隔離電路 的英文怎麼說

中文拼音 [gélídiànlù]
隔離電路 英文
isolating circuit
  • 隔 : partitionseparate
  • 離 : Ⅰ動詞1 （離開） leave; part from; be away from; separate 2 （背離） go against 3 （缺少） dispens...
  • 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...
  • 路 : 1 （道路） road; way; path 2 （路程） journey; distance 3 （途徑; 門路） way; means 4 （條理） se...
  • 隔離 : keep apart; isolate; segregate; isolation; isolated; apartheid; enclosure; enisle; severance; seg...
  • 電路 : [訊] circuit （ckt）; electric circuit; electrocircuit電路板 circuit board; 電路保持 guard of a c...
  1. Compared with a power supply made in other ways with the same capacity, the same number of outputs and the same isolation voltage, the power supply discussed in this paper has the advantages of small in size, light in weight, high efficiency and reliability, low cost and so on

    相對于用其他方式研製的具有相同輸出路數、相同功率、相同隔離電壓的電源，新型電源具有體積小、重量輕、效率高、可靠性強、價格低等顯著優點。
  2. Finally designs the interface cirvuit with the master control system. the analog singal is isolated by linear optical isolator and the digital signal is isolated by common optical isolator

    設計了與主控系統的介面隔離電路，採用線性光耦對模擬信號進行隔離，普通光耦對數字信號進行隔離。
  3. A photoelectric coupling d. c isolated circuit with temperature compensation

    一種溫度補償光電耦合直流隔離電路
  4. The problem of narrow dynamic range in low power isolating circuit is solved

    解決了低電源供電隔離電路，動態范圍小的問題。
  5. A kind of high dependable photoelectric coupled strong and weak optoelectronic isolating circuit

    一種高可靠性光電耦合強弱電隔離電路
  6. An isolating circuit used to prevent a driven circuit from influencing the driving circuit

    用以防止被驅動電路對驅動電路的影響的一種隔離電路。
  7. This can be a complex process that includes choosing appropriate signal conditioners, isolation circuitry, filtering, scaling, formatting, etc

    這可能是一個復雜的過程，包括選擇合適的信號調理裝置、隔離電路、濾波、衰減、格式化，等等。
  8. The design method, debug method and the method of enhancing degree of linearity are researched in the constituting of analog signal isolating circuit with linear optical couplers

    研究了應用線性光耦合器組成模擬信號隔離電路的設計方法、調試方法以及提高線性度的方法。
  9. Abstract : the design method, debug method and the method of enhancing degree of linearity are researched in the constituting of analog signal isolating circuit with linear optical couplers

    文摘:研究了應用線性光耦合器組成模擬信號隔離電路的設計方法、調試方法以及提高線性度的方法。
  10. The principle of the method is to introduce a clock isolation circuit which tracks clock transitions just like a clock signal, yet isolates the clock from the “ clock - used - as - data ” logic

    主要的方式是導入時鐘隔離電路追蹤時鐘轉換如時鐘訊號，然後"時鐘做為資料"邏輯做為隔離時鐘技術。
  11. The hardware of the system is composed of a high - speed optical - isolator circuit, a first - in / first - out dual - port memory buffer circuit, a pci interface chip ql5032, and a logic control circuit

    系統的硬體部分是由高速光電隔離電路，雙埠fifo存儲緩沖電路， pci總線介面電路ql5032及邏輯控制電路等組成。
  12. Thirdly, the range switch circuit and filter circuit are designed in the analog input channel. to realize the safe high speed acquisition, the interface circuits are separated from the function circuits, and the isolation power with high performance and digital isolator is used to restrain the common mode disturb and noise of the input

    3 .模擬輸入通道設計有量程切換電路和濾波電路，並且採用了屏蔽、浮置技術和磁耦隔離技術，使用了高性能的隔離電源和磁電耦合器，有效地抑制了輸入信號的共模干擾和噪聲，實現了安全、高速的數據採集。
  13. Produces impedance and inductor chips, coil inductors, transformers, power cords and emi filter components. usa

    -生產數據通信介面網路濾波器變壓器通信模塊電源dc dc及ac dc隔離電源等。
  14. This paper presents a new kind of power supply with isolated and multiple outputs, which may be applied to the solid state fault current limiter

    本文討論的是一種新型多輸出隔離電源在固態短路限流器中的應用。
  15. Based on a chinese patent, a novel power supply with multiple isolated outputs for driving of thyristors used in the solid state fault current limiter is developed here

    基於專利技術，開發了一種新型的用於固態短路限流器中晶閘管驅動的多輸出隔離電源。
  16. The successful development of this novel power supply is to ensure the complete of the experimental prototype with the rated value of 400v / 300a and the maximum short circuit current of 1500a

    新型多輸出隔離電源的開發，保證了400v / 300a 、最大短路限流1500a的實驗室樣機的研製完成。
  17. During the development of single - chip system, for the sake of reliability, we take a dc / dc converter as its power supply and all output are light - electricity insulated

    單片機系統設計過程中，為提高系統的可靠性，採用dc / dc隔離電源，所有輸出均進行了光電隔離；在硬體設計、電路板製作過程中均考慮了抗干擾的要求。
  18. The prototype test results indicate : voltage mode and current mode ac - ac mode ac / ac converters with high frequency link have the advantages such as high frequency electrical isolation. simple topology, two - stage power conversions, high power density, bidirectional power flow, good line current waveform, no audio noise, high converting efficiency, and high input power factor etc. this kind of converter lay the key technical foundation on new type regulated sinusoidal ac power supply, electronic transformer, ac regulator, and wave converter etc

    試驗表明，這類變換器具有高頻電氣隔離、電路拓撲簡潔、兩級功率變換（ lfac hfac lfac ） 、功率密度高、雙向功率流、無音頻噪音、變換效率高、網側功率因數高等優點。為新一代正弦交流穩壓器、電子變壓器、交流調壓器、同頻波形變換器的實現奠定了關鍵技術基礎。
  19. This kind of converter has the advantages such as high frequency electrical isolation, simple topology, two - stage power conversion ( lfac / hfac / lfac ), high power den sity, bi - directional power flow, soft commutation of output cycloconverter, uni - polarity spwm waveform, no audio noise etc. the correction and advance of the new concept of the 220v + 10 % ( 50hz ) / 220v ( 50hz ) uni - polarity phase - shifted controlled voltage mode ac / ac converter with high frequency

    這類變換器具有高頻電氣隔離、電路拓撲簡潔、兩級功率變換（ lfac hfac lfac ） 、功率密度高、雙向功率流、輸出周波變換器實現了zvs換流、單極性spwm波、無音頻噪音等優點。
  20. Its test results indicate : voltage mode inverters with high frequency link have the advantages such as high frequency electrical isolation, simple topology, two - stage power conversions, high power density, bidirectional power flow, good line current waveform, low audio noise, high converting efficiency, and high input power factor etc. this kind of converter lay the key technical foundation on new type high power density, high efficiency and low cost asi

    設計的1kva270v 10 % dc / 115v400hzac單極性移相控制雙向電壓源高頻環節逆變器原理試驗表明，這類逆變器具有高頻電氣隔離、電路拓撲簡潔、兩級功率變換（ lfac / hfac / lfac ） 、功率密度高、雙向功率流、音頻噪音低、變換效率高、網側功率因數高等優點，為新一代高功率密度、高變換效率、低成本航空靜止變流器奠定了關鍵技術基礎。
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