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延时模型 meaning in English

time delay model

Examples

  1. In this paper , several delay models have been provided and the results have been compared with the simulation to derive the accuracy of the models
    本文就提出了简单的rc延迟模型和复杂的rlc互连延时模型,将模型的结果与hspice模拟结果进行比较分析,验证了模型能够比较精确的计算延迟时间。
  2. Through the simulation and calculation of the delay models , the improvement degree of the new material and geometric parameters for the interconnect delay can be concluded and performance optimizations should be made by analyzing these influences
    而通过互连延时模型的模拟与计算,得出新材料即铜和低k介质对延时的改善程度,及互连线的几何参数对互连延时的影响,并根据这些确定最优尺寸来适应集成电路设计的需要。
  3. However , some improvements have been made for the distributed rc model , the precision ca n ' t attain the request due to the influence of parasitic effect especially the increasing inductance with the development of interconnect technologies in deep - submicrometer region . so these influences must be taken into consideration and the building of new distributed rlc model for interconnect delay and crosstalk becomes more importance . according to this model , two cases , that is , cmos driving transmission line and interconnect line between chips have been analyzed
    对传统的分布rc模型进行了改善,但随着互连向深亚微米级发展,寄生效应的影响尤其是电感的影响,必须考虑,因此建立新的rlc传输模型是很必要的,本文提出了这种新的互连模型,并对cmos驱动互连线和芯片之间互连两种情况进行了分析,验证了延时模型是可靠和精确的,并对延时的改善起到了指导作用。
  4. Then studis on new models and new approaches based on boolean process in delay automation are made . analytical delay model is improved with the new concept of sensitization , based on which delay matrix is proposed to describe the delay of circuit modules . then introducing hierarchical delay analysis methods into delay matrix analysis , a novel exact hierarchical delay ananlysis method is presented
    在组合逻辑电路精确定时方面,本文用波形多项式偏导定义的敏化概念改进了解析延时模型,在此基础上建立了基于敏化的延时矩阵以描述电路模块的延时,随后将层次化延时分析方法引入基于延时矩阵的延时分析中,形成一种新的精确的通用电路层次化延时分析方法。

Related Words

  1. 延时爆炸
  2. 延时作用
  3. 脉冲延时
  4. 延时告警
  5. 延时的
  6. 延时触发
  7. 延时启动
  8. 延时报警
  9. 组延时
  10. 延时淬火
  11. 延时慢速摄影动作研究
  12. 延时敏感的检索
  13. 延时拍摄
  14. 延时平面位置显示器
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