負阻管振蕩器 的英文怎麼說

中文拼音 [guǎnzhèndàng]
負阻管振蕩器 英文
dynatron oscillator
  • : Ⅰ名詞1 (負擔) burden; load 2 (虧損) loss 3 (失敗) defeat Ⅱ動詞1 [書面語] (背) carry on th...
  • : 動詞(阻擋; 阻礙) block; hinder; impede; obstruct
  • : Ⅰ名詞1 (管子) pipe; tube 2 (吹奏的樂器) wind musical instrument 3 (形狀似管的電器件) valve;...
  • : 動詞1. (搖動; 揮動) shake; flap; wield 2. (奮起) brace up; rise with force and spirit
  • : Ⅰ動詞1 (搖動; 擺動) swing; sway; wave 2 (無事走來走去; 閑逛) loaf; wander; roam; loiter; go a...
  • : 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 system parameters are developed at the same time, and some universal conclusions on the theoretical analysis of pll are reached. then, we have carried on analysis and research to the theory of differential delay ring voltage controlled oscillator ( vco ). on this basis, a improved differential delay ring vco with more efficient loads is described. this circuit has been designed and implemented in 0. 35 m cmos technology

    本文還對差分延遲結構環形壓控電路進行了深入的分析與研究,並提出了一種基於高質量電電路的主從差分延遲結構環形壓控,其採用了一種新型的主從差分延遲結構,並用一個更有效、更穩定的載電電路結構來替代vco設計常使用的單個mos結構,使其系統穩定性有了相應提高。
  2. First of all, single port negative impedance oscillator is analyzed in the thesis. a design method of gunn diode vco is introduced and an vco chip using gunn diode is fabricated. the substrate of the vco chip is gaas with dimension of 4. 4mmx3. 9mm

    本文首先對單埠進行了分析,給出了gunn二極體的設計方法,設計出了一個變容調諧平面微帶gunn二極體vco晶元,該晶元以gaas為襯底,尺寸為4 . 4mm 3 . 9mm 。
  3. It also gives the motive of the ka - band vco and mixer, associated with the subject ' s requirement and the realistic conditions, according to which a proposal is confirmed that the gunn diode and the varactor are mounted in the same cavity to fulfill the vco and an antiparallel diode pair is used to fulfill the harmonic mixer. in chapter 2, based on the basic theory of negative resistance oscillating, we analyses the gunn oscillator and it ’ s tuning character. chapter 3 introduces the theory of millimeter - wave harmonic mixer

    以此為根據結合課題需要和實驗室的實際條件,確定vco採用耿氏腔體形式,變容與耿氏安裝在同一個腔內以進一步減小體積,採用反向並聯二極體實現諧波混頻;第二章介紹理論及其調諧原理;第三章介紹毫米波諧波混頻基本原理;第四章給出了及諧波混頻的設計過程,整個組件聯調的結果;最後是結束語,分析了電路中存在的問題,指出了改進方向。
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