去耦 的英文怎麼說

中文拼音 [qùǒu]
去耦 英文
decouple
  • 去 : 去動詞1. （用在動詞后, 表示動作離開說話人所在地） 2. （用在動詞后, 表示動作的繼續等）
  • 耦 : Ⅰ動詞[書面語] （兩人並耕） plough side by sideⅡ名詞1 （古農具名） plough2 [書面語] （兩人一組） a...
  1. Base plate decoupling

    基板去耦
  2. A convergence acceleration technique, boundary element method ( bem ), spectrum of two - dimension solutions ( s2ds ) method are used separately in solving dyadic green function of the three domain. next, waveguide narrow - wall slots array ' s is introduced in this paper

    對外部空間，與縫隙腔體區域一樣認為場量與z無關，對所有場量做z方向的fourier變換，得到譜域上的一系列去耦合的二維方程。
  3. A common example is shown in figure 11. 34 where the resonant circuit formed by an inductive power line and its decoupling capacitor may be excited by pulse currents drawn by the ic

    圖11 . 34所示的例子中，電源線的電感與去耦電容形成了諧振電路，晶元工作時產生的脈動電流，可能會激勵該電路（產生振蕩） 。
  4. A common structure for capacitors is two sheets of metal foil separated by sheets of plastic or paper dielectric and formed into a roll

    電解電容器、紙介電容器和塑料薄膜電容器不適合用於高頻去耦。
  5. Monolithic ceramic capacitors have very low series inductance ( they are formed of a multilayer sandwich of metal films and ceramic dielectric and all the films are joined to a bus - bar rather than being connected in series )

    對于高頻去耦更合適的選擇應該是片式陶瓷電容器，因為它們具有很低的等效串聯電感。
  6. Mains decoupling factor

    電源去耦系數
  7. Blank detail specification for decoupling capacitor dual - in - line package sockets

    去耦電容器雙列直插封裝式插座的空白詳細規范
  8. Detail specification for decoupling capacitor dual - in - line package sockets for use in electronic equipment

    電子設備用去耦電容器雙列直插封裝式插座的詳細規范
  9. Their input and output lines should be decoupled at all frequencies, they should be shielded to prevent external electric and magnetic fields from causing interference, and they should be sited as far as possible from sensitive circuits so that residual electric and magnetic fields are prevented by distance from doing serious damage

    開關電源的輸入輸出線必須進行全頻段去耦處理；要藉助屏蔽手段抑制電、磁干擾；開關電源要盡可能遠離小信號電路，確保其電磁場對模擬電路影響最低。
  10. In this dissertation, a de - coupling analytical method is presented based on the actual measured pattern in aspect with linear arrays, then the method is applied in four - element array to yield satisfactory results

    對于線性陣列，本文給出了一種基於實測方向圖的去耦合分析方法，並且使用這種方法對4元線陣列進行了去耦合分析，得到了令人滿意的結果。
  11. Saturating logic draws large fast current spikes from its supply during switching and, having noise immunity of hundreds of millivolts or more, has little need of high levels of supply decoupling

    晶體管在開關過程中會流過短暫的大電流（帶來噪聲） ，但是數字電路的噪聲容限可達數百毫伏，所以對電源去耦的要求不高。
  12. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148. 5 khz - low voltage decoupling filters - incoming filter

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.低壓去耦濾波器.輸入濾波器
  13. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148. 5 khz - low voltage decoupling filters - impedance filter

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.低壓去耦濾波器.阻抗濾波器
  14. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148. 5 khz - low voltage decoupling filters - segmentation filter

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.低壓去耦濾波器.分段過濾器
  15. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148, 5 khz - part 4 - 3 : low voltage decoupling filter - incoming filter

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.第4 - 3部分:低壓去耦濾波器.輸入濾波器
  16. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148, 5 khz - part 2 : low voltage decoupling filters - safety requirements

    頻率范圍3khz到148 . 5khz的低壓電氣裝置的信號傳送.第2部分:低壓去耦濾波器.安全性要求
  17. Signalling on low voltage electrical installations in the frequency range 3 khz to 148, 5 khz - part 4 - 4 : low voltage decoupling filter - impedance filter

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.第4 - 4部分:低壓去耦濾波器.阻抗濾波器
  18. Signalling on low - voltage electrical installations in the frequency range 3 khz to 148, 5 khz and 1, 6 mhz to 30 mhz - low voltage decoupling filters - safety requirements

    頻率范圍為3khz至148 . 5khz的低壓電氣設備的信號傳輸.低壓去耦濾波器.安全要求
  19. Recently years, the hot research directions of signal processing concentrate on the new theories of lfmcw radar signal detection and estimation, the new methods of eliminating range - velocity coupling, etc. a series of accomplishments have been achieved

    當前， lfmcw雷達信號處理的研究熱點集中在目標檢測與參數估計方法、運動目標距離-速度去耦合方法等方向上，並已取得一系列成果。
  20. Based on the characteristic of the coupling objects it optimizes the decouple parameters, and the simulation result proves that the decoupling optimized algorithm compensates the hydraulic system lag, achieves the best collection efficiency, and enhances the stability of walking

    並根據耦合對象的特性，進行去耦優化，模擬結果表明該去搞優化演算法能補償液壓系統滯后特性，獨立進行集擴頭高度最優調節，達到最佳集礦效率，提高行走穩定性。
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