节点设计方案中，网络控制器采用智能网络接口控制器OS81050，解码器采用可控音量芯片CS4341，功率放大器采用NE5532。
In the design of this node, the network controller used the intelligent network interface controller OS81050, the encoder used CS4341, the amplifier used NE5532.
硬件部分重点论述了S3C 2410处理器与存储器和网络控制器芯片的接口设计问题。
In hardware design part, explains especially the interface of S3C2410 CPU chip with memory and network controller chip.
文中基于嵌入式以太网技术，设计了一种具有多种接口，能实现异种网络互联的通信控制器。
Based on an embedded Ethernet, a communication controller with multiple interfaces for heterogeneous network interconnection is presented in this paper.
该配料控制器还配有标准的RS—485总线接口，较好地实现了配料控制系统的网络化设计。
The batch controller also has a standard interface of RS-485 bus, preferably achieved the network design of the batch control system.
硬件部分以针对嵌入式应用的S3C4510B微处理器作为主控制器，利用S3C4510B强大的网络功能和众多外设接口实现对现场设备的远程控制。
The hardware is based on S3C4510B as the main controller, which has powerful Internet function and many interfaces to remote control local equipment.
它的应用不仅减少了汽车内线束的数量和控制器接口的引脚数，而且更为重要的是由此而引出了汽车电子器件的网络化趋势。
The application of CAN-bus not only decreases the quantities of link-lines and pins for controller interface, but also promotes the trend for the network of auto electronic apparatus.
它的应用不仅减少了汽车内线束的数量和控制器接口的引脚数，而且更为重要的是由此而引出了汽车电子器件的网络化趋势。
The application of CAN-bus not only decreases the quantities of link-lines and pins for controller interface, but also promotes the trend for the network of auto electronic apparatus.
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