passive circuit 中文意思是什麼

passive circuit 解釋
無源電路
  • passive : adj （opp active）1 被動的；守勢的。2 不抵抗的；默從的；消極的。3 【語法】被動語態的；被動式的 （...
  • circuit : n 1 （某一范圍的）周邊一圈；巡迴，周遊；巡迴路線[區域]；迂路。2 巡迴審判（區）；巡迴律師會。3 【...
  1. This paper introduces the fundamental and characteristic of the fuel cell, analyzes the necessity and detail scheme of adding assistant energy sources to the fuel cell power generation system. considering for the special demand of the fuel cell power generation system, this paper gives out a push pull forward converter ( ppfc ) with passive and lossless dual cdd snubber circuit

    本文首先闡述了燃料電池的基本原理和性能特點，分析了在燃料電池發電系統中引入輔助能源系統的必要性及具體的配置方案，然後針對燃料電池發電系統對dc / dc變換器設計的特殊要求，提出了一種加雙cdd無源無損緩沖電路的推挽正激變換器（ pushpullforwardconverter ， ppfc ） 。
  2. Design of double forward passive lossless snubber circuit

    雙管正激無源無損緩沖電路的設計
  3. We expounded the characteristic between current driving method and voltage driving method, ac driving method and dc driving method, passive driving method and active driving method 。 through theory research we find the dc driving method is also suitable for oled driving 。 an ac - voltage driving circuit is proposed and designed

    通過分析發現， oled不僅適合於電流驅動，對于電壓驅動同樣可以實現其優異的圖像顯示。設計了一種交流電壓驅動電路，利用所設計的電路對oled的交流驅動特性進行了測試和分析，通過實驗研究了直流驅動和交流驅動對oled性能的影響。
  4. A passive circuit element

    中性的電路元件
  5. Since a network is composed of passive circuit elements, we must first define the electrical characteristics of these elements

    由於一個網路是由各種無源的元件所構成，我們必須先確定這些元件的電特性。
  6. The dc power supply consists of passive filter circuit. the capacity of passive filter is up to 264mf

    設計的直流電源用最簡單的無源濾波電路，濾波電容的容量為264mf 。
  7. In this thesis, a clamp passive loseless snubber is put forward for igbt inverters after analysing the dissipation of hard switching and soft switching with snubber. then theoretical analysis and simulation are been take to prove the work of the snubber. and a real inverter circuit and its auxiliary circuits are built

    本文在對igbt在硬開關和有緩沖電路的軟開關情況下的開關損耗進行分析之後，提出一種適用於igbt逆變橋的鉗位式無源無損緩沖電路，然後進行了理論分析和模擬分析，並製作了實驗電路和相關輔助電路。
  8. Thirdly, the relative theories of the limiter and rectifier are studied. in order to make the passive responder work stably under the conditions of large dynamic range of the receiving power and the high efficiency requirement, a two - stage limiter circuit and a voltage - doubler rectifier circuit with several diodes parallel are developed

    3 ，對應答器地面裝置中的能量轉換電路進行了研究，針對應答器地面裝置接收到的載波功率具有大動態范圍的特點以及系統能量轉換的高效率要求，設計了一種兩級級聯二極體限幅電路和多管並聯的倍壓整流電路。
  9. These passive circuit elements, as they are often called, are of three main types.

    通常所說的無源電路元件有三種主要類型。
  10. Chapter five discusses the passive circuit correlated our text

    第五章的內容是與本課題相關的無源電路。
  11. The dissertation is mainly on the theory and design of the frequency doubler - power amplifier sets of ka - band. in the passive circuit, we analyzed the characteristic of microstrip and coupled microstrip

    在無源電路部分，我們首先對微帶線、耦合微帶線的傳輸特性和微帶-波導過渡的基本原理進行了分析。
  12. In the passive circuit part, according to the theories of microstrip line and coupled microstripwe, the characteristic of microstrip and coupled microstrip was analyzed, the x band filter and dc block circuit of amplifier have been designed by hp - ads software

