硬件电路设计,hardware circuit design
1)hardware circuit design硬件电路设计
1.The principle of infrared communication is elaborated, the hardware circuit of the infrared communication interface based on Sunplus SPCE061A, including thehardware circuit design of the receiving and transmitting parts, are introduced.阐述了红外通信的原理,介绍了基于凌阳SPCE061A的红外通信接口的硬件电路,包括接收和发射部分的硬件电路设计,阐述了设计的实用性,分析了工作原理,并结合具体应用实例给出了软件设计。
英文短句/例句
1.The Design of Optical Line Terminal Hardware;光线路终端（OLT）设备硬件电路设计
2.The Hardware Circuit Design and Implement of the USB Device ControllerUSB设备控制器的硬件电路设计与实现
3.The Hardware Design of Adaptive Feedforward Linear Power Amplifier;自适应前馈功率放大器硬件电路设计
4.Hardware Design and Realization of the Wireless Discussion Board System;无线讨论板系统硬件电路设计与实现
5.The Hardware Design for ABS System of Car Based on MC9S12DP256基于MC9S12DP256的汽车ABS的硬件电路设计
6.Hardware Design of an ERT/ECT Information Fusion Tomogra phy System电阻/电容信息融合成像系统的硬件电路设计
7.The Hardware Circuit Design of Direct Current Supply Controlled by PLC in Industry工业用PLC控制直流电源的硬件电路设计
8.Long Base Line Underwater Navigation System Acoustic Transceiver;长基线水声导航系统收发机硬件电路设计
9.Hardware Circuit Design of a New Grating Type Autostereoscopic Display;一种新型光栅式自由立体显示器硬件电路设计
10.Study on Circuit of Laser Confocal Biochip Scanner;生物芯片激光共聚焦扫描仪硬件电路设计
11.Hardware Circuit Design of Mobile Robot Based on Multi-sensor;基于多传感器的移动机器人硬件电路设计
12.The Hardware Circuit Design and Implementation of the Radar Target Simulator;雷达目标模拟器的硬件电路设计与实现
13.Hardware design of inverter for car refrigerator with SCM AT89C2051;基于AT89C2051的车载冰箱逆变器的硬件电路设计
14.The Hardware Design of Image Processing Card Based on DSP&FPGA;基于DSP＋FPGA的图像处理电路板硬件设计
15.The Design and Hardware Realization of a Family of a Novel Chaotic Circuits;一类新型混沌电路的设计与硬件实现
16.Circuit Design and Layout of LVDS Transmitter;LVDS驱动器电路设计及硬件实现
17.Research and Design on Electromagnetic Compatibility of the Car-DVD Hardware Circuit;车载DVD硬件电路电磁兼容的研究与设计
18.Realization and Analysis of Navigation Computer Hardware Circuit Based DSP and FPGA基于DSP和FPGA导航计算机硬件电路研究与设计
相关短句/例句
Design Of Hardware硬件电路设计
3)Hardware design硬件设计
1.The hardware design of electric generator’controller based on single-chip microcomputer;以单片机为核心的发电机控制器硬件设计
2.Software and hardware design for TD-SCDMA integrated test instrument physical layer;TD-SCDMA终端综合测试仪物理层的软硬件设计
3.The hardware design of single chip control system for the new power supply vehicle;新型电源车单片机控制系统硬件设计
4)design of hardware硬件设计
1.The whole article detailfully introduces the steps and methods of the transformation of the lathe from the structure transformation, thedesign of hardware and the design of software.从车床本身的结构改造、硬件设计和软件设计三个方面入手，详细介绍了车床改造的步骤和方法。
5)Circuit design硬件设计
6)hardware designing硬件设计
1.Finally, it analysed the key problems of thehardware designing.介绍计算机组成原理的“简单计算机系统的设计与实现”课程设计的教学实践 ,并对系统的设计思想和系统原理进行探讨和研究 ,对计算机硬件设计的重难点作了分
2.In this article,the authors simply introduce the basic characteristics and designing parameters of the numerical control XY working table which is made from the designs of author s own,and then make use of chip-single microcomputer to act as the key parts of system controlling,and gives a minute discussion in thehardware designing of the controlling part介绍了自行设计的数控ＸＹ工作台的基本特点及设计参数，并利用单片微机作为系统控制的核心部件，详细讨论了控制部分的硬件设
延伸阅读
集成电路版图设计规则集成电路版图设计规则的作用是保证电路性能，易于在工艺中实现，并能取得较高的成品率。版图设计规则通常包括两个主要方面：①规定图形和图形间距的最小容许尺寸；②规定各分版间的最大允许套刻偏差。集成电路制作中，各类集成元件、器件及其间的隔离与互连等是在一套掩模版的控制下形成的。一套掩模版通常包括 4～10块分版。每一块分版是一组专门设计的图形的集合，整套版中的各分版相互都要能精密地配合和对准。整套掩模版图形(简称版图)的设计，是把电路的元件、器件和互连线图形化，用它来控制制备工艺，使集成电路获得预期的性能、功能和效果。例如，增强型负载硅栅N沟道MOS型集成电路需要4块分版,分别用以确定有源区、多晶硅、接触孔和铝连线。4组图形的规则是： 有源区条宽与间距 6μm/6μm 多晶硅条宽与间距 8μm/6μm 接触孔尺寸 6μm×6μm 铝连线条宽与间距 6μm/6μm 多晶硅-有源区套刻量(ɑ) 2μm 多晶硅出头长度(b)4μm 接触孔-有源区套刻量(c) 2μm 接触孔-有源区上多晶硅套刻量(d) 4μm 接触孔-隔离区上多晶硅套刻量(e) 2μm 铝连线-接触孔套刻量(f) 2μm不同类型的集成电路所需要的分版数不同，具体的版图设计规则也有差异。但制定版图设计规则的基本原则则是一致的:①需要考虑工艺设备状况(如光刻机的分辨率和对准精度)和工艺技术水平（如工艺加工中,图形尺寸侧向变化量和控制）；②避免寄生效应对集成电路的功能与电学性能的有害影响。通常称允许的最小图形尺寸的平均值为特征尺寸。它是对集成电路集成密度的度量，是集成电路工艺技术水平的一种标志。
