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基于ARM的仪表总线转换技术的研究

Research of the Bus Conversion Technology of Instruments Based on ARM
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摘要 提出以32位内嵌ARM核的LPC2210为微控制器的仪表总线转换的设计思路,设计了RS232、RS485、CAN、USB等总线与以太网的接口硬件电路以及基于μC/OS-Ⅱ的实时多任务软件流程。该总线转换装置解决了仪器仪表与以太网的数据传输,可实现对仪器仪表的远程控制和访问。 The design idea of bus conversion technology of instruments has been proposed, which is based on embedded micro-controller with a 32-bit ARM core (LPC2210). In this paper it makes a detailed briefing on the RS233, RS485, CAN, USB and Ethernet interface hardware circuit design and real-time multi-task software process based on μC/OS - Ⅱ. The bus conversion technology of instruments solved data transmission between the instrumentation and Ethernet through existing computer networks. It also could achieve the remote control and visit for instrument.
出处 《仪表技术》 2007年第10期28-30,共3页 Instrumentation Technology
关键词 总线转换 ARM 实时多任务 bus conversion ARM real-time multi-task
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