A design of voltage spike generator based on microprocessor unit is introduced. 介绍了基于微处理器的电压尖峰发生器的设计方法和思路。
The system is divided into temperature measurement unit, microprocessor unit and temperature control unit. 系统分为温度测量单元、微处理器单元(MPU)和温度控制单元。
The embedded microprocessor unit is selected as the core of the real-time monitoring system. This system uses embedded technology and field bus technology & CAN. 以嵌入式单片机为核心,应用嵌入式技术和CAN现场总线技术。
Considering from embedded microprocessor unit, embedded operating system and embedded memory, an appropriate cost-effective embedded board was chosen. 主要从嵌入式处理器、嵌入式操作系统和嵌入式存储器等三个方面,选择了一款性价比合适的嵌入式开发板。
In hardware circuit implementation, notice to choose signal sensors, signals magnify circuit and filter circuit are reasonably designed. In this scheme, the hardware platform composed by advanced 32-bit embedded microprocessor unit. 在硬件电路实现上,注意选择电流电压变送器,合理设计了信号调理电路,采用了32位嵌入式微控制器和16位高精度A/D构成的硬件平台。