Making use of USB technology, adopting USB module CH375, realizing communication between USB interface of many detection channels and computer in accelerator nuclear radiation monitoring system.
利用USB接口技术，采用US B模块CH375，在加速器核辐射监测系统中实现了多个探测通道usb接口与计算机通信。
The circuit of spectrometer used CCD for spectrum data collection, and used USB interface for communication and system's power.
该仪器的电路部分采用了线阵CCD进行光谱数据采集，采用USB接口进行通讯和系统供电。
Through balancing the excellences and disadvantages between USB and IEEE1394, we selected the USB2.0 interface to perform the communication between embedded system and computer.
通过对比USB与IEEE1394的优缺点，本课题选择了USB2.0协议作为嵌入式应用系统与计算机的通信接口方案。
This paper proposes the realization methods of ISA to USB interface in computer communication.
提出了一种使用U SB接口实现ISA总线与计算机通信的方案。
The data communication between SCM and microcomputer was achieved by the USB interface, and the barcode data uploading was performed.
通过USB接口实现单片机与微机的数据通信，完成条形码数据的上传。
USB interface applied to wireless Laser communication system is formulated in this paper. Two Computers can communicate through this interface.
提出一种计算机通讯系统的USB接口电路，通过其可完成两台计算机之间远距离激光无线通信任务。
Charper Four introduces the popular communication interface: CAN Bus and USB. It includes the software and hardware's designing of the communication interface, and the preliminary debugging.
第四章对CAN总线和USB通信接口进行了探讨，设计了通信接口的软件和硬件，并进行了初步的软硬件调试。
Comparing to other communication interface, the most advantages of USB interface is its fast speed, feasibility, Plug and Play supporting, and automatic configuration.
与其它通信接口相比较，USB接口的最大特点是速度快、易于使用和支持热插拔，并且所有的配置过程都由系统自动完成。
UART and USB communication method and program interface are introduced, especially USB port, method of how to send data and command to wireless node is given.
分析了串口与USB通信的实现流程和编程方法，特别是USB接口，给出了应该程序给无线节点发送命令和数据的方法。
The USB-HART communication interface developed based on FT8U232BM chip(replaces) RS-232(interface. ) It features fast speed to transmit, using less resource and plug-and-play.
基于FT8U232BM芯片开发的USB-HART通信接口，以其传输速度快、占用资源少以及真正意义上的即插即用等优点，正在逐步取代RS-232接口。
USB is a kind of novel PC bus criterion. With the quality of fast speed, convenience and low interference, USB is the most available communication interface of modern intelligence instrument.
通用串行总线(usb)作为一种新型微机总线规范，具有便捷易用、传输速率快、低干扰等特点，非常适合作为现代智能仪器的通信接口。
We choose USB (Universal Serial Bus) as the communication interface of DSP and the computer which can fulfill up data transfer and the control to DSP.
系统选用USB(通用串行接口)作为和上位机通信的接口，实现处理数据的上传以及上位机对DSP的控制。
A dual communication interface with USB and SPI is designed to make the system more scalable.
USB和SPI双通信接口的设计使系统更具有可扩展性。
The method avoids developing USB interface driver, has high communication rate and high reliability, and satisfies NC system's real-time demand very well.
该方法避免了开发usb接口驱动程序，传输速率快，可靠性高，很好地满足了数控系统的实时性要求。
This design will implement the communication through USB or serial interface, including serial download based on STK500 agreement and JTAG ICE simulation.
本设计能够使用USB接口或者串口两种接口进行通信，包括STK500协议的串口下载与JTAGICE仿真。
This paper presents CH375 bus interface chips, the USB communication between PC and embedded medical equipment, and the relative procedure code.
介绍了USB总线接口芯片CH375，并在此基础上实现了PC与嵌入式医疗设备的USB通讯，给出了相关的程序代码。
An USB interface has been added to the adjuster to improve its communication ability.
为了提高调节器的数据通信能力，增加了USB主机接口，极大地方便了用户使用。
Based on the USB bus interface chip CH375, we design the locomotive signals data recording system, and detail the design of communication interface of CH375 and TMS320F2812.
基于USB总线接口芯片CH375，设计了机车信号记录仪数据记录系统，并详细阐述了CH375与TMS320F 2812之间的接口设计。
With VC + + Prepared USB interface communication program (declassified), the classic NEE!
用VC++编写USB接口通信程序(已解密)，经典的东东！
Procedures for the use of the preparation of high-level applications and USB interface communication.
程序利用编写高层应用程序与usb接口通信。
We synthetize the hardware and software, and realize the function of the communication of RS232 serial interface the function of the recorder reading and writing USB disk.
综合本文中的硬件和软件设计，实现了记录仪的RS232串口通信功能，和记录仪对U盘的读写功能。
With the USB interface chip controlled by microcontroller, the communication between the card and PC is achieved.
控制卡通过单片机对USB通信接口芯片的控制，实现PC计算机与控制卡通过USB接口的通信。
With the USB interface chip controlled by microcontroller, the communication between the card and PC is achieved.
控制卡通过单片机对USB通信接口芯片的控制，实现PC计算机与控制卡通过USB接口的通信。
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