phase inverter

英 [feɪz ɪnˈvɜːtə] 美 [feɪz ˈɪnvɜrtər]

倒相器;(电子)反相器

电力



双语例句

  1. The standard AC-coupled phase inverter or single-ended driver stages used in nearly all guitar amplifiers will not allow grid current flow, so they are class A1/ AB1/ B1 amplifiers.
    标准的AC耦合三相逆变器或单端驱动阶段使用的几乎所有的吉他放大器将不允许电网电流的流动,所以级A1/AB1/B1放大器。
  2. For the three phase inverter, by sampling the step response of inverter's output voltage, the control target's model was built in two phase static frame.
    在两相静止坐标系下对三相逆变器突加阶跃调制信号,采集在相同坐标系下的逆变器输出电压阶跃响应波形,基于此波形构建控制对象模型。
  3. Research on output symmetrical control strategies for combinatorial high power three phase inverter
    一种组合式三相逆变器基准信号的产生方法组合式大功率三相逆变电源输出对称性研究
  4. The Annexed Line Losses Caused by the Asymmetry of Three-phase Current and its Loss-reduction Methods; Research on output symmetrical control strategies for combinatorial high power three phase inverter
    三相电流不对称引起的附加线损与降损措施组合式大功率三相逆变电源输出对称性研究
  5. In TTL NAND circuit, a phase inverter with its output circuit changed to an open collector.
    在TTL与非门电路中,输出级改用集电极开路的一种反相器。
  6. The influence of the variation of the PI regulation parameter on the three-phase inverter is analysed. A better module of three phase inverter is gained by using appropriate PI parameter and other parameters.
    通过仿真,研究分析了PI调节参数的变化对于三相逆变电源特性的影响,并确定了PI参数以及系统的其他参数,从而得到了一个较理想的三相逆变电源的模型。
  7. The Hardware Method of Estimating Three Phase Inverter Output Current Through DC Bus Current
    采用直流母线电流估计三相逆变器输出电流的硬件方法
  8. Combined three-phase inverter with high frequency pulse DC link
    组合式三相高频脉冲直流环节逆变器研究
  9. In this paper, two kinds of simple methods, which are used to restrain the flux imbalance for the output transformer of full bridge single phase inverter circuit, are introduced.
    介绍了两种防止PWM全桥逆变电源输出变压器单向偏磁的简易方法,并给出了实用电路,分析了其工作原理。
  10. Protection System Design of Two phase Inverter
    两相逆变器中保护系统的设计
  11. Study on DSP Control for Three Phase Inverter
    三相逆变器DSP控制技术的研究
  12. In view of the single phase inverter, a cascade sliding mode control strategy is presented. The cascade control scheme is achieved effectively and retains good properties of sliding mode control in the system.
    对单相逆变器提出了级联滑模控制策略,从而有效地实现了系统的级联控制,并保留了滑模控制的良好性能。
  13. This paper studies on the circuit of the four switch three phase inverter.
    主要研究四开关的三相逆变器电路,该电路由两组开关桥臂和一组电容桥臂组成。
  14. The paper proposes a scheme of using three phase inverter bridge to realize VVVF of single phase capacitor motor.
    提出用三相逆变桥电路实现单相电容电机变频调速的方案。
  15. Different power circuits and control strategy of the single phase inverter in parallel condition are first analyzed, and half-bridge inverter is selected as the power circuit and current hysteresis control is selected as the control strategy.
    本文首先对单相逆变器的主电路结构和控制电路的结构在并联条件下进行了比较分析,最后选用了半桥结构的主电路和内环为滞环控制的瞬时电压电流双闭环反馈控制方式。
  16. A bidirectional ZVT PWM soft switched three phase inverter is presented in this paper, which can simplify the control circuit greatly by naturally occured resonance.
    本文提出了一种双向ZVT-PWM软开关逆变器,该逆变器可实现自然谐振,极大地简化了控制电路。
  17. Structure of the H-bridge and topology of cascaded multilevel three phase inverter are presented in this paper, harmonic analysis for the output of H-bridge controlled by the differential pulse width modulation ( PWM) strategy is also detailed.
    详细介绍了单个H桥及级联型逆变器的结构,并对正弦差补调制方式控制下H桥的输出电压进行了详细的谐波分析。
  18. The overlapped coupling section with featuring strong coupling structure is used as phase inverter to enhance the power capacity of the broadband hybrid ring. The design procedure about the phase inverter is described, and the power capacity is analyzed.
    为了提高宽频带混合环的功率容量,本文采用了具有强耦合结构的重叠平行短路耦合线节作倒相器,并阐述了这种倒相器的设计方法,分析了它的功率容量。
  19. This paper presents the design of a synchronous voltage source system to improve the power quality of the distribution network. The proposed system is composed of a rectifier, a three phase inverter, a controller and the voltage/ currents detection circuits.
    设计了应用于配电网的电压源型电能质量控制系统,该系统主要包括整流器、三相逆变器、控制器、电压电流检测电路等。
  20. The harmonic characteristics of unipolar, bipolar SPWM wave of single phase, three phase inverter are analyzed. It provides the technical reference for harmonic suppression and filter network design as well as the modulation mode definition.
    详细讨论了单相、三相逆变器的单极、双极性SPWM波形的谐波特性,为谐波抑制和滤波网络的设计以及调制模式的确定提供了参考。
  21. Research on the Application of the Cascade Sliding mode Control Strategy in the Single phase Inverter
    级联滑模控制策略在单相逆变器上的应用研究
  22. A Study of DC Anti-magnetic-bias in Single Phase Inverter Based on DSP
    基于DSP的单相逆变器抗直流偏磁技术研究
  23. It is necessary to study new topology of three phase inverter in order to realize the soft switching of power devices, eliminate the output transformer and develop the independent control of three phase inverter.
    有必要研究新的三相逆变器拓扑,实现无输出变压器和功率器件软开关,发展逆变电源的三相独立控制技术。
  24. The design of two phase inverter protection system, induding fault detection circuit, synthetic circuit of protection signals and the considerations of soft protection, is introduced here in detail.
    详细介绍了两相逆变器中保护系统的故障检测电路、保护信号综合电路及软件保护策略的设计过程。
  25. Research on Novel Three-phase Inverter and its Modulation Technique
    新型三相逆变器及其调制技术的研究
  26. A novel static single phase to three phase converter is presented, which is a V type power supply composed of single phase AC mains and single phase inverter.
    提出了一种新型静止单/三相变流器,即由单相交流电源和单相逆变器构成的V型供电电源。
  27. Principle analysis and Simulation Research on bidirectional ZVT PWM soft switched three phase inverter
    双向ZVT-PWM三相软开关逆变器的原理分析及仿真研究
  28. Emphases have been put on the derivation of the equation of midpoint voltage in main circuit of three phase inverter. An exact model of the motor is obtained to perfect the timing system.
    重点推导出了三相逆变器供电的主电路中点电压方程,得到了精确的电机模型,以此来完善整个调速系统。
  29. Hardware system includes three phase inverter, current and voltage detection circuit, position sensoring and other modules.
    硬件系统包括三相逆变器、电压电流检测、位置传感处理等模块。
  30. The experiment result verifies the feasibility of voltage waveform control and parallel control scheme of high power three phase inverter.
    实验结果进一步验证了大功率三相逆变器的波形控制和并联控制策略有效可行性。