电子系统设计

  • 网络Electronic System Design;Electronic Design-China
电子系统设计电子系统设计
  1. 基于FPGA电路重构技术的电子系统设计

    The Electronic System Design Based on FPGA Re-configuration

  2. ISP技术在现代电子系统设计中的应用

    Application of In-System Programming in Modern Electronic System Design

  3. SoC单片机在电子系统设计课程实验的应用

    Application of SoC of MCU in Electronic System Designing Experiment course

  4. IEEE正讨论该语言用于模拟电子系统设计的标准。

    IEEE is making the standard which extend to designing analogue circuit .

  5. 随着FPGA技术和自动设计工具的进步,数字电子系统设计的方法正在发生变化。

    Advances in FPGA technology and design automation tools have been changing the design ways of digital electronic systems .

  6. 可编程ASIC技术&现代电子系统设计的新潮流

    Technology of Programmable ASIC ── New Trend of Designing Modern Electronic System

  7. EDA技术已逐渐成为现代电子系统设计的重要手段。

    EDA technology has gradually become an important means of modern electronic system project .

  8. 现代电子系统设计方法与ASIC

    Design Method of Modern Electronic System and ASIC

  9. 提出将SoC单片机引入到电子系统设计教学中,并介绍了实验教学手段、教学内容等改革思路。

    This paper introduces the innovation of electric system experimental teaching means , methods and contents by our teaching practice and experience .

  10. EDA技术已成为现代电子系统设计和电子产品研制开发的有效工具,成为电子工程师应具备的基本能力。

    EDA Technology has become the efficient tool in the fields of modern electronic system design and electronic product research .

  11. 电子系统设计已进入片上系统SOC阶段,即在单个硅片上集成各种电路功能模块,包括数字和模拟的模块,以实现完整的系统功能。

    With the development of circuit design coming into the SOC stage , analog and digital modules must be integrated to implement the function of system .

  12. 本文采用VHDL语言设计了基于GPLD的计数及LED译码电路,该设计方法符合电子系统设计的发展方向。

    A counting and LED decoding circuit based on CPLD is designed by VHDL . The method adopted in this paper will be widely used in the design of electronic system .

  13. 集成电路不断发展,SoC已经成为电子系统设计的主流,软硬件的划分又是其中的一个重要部分。

    With the development of IC industry , SoC has taken an important part in electronic designing , while the partition of Hardware / Software is a significant part .

  14. FC交换式网络可靠性的研究对于航空电子系统设计阶段的容错设计和拓扑选择都将起到指导作用。

    The study on reliability of fabric topologies of FC has a directive effect on both fault tolerance design and topology selection in the phase of avionics system design .

  15. 同时,EDA技术以其自身的优点在现代电子系统设计中占有的地位越来越重要,已成为ASIC技术的一个重要分支。

    Owing to the advantages of itself , EDA technology is more and more important in the modern electronic system designs and it has been a basilic embranchment in ASIC technology .

  16. 数字电视近年来飞速发展,它最终取代模拟电视是一个必然趋势。可编程逻辑技术以及EDA技术的升温也带来了电子系统设计的巨大变革。

    With the development of digital TV technology , digital TV would eventually take the place of traditional analogue TV . The FPGA and EDA technology bring huge change in electronics system design .

  17. SoC的几乎无限的晶体管集成度正在引发电子系统设计的一场革命,即完成一种转变&从以功能设计为基础的传统流程转变到以功能组装为基础的全新流程。

    The almost limitless integration degree of transistor in SoC design is inducing a revolution of IC design , that is , a transformation from traditional functionality design based design flow to fire-new functionality assembling based design flow is implemented .

  18. 使用FPGA进行电子系统设计不仅可以根据市场需求快速的设计生产概念型产品来占据市场,同时还可以根据市场需求的变化及时的更新产品特性与性能来增强产品的竞争力。

    Design electronic system with the FPGA can not only rapid product concept type products according to the market demand to occupy market , but also can timely update product characteristics and performance according to the change of market demand to enhance the competitiveness of their products .

  19. 可以使电子系统设计在运行期间通过改变可编程ASIC的配置来改变系统功能,大大提高了电子系统设计的灵活性和通用能力,并且缩短开发周期,降低设计成本。

    Enable electronic system design by changing the duration of the programmable ASIC to change the system configuration functions , greatly improving the electronic system design flexibility and overall capacity , and shorten development cycles , reduce design costs .

  20. 简要介绍VHDL发展的历史及其主要特点,探讨VHDL的发展给雷达电子系统设计带来的影响,并简述VHDL在现代雷达电子系统设计中的方法。

    This paper briefly introduces the history and features of VHDL , discuses the influence of the development of VHDL on modern Radar electronic system design and gives the flow chart of hiberarchy design method in modern Radar electronic system design .

  21. 简要介绍EDA技术与PLD器件概况,说明EDA技术与PLD器件相结合给现代数字电子系统设计带来革命性的变化,成为新一代数字电子系统设计的趋势。

    : The EDA technology and PLD devices are briefly introduced . It demonstrates the revolutionary change of modern electronic system design from the combination of EDA and PLD , which would become the tendency of digital electronic system design of new generation .

  22. 空间飞行器的电子系统设计面临着一些问题。

    Designers face some challenges in the filed of spacecraft electronic system .

  23. 可编程性是电子系统设计的前景。

    Programmability is the future of electronic system design .

  24. 现代电子系统设计手段研究

    On the Means Study of Modern Electronic System Design

  25. 仿生学在电力电子系统设计中的应用

    Applications of Bionics in design of power electronics system

  26. 电子系统设计方法与设计环境的探讨

    On Design Methods and Design Environments of Electronic System

  27. 增加汽车电子系统设计的灵活性

    Enhance the Flexibility of Auto Electronic System Design

  28. 钨极脉冲氩弧自动焊的电力电子系统设计

    Design of Power Electronics for Automatic Tungsten Argon Pulsed Arc Welding and Plasma Process

  29. 整个硬件系统的设计充分体现了现代电子系统设计的思想。

    The method of modern electronic system design is taken into the design of whole hardware system .

  30. 通过对器件编程使之实现所需要的逻辑功能,从而给数字电子系统设计带来了革命性的变化。

    Logic function needed can be achieved by using it , resulting in the design of logic electronic system revolutionary changes .