common impedance 中文意思是什麼

common impedance 解釋
公共阻抗
  • common : adj 1 共通的,共同的,共有的。2 公眾的;公共的。3 普通的,通常的,尋常的,平常的。4 平凡的,通俗...
  • impedance : n. 【物理學】阻抗。 acoustic impedance聲阻抗。
  1. Common code impedance

    共模阻抗
  2. Chapter 7 introduced the usual interference in the data acquisition system, including same intrinsic noise interference of the devices, some common impedance interference electromagnetism interference and discussed the method to restrain them

    在第7章,介紹了數據採集系統常見的干擾,包括器件固有噪聲干擾、公共阻抗干擾、電磁場干擾、並討論了抑制這些干擾的措施。
  3. Common impedance coupling

    共阻抗耦合
  4. Owing to weak output signals integrated amplifier is designed, which is characteristics of shorter wires, higher input impedance, higher common mode rejection ratio and series mode rejection ratio, smaller zero shift and temperature shift

    由於輸出信號微弱,採用短線路傳輸,高輸入阻抗,共模抑制比和串模抑制比高,溫漂和零漂小的集成運放電路。
  5. Our method is based on non - linear convolution model and uses artificial nervous net algorithm and simulated annealing algorithm, introducing the acoustic impedance as condition of constrained solution to avoid the hypothesis of wavelet or reflection coefficient in common seismic inversion, and adopting the control of fine seismic interpretation model in extrapolation

    反演方法以非線性褶積模型為基礎,引入井旁聲阻抗作為解的適定性的約束條件,避開一般地震反演對地震子波及反射系數的假設。反演外推採用精細地震解釋模型控制。演算法上,引用人工神經網路和模擬退火演算法。
  6. Comparison analysis between voltage changes in v -, p - space and common curves, the criterion of impedance modul is made. and it is a good supplement to the space analysis method. they are the three spaces of the ternary analysis method

    將電壓運行狀態在v -和p -空間上的變化同電壓穩定常用的p - v曲線和阻抗模判據進行了比較分析,是對p - v空間分析方法的有益補充,共同組成三元分析方法的三個分析空間。
  7. This means that high - speed, high - level circuits can “ talk to ” low - levelcircuits through the common impedance of the negativesupply line

    這意味著:高速,高電平的電路,通過負壓供電線,可以和低電平的電路"對話"
  8. Common low impedance connection points are signal low and guard

    常見的低阻抗連接點為信號低電平和保護線路。
  9. The criteria used by such software are more closely related to " node " theory and aesthetically pleasing rows of components ( which, admittedly, are also easier on automatic component placing machinery ) than to optimizing stray inductance and capacitance and minimizing common ground impedance

    這類軟體的演算法十分接近「節點」理論,在元器件布局方面追求「橫平豎直」式的美觀大方(顯然,對于自動布局演算法而言這樣也比較容易) ,但是卻不怎麼考慮如何優化分佈電感和分佈電容,如何降低器件的接地阻抗。
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