parallel rectifier

英 [ˈpærəlel ˈrɛktɪfaɪə] 美 [ˈpærəlel ˈrɛktəˌfaɪər]

并联整流器

电力



双语例句

  1. In parallel topology, a switch was involved, which enabled the voltage source converter of the DVR to charge the FES as a rectifier.
    并联结构通过引入转换开关,使动态电压恢复器的电压源型变换器工作于整流状态给飞轮充电;
  2. Study of Fault Diagnosis System on Cophase Counter Parallel in Rectifier Units
    同相逆并联整流装置故障诊断系统的研究
  3. Conductor rail ( raillaid parallel to the tracks) from which a railway locomotive picks up electric current Power rectifier substation for trolleybuses and tramways
    导电轨(与路轨平行的轨道,可供机车导入电流).GB/T14428-1993无轨电车和有轨电车整流站
  4. In the theory and simulation, it's suggested that the current ripple in the AC side could be gotten a well inhibition when the interleaving parallel technology is applied for high-frequency rectifier.
    理论与仿真证明,将交错并联技术应用于高频整流器时,交流侧的电流纹波得到了很好的抑制。
  5. The series and parallel rectifier technology of the silicon cells
    硅整流元件串并联技术
  6. The thesis based on the redundant parallel operation of UPS with resistor analyses the operations of system with inductor and rectifier bridge load at first. The thesis gives the MATLAB simulation models and waveforms of the different loads.
    本文在研究UPS冗余并联系统带阻性负载的基础上,首次深入分析了UPS冗余并联系统带感性负载和整流性负载的情况,利用MATLAB进行仿真,同时给出不同负载下系统的仿真模型和波形。
  7. Same phase inverse parallel connection's three-phase bridge thyristor rectifier assembly was researched mainly the application in the chlorine-alkali industry.
    本论文主要研究了同相逆并联三相桥式晶闸管整流装置在氯碱工业中的应用。
  8. Current feedback algorithm in parallel bridge rectifier feed system
    整流桥并联馈电系统电流反馈的算法
  9. The Optimal Resonant Control of a Bridge Mode Parallel Resonant DC Link AC DC Rectifier
    桥式并联谐振直流环AC/DC变流器的最佳谐振控制
  10. However, a coupling problem is caused by the need to balance the current transformer and the common load in the parallel rectifier feed system.
    但整流桥并联馈电系统中存在着由于平衡电抗器和共用负载带来的电流反馈的耦合现象,对系统性能产生了许多不利的影响。
  11. Conventional PID Controller is adopted for parallel multi-unit high power rectifier system in traditional control project, and each controller is individual.
    对于大功率整流多机组并联系统,传统的控制方案中各整流控制器一般采用常规的PID控制,各控制器之间相互独立。
  12. Parallel diode rectifier blocks were investigated, and current sharing strategy was presented to restrain circulating current.
    对三相不控整流标准模块的并联运行进行了研究,提出了均流方案对环流进行抑制。
  13. In the main circuit, the inverse parallel couple SCRs ( silicon-controlled rectifier) are used as a electric switch, switching the transformer of resistance spot welding.
    主电路以反并联的晶闸管作为控制开关,控制焊接用的电阻点焊变压器通电与否。
  14. Methods above are not adopted because they need accurate math model of controlled object and it is very difficult to establish accurate math model of parallel multi-unit high-power rectifier system.
    由于以上方法都必须已知被控制对象的精确的数学模型,而大功率整流多机组并联整流系统的数学模型难以建立,且随着整流机组数的增加而变得复杂,因此本文不采用以上方法。