負波紋 的英文怎麼說

中文拼音 [wén]
負波紋 英文
negative ripple
  • : 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...
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  • : 名詞(花紋; 紋縷兒) lines; veins; grain
  • 波紋 : corrugation; flow mark; moire; cockles; dimple; washmarking; [電工] ripple
  1. The drive band and retainer feature a hex - drive system to distribute drive loading evenly and eliminate overstressing of the flexible elastomer bellows

    傳動環和護圈配置一個六角傳動系統,均勻的分配傳動載,消除柔軟的彈性管上的過度應力。
  2. The morphological characteristics are recognized as 3 types : nearly globe, nearly boat shape and nearly shield shape. the exine ornamentation can be divided into 5 types : reticulate, steiate - veticulate, tuberculate, verrucate and rugose - sinuate. the morphological characteristics show some vaviations among sections and species in terms of the shape of pollen and the exine ornamentation. and thus can be used as one of characters in the consideration of the classification of this genus. ( 4 ) the micromorphology of the seed coats were observed in 13 species

    ( 4 )所觀察的該屬13種植物的種皮表面飾可分為網和皺狀三大類,且各個種之間在種皮微形態上均存在著一定差異,可以作為分種的依據;在組間,除屬于有苞組( sect . amana )的t . edulis和其它組的種類有明顯差異外,其餘3組之間沒有明顯的界限,說明鬱金香屬的種皮微形態特徵在組的劃分上意義不大,但在種的劃分上具有一定的分類學意義。
  3. The typical performance characteristics include : line and load transient response, efficiency, output voltage ripple, quiescent current, maximum load current, output voltage temperature characteristics and the short

    其中,整體模擬指標包括:晶元線性調整率和載調整率、轉換效率、輸出電壓、晶元靜態電流、最大載電流、輸出電壓溫度特性及短路載電流。
  4. Typical depositional structures of tempestite, such as radically arrangement of plate - like micrite gravel, hummocky lamination, load structure, grading bedding and ripple bedding are presented in the succession, indicating its accumulation in an offshore environment

    該風暴沉積的底面侵蝕構造清楚,板片狀泥晶灰巖礫石呈菊花狀排列,發育丘狀交錯層理、載構造、遞變層理和小層理等沉積構造,為典型的淺海風暴巖。
  5. 8. a pulsating torque minimization approach based on disturbance observer is proposed. the new disturbance observer is designed to observe the unknown torque disturbance caused by the torque ripple, the varying of the motor parameters, the changing of load torque and the not ideal performance of the inverter

    該系統將載轉矩、轉矩以及由電機參數的變化引起的轉矩干擾作為系統干擾,用干擾觀測器進行觀測,以此為基礎對轉矩脈動進行補償,實現對轉矩脈動的抑制。
  6. Isolated boost converter has advantages of high frequency electrical isolation, multi - output solutions, lower input ripple current and high reliability for the short circuit of load, etc. it is attractive in applications such as high voltage multiple outputs with isolation requirement, single stage power factor correction and bi - directional dc / dc converters

    電氣隔離型boost變換器具有高頻電氣隔離,易於多路輸出,輸入電流小,載短路時可靠性高等優點。它適用於有隔離要求的高壓多路輸出、雙向pwm直流變換和單級pfc等場合。
  7. Simulation comparisons verify the superior performance of the tri - state pwm technology. experimental results indicate that the current - controlled tri - state pwm switching power amplifier based on sample - hold strategy has high frequency bandwidth and fast dynamic response in a wide load range, which can well meet the demands of high - speed magnetic bearing

    模擬結果驗證了電流三態調制技術的優越性能;實驗表明本文研製的基於采樣-保持策略電流三態調制開關功放具有結構簡單、效率高、小、電流動態響應快、頻帶寬、受載影響小等優點,能很好地滿足高速磁軸承的要求。
  8. Electronic ripple control receiver for tariff and load control

    費率和荷控制用電子式控制接收機
  9. The typical performance characteristics include : load transient response, efficiency, output voltage ripple, output voltage vs. load current, switching waveform, and soft - start time. the simulation results indicate that the ic has achieved the expectation, both function target and electrical characteristics. although there are unavoidable disadvantages of the project, it is a worthwhile and valuable experience

    在完成系統原理分析、總體架構設計及子電路設計的基礎之上,還應用hspice對各個子電路和整體電路進行了模擬驗證,其中,整體模擬指標包括:軟啟動時間、瞬態響應時間、轉換效率、輸出電壓與載的關系、輸出電壓、開關形。
  10. A voltage regulator mainly composed of a comparator is added to the main conversion circuit to stabilize the output voltage. using tspice simulation software, it is obtained that the output voltage of the converter with this regulator has a reduced ripple of less than 0. 8 % and almost has nothing to do with the varied load resistance of more than 800

    為了穩定輸出電壓,在變換器主電路的基礎上增加了主要由比較器構成的穩壓環節,通過使用tspice對其模擬、優化設計后,得到的輸出電壓小於0 . 8 ,並且在載電阻? 800時,輸出電壓基本不隨載電阻阻值的變化而變化。
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