There are some special interface chips of PCI in market.
市场上有一些专用PCI接口芯片。
All out the RS-232 interface chips all accord this stipulate.
所有的RS- 232接口芯片都符合这个规定。
The image sampling system that has target recognition function is described. The data is transferred by the USB interface chips.
介绍了一种有目标识别功能的图像采集系统，用usb接口芯片实现了数据的传输。
It has a significance for independence of interface chips to achieve the GPIB controller by FPGA in the field of testing and controlling.
利用FPGA实现GPIB控制芯片对实现测控领域接口芯片的自主化具有一定的意义和价值。
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。
This paper introduces the principles and methods of the test and diagnosis of digital IC, using 8098 Single chip Computer and other interface Chips.
介绍了利用8098单片机和其它接口芯片，实现对数字集成电路进行测试诊断的原理和方法。
Making use of EPP parallel interface function of CH341S interface chips, USB current control interface is designed to carry out reading and writing control for the outside equipments.
利用CH341S接口芯片的EPP并行接口功能，可设计usb通用控制接口，以实现计算机控制系统对外设的读写控制。
Hardware circuit design and software control programming which are based of CH341S interface chips are introduced in the paper, which provides more completed designing project for the readers.
介绍了基于CH341S的USB接口设计的硬件电路原理及软件控制程序，提供了较完整的设计方案。
The memory interface connects XDRAM chips, which currently is the fastest available memory technology, substantially faster than current DDR or DDR2 interfaces.
内存接口连接xdram芯片，它是目前速度最快的一种内存技术，速度远比目前的DDR和DDR2接口更快。
Theory and computer interface technology guide books, the school is this, learning some basic principles of computer chips has good references.
微机原理及接口技术实验指导书，我们学校用的就是这个，对学习微机原理一些基础芯片有很好的参考作用。
The design of CAN bus hardware interface circuit based on SJA1000, the selection of chips, the design of software and the realization of CAN communication are expatiated.
论述了基于SJA1000的CAN总线的硬件接口电路的设计、芯片的选择、软件设计及CAN通信的实现。
Taking concrete chips and practical interface circuits for example, this paper discusses the problems of data preprocessing that generally exist in digital control system.
本文以具体的芯片、实用的接口电路为例，讨论了数字控制系统中普遍存在的数据预处理问题。
In order to meet these applications, some kinds of Neuron Chips designed with High Speed parallel interface. So any kind of MCU can use it.
为了适应这些应用，某些类型的神经元芯片拥有高速并行接口，使任何微处理器能使用神经元芯片。
Video-process chips on display adapters always have the digital interface which can support the panel monitor, the output port of most of display adapters only offer the analog signal interface.
虽然当前计算机显卡视频处理芯片中一般都有支持平板显示器的数字视频接口，但现在大部分的计算机显卡的输出仍然只提供模拟信号接口。
For communication among parallel print port of PC and multiple single-chips, interface is divided into data, state and control groups respectively controlled by each register.
PC并行打印口与多台下位单片机的通讯，将接口分成数据、状态、控制三组，由其寄存器分别控制。
In view of the disparity among DSP and other microprocessors, the logic circuit in waiting requisition and the data exchanging interface among DSP and external chips is offered.
针对数字信号处理器与其他微处理器的不同之处，文中着重介绍了等待状态发生逻辑电路及数字信号处理器与外部芯片的数据接口电路。
Because data frames arrive in term of time slot for the communication interface integrated chips, the pipeline data path is an effective optimization method.
对于通信接口芯片设计，数据帧依照时间顺序依次到达，因此，采用流水线数据通道对帧数据进行处理是有效的优化方法。
This paper provides some technology of interface between ordinary RAM chips and high speed A/D and computers, and a method to collect data with these chips.
提出一种使用普通RAM芯片与高速A／D采集芯片和计算机的接口技术，完成高速数据采集的技术与实现。
Computers using Intel chips and Microsoft software grew to dominate the market, a trend that accelerated after Microsoft's Windows emulated many elements of the Mac's visual interface.
使用英特尔芯片和微软软件的电脑开始主导市场，在微软Windows模仿Mac视觉界面的许多元素后，这种趋势开始加速。
Smaller chip sizes are more desired because such chips simplify the machining operation and facilitate more effective heat removal from the tool work piece interface than larger chips.
较小的切屑尺寸比较大的切屑更被期望，因为这样的切屑使机械加工操作简化而且有利于从刀具工件接触面的更有效的热量排出。
Smaller chip sizes are more desired because such chips simplify the machining operation and facilitate more effective heat removal from the tool work piece interface than larger chips.
较小的切屑尺寸比较大的切屑更被期望，因为这样的切屑使机械加工操作简化而且有利于从刀具工件接触面的更有效的热量排出。
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