bridge fault

英 [brɪdʒ fɔːlt] 美 [brɪdʒ fɔːlt]

网络  桥接故障; 缺陷用桥接故障

计算机



双语例句

  1. This paper presents a fault diagnosis method for neutral grounding three-phase bridge type solid-state fault current limiter ( SSFCL).
    探讨了中性点接地三相桥式固态限流器桥路故障诊断方法。
  2. Is within my Area with the bridge connection substation110KV line fault from the cast of successful logical example.
    现以我区某110KV内桥接线变电站线路故障自投不成功为例进行逻辑分析。
  3. The section gang was called out to fix the broken bridge. The engineers are trying to repair an electrical fault.
    养路工们被召集去抢修损坏的桥。工程师们在抢修电路故障。
  4. A bridge type solid state current limiter dealing with short circuit fault in electric power system is proposed.
    提出一种处理电力系统短路故障的桥式固态限流技术。
  5. Simulation and Analysis of the Non-Superconducting Bridge Type Fault Current Limiter and Its Improvement
    非超导桥式故障限流器的仿真分析与改进
  6. Then the voltage waveforms of the Three-phase bridge controlled rectifier and 12-pulse waveform controlled circuit under the fault and normal condition are analyzed and researched in detail, the faults states are summarized and classified according to the voltage waveforms indifferent circumstance.
    其次对三相桥式整流电路、12脉波可控整流电路等大功率电力电子装置整流电路正常运行及故障状态下整流电压波形进行了详细分析和研究,根据电压波形对故障状态进行了总结和归类。
  7. The Application of Direct Current Bridge in Direct Current System Earth-fault of Small Transformer Substation
    直流电桥在小型变电站直流系统接地中的应用
  8. At present the commonly used fault models mainly consist of stuck-at fault, stuck-open fault, bridge fault, store fault, delay fault, etc.
    目前常用的故障模型主要有:固定故障,开路故障,桥接故障,存储故障,时滞故障等。
  9. Study on the Bridge State Examination and Intelligent Fault Diagnosis System
    桥梁状态检测与智能故障诊断系统的研究
  10. Control of cascaded H-bridge multi-level inverters in fault
    串联H桥多电平变频器单元故障时的控制方法
  11. This study has great importance and practical significance for the synthetic study and demonstration of regional stability, the rationalization of site selection and design, and the safety of the oversize Yangtze River bridge project on the fault zone.
    该研究对在断裂带上建设特大型桥梁工程的区域稳定性综合研究和论证,以及对大桥工程的合理选址、设计和确保安全具有重大实际意义。
  12. Research of Bridge Type High-Tc Superconducting Fault Current Limiter
    桥路型高温超导限流器的研究
  13. Experimental Study of Improved Bridge Type Superconducting Fault Current Limiter
    改进桥式超导限流器的实验研究
  14. In this paper, a new concept of bridge type high temperature superconducting fault current limiter ( HTSFCL) with serial resistance is introduced, which is especially on the control system, and also the low-voltage short circuit experiments have been carried out.
    本论文主要针对这种新型桥路型限流器的控制系统进行研究,并参与了380V/60A新型桥路型限流器的试验样机制作和短路故障限流实验。
  15. Bridge state examination and intelligent fault diagnosis is a research field that has development potential, and research on the field has practicality value.
    桥梁状态检测及其智能故障诊断是一个具有发展潜力的研究领域,具有很大的实际应用价值。
  16. This article focuses on the realization methodology of the bridge state examination and intelligent fault diagnosis system.
    本文主要针对便携式桥梁状态检测仪及智能故障诊断系统的实现方法和理论进行了研究。
  17. The thesis, focusing on the 20-port register file, makes a fault analysis, particularly in complex bridge fault and crosstalk coupling fault aroused by word-line and bit-line of 20-port.
    本文针对所设计的寄存器文件进行了故障分析,特别对20端口字线、位线引起的复杂桥接故障和串扰导致的耦合故障进行了详尽论述。
  18. Use the classical bridge method to test the position of the insulated fault point, adopt high voltage and high performance electronic amplifier to substitute galvanometer extend the measuring range of the insulation resistance to 10M Ω.
    利用经典电桥法对电缆绝缘故障点位置进行测定,采用高电压、高性能电子放大器代替检流计使测量范围延伸到高达10MΩ的绝缘故障测量。
  19. It is shown that the fundamental components of the reverse voltage across the bridge arms must be taken as an object to be detected if the parameter matching between the fault detector and the signal source is to be realized.
    文中指出,要满足检测器与故障讯号源参数匹配,必须以桥臂反压的基波分量作为检测对象。
  20. The system adopts asymmetry half bridge structure, which makes the main power converter fault tolerant.
    由于设计采用了不对称半桥结构,提高了系统主功率电路的容错性。
  21. The stability of the bridge foundation is directly affected by the fault distribution. The key issue in the bridge construction is to find the accurate location and distribution of the fault zone.
    区内断裂发育,构造复杂,直接会影响大桥基础的稳定性,因而查清区内断裂带的准确位置与分布是大桥工程的关键。
  22. Chapter 3 analyzes the cause of cable faults and introduces some detection methods. We use two-arm bridge model to improve the FDR and design our cable fault detection instrument.
    分析了电缆故障发生的原因,对故障检测的方法进行了比较,通过将两大检测方法(电桥法和频域反射计法)进行有机结合,设计出我们的电缆故障检测装置。
  23. So a new method is applied to single phase half-control bridge type superconducting fault current limiter that replacing normal DC bias source with a equivalent direct current partial source, which make a new single phase half-control bridge type superconducting fault current limiter be brought forward.
    论文将等效直流偏源代替直流偏源的方法应用于单相半控桥路型超导限流器中,提出了新型半控桥路型超导限流器。
  24. This method may be regarded as a H ∞ bridge between FD and fault tolerant control, the relationship of residual signal and the real fault signal is established.
    该方法可视为故障检测与容错控制之间的桥梁,给出了故障残差与真实故障之间的对应关系。
  25. Brushless rotating rectifier bridge is the key equipment in the system, but rotating rectifier fault monitoring component that restricts the difficulties of the development of this exciting way to one of the obstacles.
    旋转整流桥是无刷励磁系统的关键设备,但是对旋转整流元件故障监测的困难是制约这种励磁方式发展的障碍之一。
  26. This fault current limiter which uses a bridge type rectifier power instead of normal DC bias source has excellent performance of limiting fault current.
    该种限流器采用一个桥式整流电源来替代普通直流偏源,具有良好的限流作用。
  27. By diagnosing memory circuit with four cells, 100% fault coverage is achieved corresponding to bridge fault, open fault and coupling fault.
    以四单元存储器为诊断实例,针对桥接故障、开路故障以及耦合故障,实现了100%故障覆盖率。
  28. The results show that the single-phase bridge can achieve better fault tolerance effect.
    结果表明,单相桥能达到较好的容错效果。
  29. Through neural networks bridge inverter circuit fault positioning arm, and finally use the same leg inverter circuit fault output signal characteristics of symmetry, using a simple logic to judge the separation of the fault components.
    通过神经网络实现逆变电路故障桥臂的定位,最后利用逆变电路同一桥臂故障输出信号对称性的特点,用一种简单的逻辑判断实现故障元件的分离。