these network modules have integrated interfaces that can be directly used; Some do not have interfaces, only slots, and require an interface card to be installed before use; Some have both interfaces and slots, and may not be used or interface cards may be selected according to the situation.
5136-DNP-PCI
In the early stages of the development of avionics systems, various simulation experiments are usually conducted on the ground based on microcomputers. This makes the development and innovation of interface boards for various simulation systems a key focus in the development of avionics systems. The main task of the interface board is to achieve communication between the data bus of the avionics system and the data bus of the PC, which enables the PC to simulate the actual subsystems connected to the avionics system data bus. PCI (Peripheral Component Interconnect) bus, also known as the Peripheral Component Interconnect bus, is an advanced high-performance 32/64 bit address data multiplexing local bus that can support multiple sets of peripheral devices simultaneously. The PCI local bus is not constrained by the processor and provides a bridge for the central processing unit and peripheral equipment adjustment. It can also serve as a traffic controller between buses, improving data throughput, and has advantages such as supporting linear burst transmission, minimal access delay, adopting bus master and synchronous operation, and strong compatibility. This article designs an interface board based on PCI bus, which serves the MIL-STD-1553B bus and writes its driver program under Windows.
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