专用集成电路

  • 网络ASIC;ASICs;application specific integrated circuit;ASCI;AISC
专用集成电路专用集成电路
  1. 在系统中,大量专用集成电路(ASIC)的应用简化了系统的结构,同时提高了系统的可靠性。

    In this system , the applications of ASIC predigest the system structure and enhance the system reliability .

  2. 雷达动目标检测(MTD)专用集成电路的设计

    Radar Moving Target Detection ( MTD ) ASIC Design

  3. 百万门级专用集成电路的FPGA验证

    The Door grade . The FPGA Verification for Millions Design

  4. FPGA是一类称为现场可编程逻辑器件中的一员,它被认为是一种专用集成电路技术。

    FPGA is one of the field-programmable logic devices and an ASIC technique .

  5. CMOS图像采集专用集成电路的分析与设计

    Analysis and Design of CMOS Image ASIC

  6. 专用集成电路的设计目前有很多方法,但都基于有先进的设计工具和较为丰富的集成电路CAD库。

    There exist many design techniques for ASICs , which are based on advanced design tools and extensive bases for IC CAD .

  7. VHDL应用于专用集成电路功能仿真的研究

    Study on functional simulation of specific integrated circuits via VHDL

  8. 有效地解决了目前国内外缺乏电流型PWM控制专用集成电路的问题。

    Effectively solved the question of present domestic and foreign lacking specific IC to control current mode inverter .

  9. SDH专用集成电路的FPGA验证

    FPGA Verification of SDH ASIC

  10. 由于SDH设备的复杂性,SDH专用集成电路(ASIC)的设计使用就成为SDH发展的必然趋势。

    Because of the complexity of SDH , ASIC is the trend of the evolution .

  11. 应用流水线技术设计DDS专用集成电路

    ASIC of DDS designed with pipeline technique

  12. 本文使用专用集成电路设计了1Wire总线与PC机USB接口转换器。

    In this paper , an adaptor between 1-Wire bus and USB interface in PC using special-purpose IC is designed .

  13. 可编程逻辑器件PLD成为专用集成电路ASIC芯片设计的一个有效的方法。

    PLD is an effective method of ASIC designing .

  14. 由于FPGA可以现场可编程,可以实现专用集成电路,能满足片上系统设计(SOC)的要求,使其日益成为系统的关键部件。

    FPGA is a programmable ASIC hardware adopted recently , and can realize special integrate circuit and has become the key parts .

  15. 由于用户现场可编程门阵列(FPGA)设计灵活,速度快,在数字专用集成电路(ASIC)设计中得到广泛的应用。

    FPGA is widely used in Application Specific Integrated Circuit ( ASIC ) because of its design flexibility and high speed .

  16. 155Mbit/s和622Mbit/s速率0.6μMCMOS工艺光纤用户网专用集成电路的部分核心芯片

    155 Mbit / s and 622 Mbit / s Data Speed ICs for Optical Access Networks in 0.6 μ m CMOS Technology

  17. 在这些硬方案加速设备中,专用集成电路ASIC和PC集群的费用非常昂贵,小型公司和研究机构难以负担。

    ASIC and PC Cluster are costly compared with the other equipments so that small company and institute could not afford them .

  18. 过滤器逻辑结构的模块化特别适宜用标准单元法来实现ASIC(专用集成电路)的版图设计。

    The modularization of filter logical architecture is especially suitable for layout design of ASIC with standard cell .

  19. 介绍了光同步数字体系中用于STM-1/STM-4模式下段开销处理专用集成电路的设计。

    The ASIC design used to STM-1 / STM-4 overhead processing is introduced in this paper .

  20. 本文研究了一种基于FPGA的磁航向测量系统,用FPGA解算磁航向,具有解算速度快、抗干扰能力强的特点。本文研究内容是航向解算专用集成电路的前期工作。

    This paper studies a kind of MHMS which uses FPGA to compute the heading of UAV . It has higher computing speed and good anti-jamming property .

  21. 专用集成电路(ASIC)和细粒度可重构结构是硬件实现密码算法的两种传统方法。

    Application specific integrated circuits ( ASIC ) and fine-grain reconfigurable structures ( FRS ) are two traditional approaches .

  22. ASIC(ApplicationSpecificIntegratedCircuits),专用集成电路&随着微电子工业IC制造技术的发展和CAD/CAT工具的成功应用,产品迅速增加,其应用范围已深入到各行各业。

    With the advancement of IC industry , CAD / CAT tools are successfully used , ASIC ( Application-specific Integrated Circuits ) products are rapidly increasing and have found applications in all fields .

  23. 利用本发明,可以降低处理器及专用集成电路ASIC实现的复杂度,提高联合检测质量。

    The invention reduces complexity of realizing processor and application specific integrated circuit ASIC , and raises quality of union detection .

  24. CMOSASIC可以实现低成本和用户定制,成为核电子学专用集成电路的主要工艺。

    Due to its low cost and capability for custom design , CMOS ASIC technology is being the working horse for monolithic nuclear electronics .

  25. 提出了一种将专用集成电路(ASIC)应用于电子防盗系统设计的新方法。

    An ASIC based electronic anti theft system is designed . The architecture of the system and its working process are described .

  26. 本文着重于有线视频广播传输系统中信道解码芯片的控制部分的基本原理及其在专用集成电路芯片(ASIC)上的具体实现。

    This paper focuses on principles of the controller in DTV ( Digital Television ) channel receiving chip and its realization in ASIC .

  27. 介绍了在电子与电气信息专业开设EDA及专用集成电路设计基础等课程的重要性。

    This paper introduces the importance of the courses about EDA and the fundamentals of ASIC design in the major of electronics and electrics .

  28. FPGA器件是一种可编程的逻辑阵列,属于专用集成电路(ASIC)领域中的一种半定制电路,它解决了原有可编程器件门电路数有限的缺点。

    FPGA device is a kind of programmable logic array , which is belongs to Semi-custom circuit in the field of Application Specific Integrated Circuit ( ASIC ) .

  29. ASIC即专用集成电路设计,是指基于硬件加速电路实现特定功能及算法的芯片设计方法。

    ASIC shorted by the application of specific integrated circuit is the chip design method to implement specific function and algorithm based on hardware acceleration .

  30. 采用标准单元方法的集成电路设计系统是一个用于专用集成电路(ASIC)设计的自动布图系统。

    This IC design system applicable to the standard cell method is an automatic layout system used for designing Application Specific ICs ( ASIC ) .