    為毫米波設備提供本振源。在無源電路部分，我們首先對微帶線、耦合線等基本理論作了簡單的介紹。
  13. The insert loss of the passive circuit is less than 3. 5db, return loss better than 10db. the ammic5040 is used to drive the tga1141, and the power is splited into two signals, each of these is to drive tag4517. at the output port, the power is 4w

    無源網路損耗小於3 . 5db ，回波損耗優於10db 。第一級放大器採用ammc5040以驅動tga1141 ，通過功率分配器將信號分為兩路以驅動兩路tga4517功率放大器。最後獲得了4w連續波功率輸出。
  14. The double dsp devices are used to sample data and process the signals in the power disturbance monitoring and analyzing part. the power quality conditioner integrates active power compensation with passive power compensation, and improving power quality with improving power factor. the conditioner circuit consists of tri - level pwm converters, in which there are two active power filters ( apf ) that is a shunt apf and a series apf

    電能質量監測分析系統採用雙dsp實現系統的采樣、信號處理，完成電能質量全程監測與分析；電能質量調節系統則採用有源與無源、改善電能質量與改善功率因數相結合的策略，有源部分以三電平pwm為主電路，由並聯和串聯apf （ activepowerfilter ）相結合、共用直流電源，構成其主體框架，並以無源調節配合有源調節來降低系統的綜合造價，力圖將電能質量調節技術在10kv配電系統中得到實用與推廣。
  15. The design and consideration of the main circuit, control circuit and soft switching circuit are presented. afterwards, comparison of these two kinds of passive soft switching cells is discussed. simulation and experimental results are given to verify the validity of the circuit

    文中詳細討論了主電路、控制電路及軟開關參數的設計思路，然後對兩種軟開關單元進行了比較，並給出了模擬與實驗結果，證實了該電路的有效性。
  16. Rfid technology is based on the simple idea that an electronic circuit in an unpowered, or “ passive, ” tag ? which requires no batteries or maintenance ? can be intermittently powered from a distance by a reader device that broadcasts energy to it

    射頻識別技術的基本原理很簡單，只是把電路裝在未通電（或稱被動式）的標簽上，既不需要電池，也無需維修。
  17. Coplanar waveguides ( cpw ' s ) offer several advantages over conventional microstrips, these include the simplification of the circuit fabrication process, ease of parallel and series insertion of both active and passive components ( without the need for via holes ), and high circuit density. therefore cpw ' s are widely used in microwave and millimeter - wave integrated circuits, optical and high temperature superconductor microwave devices

    與常規的微帶傳輸線相比，共面波導具有容易製作，容易實現無源、有源器件在微波電路中的串聯和並聯（不需要在基片上穿孔） ，容易提高電路密度等優點，因此共面波導被廣泛應用於微波、毫米波、光學和高溫超導等集成電路中。
  18. 5 、 through the structural parameters of the sige hbt, associating the passive devices, the layout of the monolithic integrated circuit lna is obtained, and the technology of the circuit and the vital process process are introduced. through the analysis and the design of sige hbt, two solutions of the base

    重點是通過對sigehbt分析和研究，提出了解決基區外擴現象的兩種方案，同時在工藝上應用sigehit - kit0 . 35 mbicmos新工藝來製作平面電感、電容、電阻和有源器件。
  19. This passive circuit exhibits a measured 2db insert loss and 11db return loss. also, the theory of 3db power splitter is described

    實測結果表明經過改進的功率分配/合成網路在30 . 53ghz到39ghz范圍內損耗小於2db ，回波損耗優於10db 。
  20. Thanks to this new technology that has the greatest ever flexibility to layout conducting circuitry in a three - dimensional fashion, many new compact passive circuit implementations that were considered impossible to realize with traditional processes have been used for various wireless applications widely, particularly for radio frequencies ( rf ) front - ends

    目前低溫共燒陶瓷（ ltcc ）技術已經成為實現無源元件（包括電感、電容等）集成的關鍵的主流技術，它在三維多層電路的設計上具有極大的靈活性。
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