high-frequency transformer

英 [haɪ ˈfriːkwənsi trænsˈfɔːmə(r)] 美 [haɪ ˈfriːkwənsi trænsˈfɔːrmər]

高频变压(互感)器

电力



双语例句

  1. The utility model discloses an electric energy quality regulator, comprising an original edging voltage changer, a high-frequency transformer and an auxiliary edging voltage changer.
    本实用新型公开了一种电能质量调节器,它包括原边电压变换器、高频变压器和副边电压变换器。
  2. Series Optimization Design for High-power High-voltage High-frequency Transformer
    大功率、高压、高频变压器的串联优化设计
  3. This paper introduces a high-frequency transformer used in a new exciter for the synchronous motor.
    针对晶闸管相控整流式同步电动机励磁装置的问题,提出了一种新型的同步电动机励磁电源。
  4. Development of Low Impedance and High-Frequency Special Transformer
    低阻抗高频特种变压器的研制
  5. To suppress the interference from the earth potential by using single-end grounding and connecting a high-frequency transformer in the videosignal transmission circuit and to develop a video isolated equalization amplifier.
    采用单端接地法、在视频信号传输回路中接入一只高频变压器抑制地电位干扰,研制了视频隔离均衡放大器。
  6. Main circuit, which applies IGBT full-bridge inverter structure, is made up of rectifier, filter, high-frequency transformer and output reactance.
    焊接电源的主电路采用输出功率较大的IGBT全桥式逆变结构,由输入整流滤波电路、逆变电路、中频变压器、输出整流电路和输出直流电抗器组成。
  7. The main factor that affects the reliability of high-frequency transformer is the ambient temperature, and the change of the temperature may lead to the variation of inductance, resulting in the change of transformer's performance.
    影响高频变压器可靠性的主要因素是环境温度,温度的变化会导致电感值的变化,从而影响变压器的性能。研究结果表明:I.阶段性变化;
  8. Research on Restraining the Harm of High-frequency High-voltage Transformer Using Balance Transformers
    吸收法抑制高频高压变压器分布电容的研究
  9. The dual-loop feedback control technology and voltage doubling rectifing circuit of combined type full-wave are used to the laser power supply. Which enhance not only insulation and performance for high-frequency transformer but also increases stability and efficiency.
    该电源采用电压电流双环控制策略,复合式全波倍压整流输出,不仅降低了对高频变压器绝缘与工艺方面的要求,同时稳定性、效率也得到了提高。
  10. This paper also discusses the high-frequency transformer design, the filter components parameters choices in detail.
    论文也详细讨论了高频变压器的设计,滤波元器件参数选择。
  11. High-voltage ignition circuit can be charged directly by peak output voltage of single-end flyback converter, eliminating the use of special ignition winding of traditional high-frequency transformer and hence reducing the size of component.
    利用单端反激式变换器的输出尖峰电压,直接对高压点火电路充电,省去了传统高频变压器的专用点火绕组,从而减小了体积。
  12. But the existence of parasitical parameter in the high-frequency transformer distorts the wave-form of resonant current and makes the control system invalid.
    但高频变压器中分布参数的影响使得谐振电流发生畸变,使控制系统失效。
  13. High-frequency high-voltage transformer is a particularly important device in power supply to boost voltage and isolate signal.
    高频高压变压器是高压电源中实现升压以及信号隔离的重要元件,其性能好坏直接关系到高压电源运行的稳定性。
  14. Also we give the method of designing high-frequency transformer. Furthermore, we introduce the hardware design and software algorithm of the power supply control system in detail.
    再者,本文详细的介绍了高频电源控制系统的硬件设计和软件算法。
  15. By analyzing the reason that the conventional high-frequency high-voltage transformer power density is low, based on plane core and cascade transformer technology a new kind of transformer are proposed.
    通过分析导致常规高频高压变压器功率密度不高的因素,提出一类新型变压器:基于平面铁芯和串级变压器技术的变压器。
