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USB.data.collecting
- 在数据采集系统中,USB接口技术以其高传输速度,简便的连接,以及其高通用性和高稳定性,比PCI等其他采集更适合与计算机的通信。本文系统介绍了基于USB2.0接口的数据采集系统的开发过程,以及硬件设计、固件、驱动和应用程序的设计等。本系统可实现模拟信号的采样和多路开关量输入、输出。并可通过对USB接口芯片可编程控制接口的设计实现数据的高速连续采样和传输。-Data Acquisition System, USB interface technology with a high transmissi
msp430shujucaijixitong
- msp430f149实现的数据采集系统 结构简单 功耗低 模拟采集传感器 数字开关量采集 串口通讯UART模块 电源供电及复位-Executable files built outside of IAR Embedded Workbench Follow these steps to load and debug an executable file that was built outside IAR Embedded Workbench, for example p
Zigbee10XX
- 模拟量数据采集及处理,通过串口,阿尔泰ZIGBEE1081-Analog data acquisition and processing, through the serial port, Altai ZIGBEE1081
51aduart
- 使用51单片机自带的10位分辨率的AD进行模拟量的采集,将采集到的数据通过串口发送给上位机-Use the 10 bits of resolution 51 SCM AD analog collection, the collected data through the serial port to the PC.
C8051
- 基于C8051F系列单片机的数据程序,实现了多路模拟量的采集-Based on C8051F series single-chip data program to achieve the multi-channel analog acquisition