解矩陣電路 的英文怎麼說
中文拼音 [jiějǔzhèndiànlù]
解矩陣電路
英文
dematrix- 解 : 解動詞(解送) send under guard
- 矩 : 名詞1. (畫直角或正方形、矩形用的曲尺) carpenter's square; square2. (法度; 規則) rules; regulations 3. [物理學] moment
- 陣 : Ⅰ名詞1 (作戰隊伍的行列或組合方式) battle array [formation]: 布陣 deploy the troops in battle fo...
- 電 : Ⅰ名詞1 (有電荷存在和電荷變化的現象) electricity 2 (電報) telegram; cable Ⅱ動詞1 (觸電) give...
- 路 : 1 (道路) road; way; path 2 (路程) journey; distance 3 (途徑; 門路) way; means 4 (條理) se...
- 矩陣 : [數學] matrix; array
- 電路 : [訊] circuit (ckt); electric circuit; electrocircuit電路板 circuit board; 電路保持 guard of a c...
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With this understanding, the advancing analysis method of the steady - state voltage stability integrated the continuation power flow analysis, the system jacobi matrix eigenvalue structure analysis and the correlative sensitivity analysis, provided the comprehensive and veracious informations about the steady - state voltage stability of power system under the future operating state, these informations - included the margin of stability, the weak buses, the crucial branch and the crucial generator
提出了將連續潮流演算法與系統jacobi矩陣特徵結構分解法以及相關的靈敏度方法相結合的靜態電壓穩定預測分析方法,這種方法可以提供關于系統在未來運行狀態下的靜態穩定性信息:系統穩定裕度、系統中的薄弱區域、關鍵支路與關鍵發電機。Through ( multi - level ) bordered block partition of the power system topology matrix, a bbdf coefficient matrix which is suitable for above decomposition is formed. when the equation is solved with parallel iterative method, convergence acceleration is achieved through damping newton method
通過採用(多重)對角加邊的方法進行電力網路拓撲分割,以形成適合以上分解法求解的對角加邊形式的系數矩陣,并行求解后並對迭代過程進行阻尼牛頓法修正,以達到加速收斂的作用。Application of fundamental formula for matrix function in solution of circuit transient respond
矩陣函數基本公式在求解電路暫態響應中的應用Then studis on new models and new approaches based on boolean process in delay automation are made. analytical delay model is improved with the new concept of sensitization, based on which delay matrix is proposed to describe the delay of circuit modules. then introducing hierarchical delay analysis methods into delay matrix analysis, a novel exact hierarchical delay ananlysis method is presented
在組合邏輯電路精確定時方面,本文用波形多項式偏導定義的敏化概念改進了解析延時模型,在此基礎上建立了基於敏化的延時矩陣以描述電路模塊的延時,隨后將層次化延時分析方法引入基於延時矩陣的延時分析中,形成一種新的精確的通用電路層次化延時分析方法。On the basis of the sensitivity analysis and its related theories, the sensitivity matrix analysis approach is presented to achieve a good predictability and controllability of solutions. this approach has been demonstrated to be distinct for predicting solutions of equations in simulation experiments
在模擬電路靈敏度分析及其相關理論基礎上,本文嘗試採用靈敏度矩陣分析方法來改善一階靈敏度故障診斷方程解的可預測性和可控性。The exact design methods of switched - current filters are summarized, such as the director synthesis of z - plane, euler mapping, state variable analysis, matrix decomposition, and signal - flow - graph simulation of the lc and switched capacitor prototypes. at the same time, a modified left decomposition matrix method is proposed to overcome the usual problems of large silicon area, high sensitivity and component spreads by minimizing the input circuits. examples of switched - current low - pass, high - pass and band - pass filters are given to verify the feasibility of these methods
總結分析了實現高精度開關電流濾波器設計的各種實用方法,包括z域綜合法、歐拉映射法、模擬無源lc網路和開關電容網路的狀態變量法、矩陣分解法和信號流圖轉置法,並對左分解法加以整理改進,提出一種更為簡潔的設計結構,通過減化輸入電路克服一般電路中存在的佔用矽片面積大、靈敏度高等問題。It is verified the time harmonic wave propagation consists of a incident wave and a reflected wave ( even if by circuit theory of abcd matrix of r, l, c )
