無源器件 的英文怎麼說

中文拼音 [wúyuánqìjiàn]
無源器件 英文
passive component
  • 無 : 無Ⅰ動詞（沒有） not have; there is not; be without Ⅱ名詞1 （沒有） nothing; nil 2 （姓氏） a surn...
  • 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
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 件 : Ⅰ量詞（用於個體事物） piece; article; item Ⅱ名詞1. （指可以一一計算的事物） 2. （文件） letter; correspondence; paper; document
  • 無源 : [無線電] passive無源電路 passive circuit; passive electric circuit; 無源天線 passive antenna; ref...
  1. Fibre optic interconnecting devices and passive components - basic test and measurement procedures - part 3 - 34 : examinations and measurements - attenuation of random mated connectors

    纖維光學互連器件和無源器件基本試驗和測量程序第3 - 34部分：檢查和測量隨機配接連接器的衰減
  2. Opto - electronics components industry ( the active and passive components )

    光通訊器件製造業（有源器件、無源器件製造業） 。
  3. If none of the passive - component tests fail, the tester will then test active components, such as transistors and ics

    如果所有的無源器件都通過測試，然後對有源器件測試，如晶體管和集成電路。
  4. Many new types of active fiber components and passive fiber components are being researched and developed to meet the demand of wdm communication systems

    Wdm通信技術的發展對光纖器件提出了新的要求，各種新型光纖無源器件和有源器件不斷涌現出來。
  5. Michel : i think it should be integration, alcatel are integrating passive and active components together. that must be the trend of technology developing

    我想這一定是集成化，阿爾卡特正在努力將有源器件和無源器件集成到一起。集成化一定是光器件的發展方向。
  6. The paper is mainly focused on two fields. one is the formation of any thick porous silicon ( ps ) layers, which is content with 1c process. the other is the low - loss performance of passive elements fabricated on ps / oxidized porous silicon ( ops ) inter - layers under microwave operation

    本論文主要的研究內容分為兩個方面：其一是厚度可控的與ic工藝兼容的多孔硅膜的形成技術研究；其二是研究在多孔硅氧化多孔硅介質膜上制備無源器件的微波低損耗特性之可行性。
  7. These solutions are basically focused on reducing low - si substrate conduction and loss, resulting in an elimination of wave propagation in the substrate, and ther efore improving the performance of the passive elements. they are accompanied by drawbacks

    以上方法基本是集中在改善低阻硅襯底的傳導和降低損耗，來改善射頻微波無源器件的性能，但這些方法均存在許多不同程度的缺陷。
  8. The molds of passive elements are analyzed in the third chapter. after the analysis it has got the guide during the selection of passive elements, and also got the guide of the layout of the inverter

    第三章里詳細的分析了無源器件的高頻模型，得出在高頻電路中無源器件的選擇原則；得出在逆變器的布局中需要注意的一些主要問題。
  9. Designers and manufacturers of microelectronic devices and systems. product details, examples of uses and technical data

    -開發製造通信用射頻同軸連接器線纜組合光纖無源器件配線設備的廠家。
  10. Fibre optic interconnecting devices and passive components - basic test and measurement procedures part 2 - 6 : tests - tensile strength of coupling mechanism

    纖維光學互連器件和無源器件基本試驗和測量程序第2 - 6部分:試驗鎖緊機構抗拉強度
  11. Many approaches have been proposed to achieve better rf / microwave performance of passive elements on low - r si substrates. the use of high - resistivity ( > 3000q. c / ? silicon substrate is suggested to mimic the low - loss semi - insulating gaas substrate, but this is an uncommon option for current silicon substrate

    然而，由於低阻硅襯底的高頻損耗，在射頻微波應用中，要在低阻硅襯底上實現高q值的無源器件，尤其是電感，是相當困難的。
  12. In this paper, difficulties such as the design of hts microwave passive component, the lithography technology, encapsulation and testing at low temperature etc. are solved. a hts delayline with center frequency at 4ghz, bandwidth of 4ghz is manufactured and tested. it ’ s group delay is larger than 10 ns

    本文在解決高溫超導微波無源器件的設計、光刻工藝、密封封裝和低溫測量等難點的同時，對一個f _ 0 （中心頻率）為4ghz ，帶寬4ghz的高溫超導延遲線進行加工、封裝、測量，群時延大於10ns 。
  13. To test passive components, the tester places a test voltage across the component under test and measures the current

    在測試無源器件時，測試設備對被測試的器件施加一個測試電壓后，測量電流。
  14. In hardware design, the intactness of the camera ’ s original structure has been maintained to the very extent, the facility of assembling and disassembling devices have been achieved. the remote control has been realized by the separation of active devices from passive devices. in software design, vc + +, keil c51 and matlab are employed, bringing an easy way to communicate with the system

    在硬體設計方面，最大限度地保證了相機原始結構的完整性，並且保證了器件易安裝易拆卸，有源無源器件的分離更實現了遠距離控制;軟體設計方面，選用了vc + + 、 keilc51和matlab ，通過精心的設計合理地實現了人機對話。
  15. General rules of passive devices for light beam transmission

    光束傳輸用無源器件總則
  16. Test methods of passive devices for fibre optic transmission

    光纖傳輸用無源器件的試驗方法
  17. Optical pass components series catv equipment series

    光無源器件系列
  18. Components series catv equipment series

    光無源器件系列
  19. Optical pass components series

    光無源器件系列
  20. Fiber gratings are attracting considerable interests in applications

    光纖光柵（ fibergrating ）是一種新型的光無源器件。
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