介質諧振器 的英文怎麼說

中文拼音 [jièzhíxiézhènqì]
介質諧振器 英文
dielectric resonator
  • 質 : Ⅰ名詞1 （性質; 本質） nature; character; essence 2 （質量） quality 3 （物質） matter; substance;...
  • 諧 : Ⅰ形容詞1 （和諧） in harmony; in accord; in tune 2 （詼諧） humorous Ⅱ動詞（商量好; 辦妥） come t...
  • 振 : 動詞1. （搖動; 揮動） shake; flap; wield 2. （奮起） brace up; rise with force and spirit
  • 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
  1. The equivalent circuit of the coupling between the dielectric resonator and microstrip is proved then

    接下來詳細推證了介質諧振器與微帶線間耦合的等效電路。
  2. In this paper, a ku band frequency source based on sampling phase lock loop technique is introduced. the vco of the loop is designed using dielectric resonator. the theory and design method is discussed and emphasized on

    本文介紹了一個應用取樣鑒相和鎖相原理製作的微波ku波段頻率源（頻率合成器） ，其中的壓控振蕩器部分是用介質諧振器（ dr ）設計的。
  3. Dr is made of microwave ceramic with high dielectric constant and very low loss. using dr, the phase noise of an oscillator could be made to be extremely low

    介質諧振器（ dr ）由高介電常數、低損耗的微波陶瓷材料製作而成，它能極其容易地實現微波頻率源的低相位噪聲。
  4. Dielectric resonator ( dr ) is often used to stabilize the frequency of an oscillator

    用介質諧振器設計振蕩器（ dro ）也是微波頻段常用的一種頻率合成技術。
  5. To make the design of the drvco more accurately, the coupling between the dielectric resonator and microstrip was studied and its equivalent circuit was proved. based on it, some different ideas from some reference book were presented. farther, the expression of the coupling ratio was derived

    為了使drvco的設計更加準確，在設計前先對介質諧振器與微帶線之間的耦合的等效電路進行了研究，提出了幾點與文獻資料不同的看法，並得出了耦合比k2的表達式。
  6. The goal of this subject is to sum up and exploit our technique how to produce low phase noise wideband vcos, through investigating and studying the basic theory and recent research fruits, combining national condition, and produce our low phase noise wideband vcos. using high q components, such as : coaxial resonator, dielectric resonator, makes bandwidth of vco become narrower, so that recently common wideband vcos generally make inductor and capacitor ( lc ) as resonators, combining varactors with wide range tunable capacitance, and achieve the wideband

    本課題旨在通過對低相噪寬帶vco的基本原理、國內外在這方面的進展，結合國內的實際情況進行研究，總結和開發出自己的方法，形成自己的理論。並把它運用於實踐，以製造出低相噪的寬帶vco 。由於加入高q元件，如：同軸諧振器、介質諧振器等，會導致振蕩器帶寬比較窄，目前的寬帶vco一般採用電感電容（ lc ）作為諧振元件，輔之以大變容範圍的變容二極體，達到寬帶的目的。
  7. Waveguide type dielectric resonators - general information and test conditions - measurement method of complex relative permittivity for dielectric resonator materials at microwave frequency

    波導型介質諧振器.通用信息和試驗條件.微波頻段的介質諧振器材料的復合相對電容率測量方法
  8. Waveguide type dielectric resonators - part 1 - 3 : general information and test conditions - measurement method of complex relative permittivity for dielectric resonator materials at microwave frequency

    波導型介質諧振器.第1 - 3部分:通用信息和試驗條件.微波頻段的介質諧振器材料的復合相對電容率測量方法
  9. The development of filters, resonators and other telecommunication technology required better dielectric materials. the dielectric materials, used as the resonate body, should be high in dielectric constant, low in dielectric loss and a near zero temperature coefficient of dielectric constant in high frequency band, also could be sintered in a relative low temperature so as to reduce production cost, and what ’ s more, the miniaturization and reliability of materials are also the main aspects in the research work of high frequency band dielectric materials

    隨著濾波器、諧振器等器件以及通信技術的發展，人們對電介質材料的要求越來越高，要求作為介質諧振腔的電介質材料在高頻段下具有高介電常數，低介電損耗，接近於零的介電常數溫度系數，還要求高頻電介質材料能夠在較低的燒結溫度下燒成，以降低實際生產的成本，此外，材料的小型化，高可靠性也是高技術高頻介質材料的重要研究方向。
  10. Waveguide type dielectric resonators - general information and test conditions - measurement method of complex relative permittivity for dielectric resonator materials at millimetre - wave frequency

    波導型介質諧振器.通用信息和試驗條件.測量
  11. Our product offering dielectric products includes dielectric filters, dielectric duplexers, dielectric antenna, dielectric resonator

    介質產品包括介質濾波器，介質雙工器，介質天線，介質諧振器。
  12. Two kinds of microwave surface resistance rs measurements of high tc superconductive thin films are introduced in this paper, two - resonator method and the sapphire resonator method

    本文介紹了兩種測試高溫超導薄膜微波表面電阻的方法:雙諧振器法和藍寶石介質諧振器法。
  13. Waveguide type dielectric resonators - part 1 - 4 : general information and test conditions - measurement method of complex relative permittivity for dielectric resonator materials at millimeter - wave frequency

    波導型電介質諧振器.第1 - 4部分:一般信息和試驗條件.在毫米波頻率下電介質諧振器材料用復合式相關電容率的測量方法
  14. The sapphire resonator method studied in this paper is used to apply for the national measurement standard of rs for high tc superconductive thin films, in which the rs value of hts film can be determined by measuring the change of the unloaded quality factors of the loaded resonator

    在國內，本論文研製的藍寶石介質諧振器法正在申請高溫超導微波表面電阻rs國家測試標準。此法通過測量加載超導薄膜后介質諧振腔的固有品質因數的變化來確定超導薄膜的微波表面電阻。
  15. Sapphire resonator working in te011 + mode is used in this paper to nondestructively measure the microwave surface resistance rs of a single piece of hts thin film at 77k. the microwave surface of htsc film under test can be determined by measuring the change of the unloaded quality factors of the loaded resonator

    本文就對超導薄膜的微波表面電阻的測試進行了系統的研究。本文介紹了一種利用te011 +模式的藍寶石介質諧振器測量高溫超導薄膜微波表面電阻的方法，通過測量加載超導薄膜前後介質諧振腔的固有品質因數的變化來確定超導薄膜的微波表面電阻。
  16. Waveguide type dielectric resonators - guidelines for oscillator and filter applications

    波導型介質諧振器.振蕩器和濾波器指南
  17. Waveguide type dielectric resonators - part 1 - 2 : general information and test conditions - test conditions

    波導型介質諧振器.第1 - 2部分:總論和試驗條件.試驗條件
  18. Waveguide type dielectric resonators - part 1 : general information and test conditions - section 1 : general information

    波導型介質諧振器.第1部分:總論和試驗條件.第1節:總論
  19. Harmonized system of quality assessment for electronic components - sectional specification : waveguide type dielectric resonators

    電子元器件質量評定協調體系.分規范:波導型介質諧振器
  20. Harmonized system of quality assessment for electronic components - blank detail specification - waveguide type dielectric resonators - capability approval

    電子元器件質量評定協調體系.波導型介質諧振器.能力批準
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