驗證傳輸線上各頻率成份弦波電壓及電流之沿線分佈(電路矩陣模式解)為入射波與反射波所合成。The dynamic model of induction motor under - reference frame is approximated by its associated discrete circuit model with the trapezoidal algorithm, after linearized using the neoton - rapson algorithm, the contribution of induction motor model to the circuit " s nodal equation matrix is calculated
按照改進節點法的要求,異步電機採用-坐標系下的動態模型,使用梯形法求解微分方程,經過離散化和線性化,得出異步電機作為一個電路元件對電路矩陣方程的貢獻。Then the solving procedures of these bies by the rwg functions based moment method are elaborated, and the method of modeling complex objects built of arbitrary line, surface and volume structures is developed. in order to solve realize antenna and circuit problems, methods of adding excitations and concentrated loadings with moment method are deceloped, and matrix pencil ( mp ) method is used to deembeded the s prameters of antennas and circuits from the computed current distribution. some numerical results of practical complex antenna and scattering problems are presented to illustrate the veracity and effectiveness of the method
在第一部分中,首先從電磁場的基本理論出發,基於等效原理和邊界條件以統一的方法建立了用於分析金屬、介質及金屬與介質混合結構的邊界積分方程,並歸納和比較了各類積分的適用范圍和優缺點;在此基礎上,給出了使用基於rwg函數的矩量法求解各種邊界積分方程的一般過程;研究了具有任意線、面、體組成的復雜結構的電磁建模方法,並給出了各種多面連接情況下基函數和未知量的選取方法;研究了使用矩量法分析電路、天線問題時集總元件和激勵源的處理方法,並基於矩陣束方法( matrixpencilmethod )提取了電路和天線問題的s參數;最後通過分析一些工程中的復雜金屬天線問題和具有「金屬與介質混合結構」的散射和天線問題驗證了方法的準確性和高效性。The jacobin matrix and its elements for differential - algebraic equation simultaneous solution with newton method are formed. the network injection current and its partial differential coefficient are also derived. so, the basic calculation formulas for the full dynandc simulation are established
導出了牛頓法聯立求解微分方程組和代數方程組的雅可比矩陣,以及雅可比矩陣各元素的計算公式;導出了網路方程中電流注入量及偏導數的計算公式。It firstly utilizes the characteristic of layout geometric information to partition the global network into some sub networks. after these sub networks are compressed by cholesky factorization, the sub networks edge nodes are combined with other nodes. calculating the final linear equations group, the algorithm can be very effective
演算法首先利用版圖幾何特徵,按最小割原理將電源地網劃分成子網,利用對稱正定矩陣cholesky分解壓縮子網內點;將子網等效成與網路其它部分連接的結點集的等效網路,最後通過計算壓縮后的網路,獲得線性方程組求解答案。Our netwok marketing project fully make use of the traditional and the new marketing concept and tool to spread on net, induced with “ topic + event + experience + sharing ”, we build a matrix type access mainly rely on blog, community, video, e - mail, e - zine, district portal, occupation portal and enterprise circle to form a integrate network marketing spreading and to enlarge our influence
提供的網路營銷解決方案充分利用傳統的及新興的營銷思想與工具,依託網際網路展開整合傳播,包括以「話題+事件+體驗+分享」為誘導,主要依託博客、社區、視頻、郵件、電子雜志、區域門戶、行業門戶、企業圈子構建的矩陣型通路,從而形成整合型的網路營銷傳播,實現影響力的大面積擴散與聚合效應。Then a set of remote multimedia surveillance system project based on adv6oilc is provided, and the video matrix switcher and video image processing subsystem are presented expressly. finally, the software design is given
然後提出了基於adv601lc編解碼晶元的遠程多媒體監控系統的方案,並對視頻矩陣切換電路和視頻圖像處理子系統進行詳細的闡述,並給出相關的軟體設計。The experimental results indicate that the wall technology can prevent micro short circuit, leakage current and cross talk, and the cathode can be separated efficiently, thus a high - resolution matrix display panel is presented
實驗證明,採用障壁技術可有效地防止微短路、漏電流和交叉效應,是一種有效的陰極分離措施且可達到高解析度(幾十微米) ,從而實現高解析度矩陣顯示。分享友人