We can test the electrical characteristics of high speed USB, HDMI and MHL products as well as helping our customers debug board systems, and providing the best solution.
因此，我们不仅能测试高速USB及HDMI/MHL产品的特性，还能帮助客户调试系统，提供解决方案。
One aspect of the M340 that separates it from competing products, according to Schneider, is the availability of as many as two communication ports in addition to a high-speed USB port.
据施耐德公司介绍：M340与其竞争产品的一个不同之处就是它有两个通信端口，和一个高速USB端口。
There is little to choose between USB 2.0 and FireWire in terms of speed: although USB 2.0 has a higher quoted speed, in practice they both tend to be comparable due to differences in the protocols.
从速度来看，在USB 2.0和FireWire之间没什么可选择的：虽然usb 2.0报出的速度较高，实际上因为协议不同，它们都是差不多的。
Micro-USB (Charging and PC Connect) with USB 2.0 hi-speed.
可充电及电脑连接的USB 2.0高速Micro - USB接口。
By read-write speed, U-disk carrying out USB interface criterion enjoys popularity, speed of which is much higher than floppy disk.
从读写速度来说，U盘采用USB接口标准广受欢迎，读写速度比软盘快的多。
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。
As a new computer bus interface criterion, USB ap-plies to the high-speed data collecting system.
通用串行总线作为一种崭新的微机总线接口规范，其特点使其非常适合高速数据采集系统。
This paper introduces a harmonic analysis device based on USB, using FPGA to process the harmonic calculation, that has advantages such as high speed, low cost and modularization.
本文设计了一基于USB总线的谐波分析仪，用FPGA芯片进行谐波计算，具有速度快、成本低、模块化等特点。
In order to meet the customer's requirement on data collection speed of a system, as a new style interface technology-USB is widely used because of its simplicity and high speed.
随着客户对系统数据采集速度要求的不断提高，USB作为一种新型的接口技术，以其简单易用、速度快而被广大用户所接受。
This system, which facilitates the utility of PC cameras in embedded application, is composed of MCU, USB Host Controller, high-speed RAM and FLASH memory.
此系统主要由单片机，USB主机控制器，高速RAM, FLASH存储器等器件组成，使得数码摄像头在嵌入式领域应用成为现实。
It has a higher accuracy, faster measurement speed and throughput, LAN and USB connectivity, and a wider range of measurement functions.
它具有更高的精度、更快的测量速度和吞吐量、LAN和US b连通性，以及更广泛的测量功能。
Due to the speed limit of USB connection, the resolution (352x288) and colour bit depth that can be captured is low. Hence, the final quality is much poor than the origanl.
可是，就著USB本身传送速度极限，能被捕捉的解像度与及颜色只能有限，因此得出来的影像质素会比原来的差很多。
The system has several key advantages such as simple hardware, high operating speed and high stability. It is easy to get data from USB, and deal with these data and save them in memory.
系统具备电路简洁、处理速度快、可靠性高等优点，能便捷地从USB中获取花型数据并进行花型处理和存储。
The high definition USB input replaces the existing Bluetooth circuitry and uses a special high speed data connector where the existing Bluetooth antenna was fitted.
高清USB输入取代现有的蓝牙电路，并采用一个特制的高速数据连接器取代蓝牙天线。
There are a lot of interfaces in personal computers currently. USB device has the advantage of PnP, auto configuration and high speed.
目前在微机上存在多种接口形式，USB设备能够即插即用，自动配置，有较高的传输速率。
The design on high speed data acquisition and storage measurement system based on USB bus;
本文介绍了一种基于超高速数据采集技术的高精度时间间隔测量系统的设计。
USB port features easy operation, fast speed, convenient bus supply power, flexible connection and multiple transfer modes etc.
USB接口具有使用方便、速度快、总线供电方便、连接灵活和传输模式多等特点。
A design scheme of high-speed data transmission with the interface of USB based on TMS320C6711 is presented. And the hardware and software design of TMS320C6711 and AN2131Q are described in detail.
提出一种基于TMS320C 6711的具有USB(通用串行总线)接口的高速数据传输的设计方案，对TMS320C 6711和USB处理器an2131 Q的软硬件设计作了详细介绍。
Data acquisition, data processing, and USB communication can be realized by using CPLD, high speed ADC, DSP and USB chip.
利用高速可编程逻辑芯片CPLD，高速adc,DSP芯片和USB芯片实现数据采集，数据预处理和usb通信。
Compared with them, USB is used widely in each field because of its many merits, such as transmitting at a high speed, plug-and-play, and when developed, it costs less manpower and material resources.
相比之下，USB总线具有通用、高速传输、支持热插拔、即插即用、开发成本低等优点，在各个领域得到广泛应用。
Based on USB specification, a new design method for CCD high-speed data acquisition system is proposed.
提出一种CCD用于通用串行总线(usb)高速数据采集系统设计的新方法。
Proposed one kind with realizes based on the USB connection's low speed optical mouse's design.
提出了一种基于USB接口的低速光电鼠标的设计与实现。
While many MFP devices still use the parallel port, there is a shift to Universal Serial Bus (USB) for the high-speed connection of peripheral devices.
也即当采用并行端口的众多多功能外设器件彼此相连时，在通用串行总线(usb)上可以实现他们的高速数据交换。
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。
By using the general programmable interface (GPIF) of EZ-USB FX2, high speed data transmission for radar image has been achieved.
利用EZ - USB FX2的通用可编程接口(GPIF)达到雷达图像传输的高速要求。
One test method for transmission speed of USB interface is brought forward and the problem of transmission speed bottle-neck of the spectrometer system is solved according to the result.
提出usb接口的传输速率的一种测试方法，并且根据测试结果解决光谱仪系统传输速度瓶颈问题。
Universal serial bus (USB) is a kind of the serial buses with high speed on transmission. It has such advantages as Plug and Play, easy to be expanded and high speed on transmission.
通用串行总线(usb)是一种高传输速率的串行接口总线，它具有即插即用、易于扩展和传输速率高等特点。
The communication between host computer and subsystems USES USB (Universal Serial Bus) that insures real-time, high speed and convenient connection of the system devices.
各系统和主机之间采用USB总线连接的方式进行通讯，既可以保证通讯的实时性、高速性，又使得主机和设备之间的连接更加方便。
A high- speed hardware fine- interpolator based on USB communication is introduced in this paper. The fine- interpolator is implemented by FPGA and communicates with local PC through USB.
介绍了一种基于USB通讯的高速硬件精插补器的设计，设计中采用F PGA实现精插补，并通过USB接口实现与上位PC机的高速数据通讯。
A high- speed hardware fine- interpolator based on USB communication is introduced in this paper. The fine- interpolator is implemented by FPGA and communicates with local PC through USB.
介绍了一种基于USB通讯的高速硬件精插补器的设计，设计中采用F PGA实现精插补，并通过USB接口实现与上位PC机的高速数据通讯。
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