逆變電源 的英文怎麼說

中文拼音 [nìbiàndiànyuán]
逆變電源 英文
dcac
  • 逆 : Ⅰ形容詞1 （方向相反） contrary; counter 2 [數學] inverse; converse Ⅱ動詞1 （抵觸; 不順從） go aga...
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 電源 : source; current source; electric source; power pack; power supply; power source; source of power ...
  1. Digital pwm techniques for sine inverter power

    正弦逆變電源的數字脈寬調制技術
  2. Since the industrial frequency transformer fulfills the boosting voltage part, most of the inverters have such drawbacks as larger size, more weight and bigger ac noise

    目前，大多數戶用光伏逆變電源產品存在著體積、重量、交流噪音大等不足之處，原因在於升壓環節由工頻變壓器實現。
  3. With soft - switching technology, inverter spot - welding power source has lower switching dissipation, lower electromagnetic interference and lower sensitivity to parasitic parameters of power circuit, contribute to inverter output characteristics and circuit efficiency, stability and reliability

    採用軟開關技術的點焊逆變電源，可減小開關損耗、電磁干擾及對電路寄生參數的敏感性，並從根本上改善電路的輸出特性，提高電路的效率、穩定性和可靠性。
  4. Just following this, are studies on power factor of inverters and the sharing of harmonic circulating current among units of a parallel operating inverters system

    在此之後，本文又深入分析了逆變電源的功率因數以及並聯電源系統的諧波環流均分控制。
  5. First, it analyzes the working principle and some features of the system, such as the circulating current characteristics, power distribution characteristics, and characteristics about closed loop regulation of voltage. then it goes on to the study of some typical control methods, and designs on this basis, a parallel controller using a synchronization control strategy of racing to merging and a load - sharing strategy combined with feedback control and drooped control

    文中，首先通過建立系統的數學模型，分析了逆變電源並聯運行的工作原理以及並聯系統的一些主要特性，包括它的環流特性、功率特性和電壓閉環調節特性；在此基礎上，又研究了幾種典型的並聯運行控制方式；然後，採用搶占與並發相結合的同步控制方式和反饋與下垂特性相結合的負載均分控制設計了並聯控制器。
  6. Simulation and design of inverter power suplly used in direct current panel for power system substation

    變電所直流屏逆變電源的模擬分析與設計
  7. The restricted factor, hard switching of power semiconductor, has been introduced in the chapter two

    本文第二章介紹了制約逆變電源高頻化的主要因素?電力開關器件的硬開關工作狀態。
  8. Up to now, honle has possessed modern workshops and advanced production devices, besides, the company always introduces technology positively, reforms craft continuously, devotes to researching and developing the stabilized voltage power supply, precise pureness power supply, dc power, inversing power, voltage regulator taking the electric power, electron as the core, we carry out the integration of supplying, providing, marketing for products

    本公司擁有現代化廠房，先進的生產設備，積極引進技術，不斷改進工藝，專心致力於研究，開發以電力、電子為核心的穩壓電源，精密凈化電源，直流電源，逆變電源，調壓器等系列多種電源產品，實行供、產、銷一體化。
  9. In long views, arc - welding inverter is the trend of welding power supply

    從長遠觀點來看，弧焊逆變電源是焊接電源的發展方向。
  10. Control system design of soft - switch spot welding inverter base on dsp

    的軟開關點焊逆變電源控制系統硬體設計
  11. The scheme is realized in a vehicle intverter

    此方案在一車載逆變電源上得到實現。
  12. Application of new type of pi regulator to inverter

    調節器在逆變電源中的應用
  13. Technical condition for power supply at static state protection equipment

    靜態繼電保護裝置逆變電源技術條件
  14. This paper mainly studies intelligent monitoring technology of inverter

    本文主要研究模塊化逆變電源的智能監控技術。
  15. In recent years, our country has made great progress in photovoltaic applications

    近年來，我國的戶用光伏逆變電源有了長足的發展。
  16. The inverter can be used application field in the telecom, computer industry and so on

    在通訊、計算機、航空等需要逆變電源場合，具有廣泛的應用前景。
  17. This article introduces digital control technologies of a single - phase spwm inverter based on tms320lf2407

    本文研究了基於tms320lf2407晶元的單相spwm逆變電源的數字控制技術。
  18. The high frequency inverter power can invert 75 - 130 volt vibrating dc voltage which come from battery charge into 110 volt, 20khz ac voltage. the control of high frequency inverter power consists of two parts : chopper control and inverter control

    給出了直流斬波電路及全橋逆變電路的工作原理，此高頻逆變電源可將75 130v的蓄電池直流電壓逆變為110v ， 20khz的交流電壓。
  19. This paper makes a detailed analysis as to the fundamental circuits and fundamental principles of boost dc - dc converter, spwm inverter and ac voltage adjustment circuit in the power supply. at the same time, the paper introduces the choice of the parameters and the design of control

    本文分別對逆變電源中的boost升壓斬波電路、 spwm逆變電路以及斬控式交流調壓電路從基本拓撲結構和工作原理上進行了詳盡闡述，同時介紹了各功能模塊的參數選取和控制設計。
  20. It " s very necessary to design and utilize the drive circuit of high frequency power mosfet, power regulation circuit and frequency - tracing circuit as three very important parts in control system of induction heating power supply. all those provide some experience for the designing and debugging of electrical source, reducing the cost and advancing efficiency

    本課題就是基於這種需要，研究高頻（ 1mhz 3mhz ）情況下採用功率mosfet為主開關器件的串聯逆變電源的頻率跟蹤控制電路，因此高頻情況下功率mosfet的驅動電路、頻率跟蹤電路以及功率調節電路等成為主要的研究對象，這些為以後電源裝置的設計調試、減少器件成本及提高工作效率提供良好的前期準備。
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