  16. The design process of the high-frequency transformer is described in this thesis. The feedback circuit is analyzed with the cybernation theory.
    在文章中,详细介绍了高频高压变压器的设计过程;采用自动控制理论,分析了反馈回路的传递函数,设计了有效的稳定补偿网络,实现了高稳定输出电压。
  17. Based on this discovery, this paper proposes a new method of designing the ESP power supply: serially adding an inductor to the primary side of the high-voltage, high-frequency transformer to compensate for the intrinsic stray capacitance. And the corresponding DC-AC-DC converter was developed.
    基于此发现,提出在变压器原边串联一个较小电感来补偿变压器分布电容的处理方法,并研制了相应的DC-AC-DC变换器。
  18. The design of main circuit focus on the design of magnetic devices: high-frequency transformer and high-frequency filter inductor.
    主电路设计中以磁性器件即高频变压器和高频滤波电感的设计为重点。
  19. The main circuit includes rectifier, inverter, high-frequency transformer and wire heating circuit.
    主电路主要由四部分组成:整流电路、逆变电路、高频变压器、焊丝加热电路。
  20. The main circuit is made up of three-phase uncontrolled rectifier, BUCK chopping circuit, single-phase inverter, high-frequency transformer, single-phase uncontrolled rectifier and filter.
    主电路为发电机机端电压经过三相不控整流电路、BUCK斩波电路、单相逆变电路、高频变压器降压电路、单相不控整流电路以及滤波电路后输出给励磁绕组。
  21. Various parameters in the main circuit were calculated. meanwhile, it is very important to design the high-frequency transformer.
    计算激光电源的各个参数,其中对高频变压器的设计也很关键和重要。
  22. Based on these, the switching power supply and high-frequency boost transformer of ozone fresh-keeping equipment is designed.
    在此基础上,设计了保鲜设备中臭氧发生器所需的开关电源和高频升压变压器。
  23. This paper first studied the principle of the phase-shifted full-bridge zero-voltage converter and parameter design methord of the main circuit, and a new design program for high-frequency transformer windings with water-cooled copper tube instead of multi-strand copper wire is presented.
    本文首先研究了移相全桥零电压变换器的工作原理和主电路的参数设计方法,并提出一种采用水冷铜管替代多股铜导线对高频变压器绕组进行设计的新方法。
  24. The main circuit is made up of input rectifier filter circuit, first inverter circuit, high-frequency transformer, second inverter circuit, rectifier filter circuit and output reactor.
    主电路系统由输入整流滤波电路、前级逆变电路、高频变压器、整流滤波电路、后级逆变电路和输出电抗器组成。
  25. A high-frequency transformer and filter inductor are designed in the paper.
    论文设计了高频变压器和滤波电感。
  26. Thirdly, considering the characteristics of high-power high-frequency high-voltage transformer, the optimization design method of high-frequency high-voltage transformer based on transformer insulation structure was proposed.
    再次,针对大功率高频高压变压器的特点,提出一种基于变压器绝缘结构的大功率高频高压变压器的优化设计方法。
  27. The isolation stage uses a high-frequency transformer to achieve voltage regulation, electric isolation and power transmission, uses a single phase full bridge invert circuit in the primary side and uncontrolled rectifier circuit in the second side.
    隔离环节选用高频变压器,其一次侧为单相全桥逆变电路,二次侧为不控整流电路。
  28. Hardware circuit design includes: input rectifier filter circuit, half-bridge inverter circuit, non-contact high-frequency transformer, control circuit, driver circuit, detection circuit, human-computer interaction modules circuit and protection circuit.
    硬件电路的设计包括:输入整流滤波电路,半桥逆变电路,无接触高频变压器,控制电路,驱动电路,检测电路,人机交互模块电路及保护电路等。
  29. Specific analysis of the development requirements of the high frequency transformer and to design a stable and reliable high-frequency transformer.
    对高频变压器研制要求进行了具体的分析,并设计出一个稳定可靠的高频变压器。