The intelligent node of using microchip AT89S51, CAN controller SJA1000 and the CAN transceiver are also developed.
同时还利用微处理器AT89S51、CAN控制器SJA1000和CAN收发器开发了智能节点。
The composition of hardware of intelligent node is given. Realization of software of temperature measuring is described.
给出了CAN总线智能节点的硬件构成及温度巡检的软件实现方法。
The whole system is made up of a main computer and many intelligent nodes. Each intelligent node takes on microcontroller AT89C51 as host processor and Neuron chip TMPN3120 as slave processor.
系统由一台上位机和多个智能节点组成，智能节点采用单片机at89c51为主处理器，神经元芯片TMPN3120为从处理器。
The principle and the whole structure of the data acquisition system are given. The main concerns are software and hardware design, the realization and the rules of the intelligent node of CAN.
给出了此系统的原理及整体结构，重点阐述了CAN总线智能节点的软硬件设计、实现与注意事项。
The developed intelligent node with hardware core of LPC2119 chip had characteristics of hardware in brief, smart pack, and software in blocking.
智能节点的设计以LPC 2119芯片为核心，具有硬件简单、封装小巧、软件模块化强的特点。
The developed intelligent node with hardware core of LPC2119 chip had characteristics of hardware in brief, smart pack, and software in blocking.
智能节点的设计以LPC 2119芯片为核心，具有硬件简单、封装小巧、软件模块化强的特点。
应用推荐