分布电容

  • 网络Distributed capacitance;distribution capacitance;Capacity
分布电容分布电容
  1. 不受分布电容影响的ECT检测系统

    ECT detecting system without influence of distribution capacity

  2. 行波电极(Travelingwaveelectrode,TW),是目前广泛采用的一种电极结构,可缩短光载波与调制信号的互作用长度,可有效避免分布电容(Contributioncapacity,CR)对调制带宽的限制。

    Traveling wave ( TW ) electrode structure is widely used for it needs less multi-action length between optical carrier and digital modulation and can get rid of contribution capacity 's constraints on modulation bandwidth .

  3. 控制电缆的分布电容对LED信号灯的影响

    Effect of the Distributed Capacitance of Control Cable on LED Signal Lamp

  4. VLSI版图中传输线分布电容计算的仿真方法

    Simulated Approach of Extraction of 2D Capacitance for VLSI Layout

  5. 超高速集成电路互连线的分布电容矩阵&测度不变方程法(MEI)解

    Capacitance Matrix of Interconnects in Very High Speed Integrated Circuits & MEI Solution

  6. 通过理论分析、数值仿真,依据有限元数值法计算分布电容参数的方法,运用MATLAB有限元计算工具包分析并计算了两种不同情况下的分布电容参数,有效地解决高频变压器分布电容计算问题。

    By theory analysis , simulation , Finite Element Method and MATLAB Toolbox , stray capacitance on two different instances is analyzed and calculated .

  7. DGS是通过在微波电路的接地板上蚀刻出蚀刻图案(defectedpattern),以改变电路衬底材料的有效介电常数,从而改变介质上的微带线的分布电容和分布电感。

    DGS can change the effective permittivity of material and distributed capacitor and distributed inductance by etching the defected pattern on the ground of microwave circuit .

  8. 与传统的基于工频量的故障测距技术相比而言,基于行波的测距技术不易受系统运行方式、过渡电阻、CT饱和、线路分布电容的影响,测距精度高。

    Compared with conventional fault location based on fundamental components , traveling-wave based fault location is more accurate and not apt to be affected by transition resistor , fault type , distributed capacitance , bus configuration and CT saturation , etc.

  9. 研究了电动机分布电容对PWM变频调速系统的影响,建立了考虑分布电容的异步电动机数学模型,并进行了仿真和实验验证。

    The problem of distributed capacitance in PWM & AC motor system is researched , and the mathematics model of induction motor considering distributed capacitance is established , that is verified by the simulation and the experiment .

  10. 尽管单相PWM整流器设计时,能够保证电流环稳定,然而电网短路阻抗以及分布电容等参数将对PWM整流器的稳定性产生影响,导致电网电流振荡,产生大量的谐波。

    PWM rectifier current-loop can be designed to guarantee stability . However , grids short-circuit impedance and distributed capacitance will affect the stability of PWM rectifier leading to grid current oscillation and a large amount of harmonics .

  11. 为了评估开关电源中电感对传导EMI的影响,本文调查了在一个Boost电路中的电感绕组分布电容所产生的传导共模电流。

    To quantify the influence of the inductors on conducted EMI in SMPS , an investigation was made of conducted common mode current caused by the stray capacitance of the inductor windings in a boost converter .

  12. 高压传输线采用了同轴结构的设计,使其分布电容达到50PF/m。并借助有限元分析软件ANSYS对电源传输线进行建模和求解其电容值。

    The high voltage transmission line uses coaxial configuration , which makes the stray capacitance of the transmission line reach 50PF / m. The transmission line also has been emulated and the capacitance is solved by the finite element analyzing software-ANSYS .

  13. 论文首先分析了国内外BST铁电材料移相器的研究和发展现状,总结了多种不同类型BST移相器的优缺点,并在此基础上决定选择分布电容共面波导结构式移相器进行研究。

    Firstly , the thesis reviewed the study status on BST phase shifters and the achievements abroad , and decided to research the distributed phase shifters using optimized interdigitated capacitors .

  14. 因为高压化导致变压器绕组之间的场强增强,引起绕组间分布电容变大;同时随着频率的不断升高,高频高压变压器分布参数对原边电流、EMI等影响更加明显。

    For high voltage can enhance electric field intensity and make the stray capacitance bigger ; With the increase of frequency , impact of stray capacitance on the primary current , EMI etc. is more apparent .

  15. 本文对CMOS模拟开关漏电流、导通电阻、电阻偏差,分布电容及外接负载等对模拟信号传输的影响进行了比较深入的分析,提出了改进开关性能的途径。

    Effects of leakage current , on-resistance , resistor deviation , distributed capacitance and external loads of CMOS analog switches on analog signal transfer are analyzed in detail in the paper , and approaches have also been proposed to improve performance of the switch .

  16. 通过数学模型的建立对Marx的放电回路进行分析,得到了其输出电压主要与主电容、回路电感和负载有关,与回路的分布电容无关。

    Through creating Mathematical model of a Marx of the discharge circuit , we get that the output voltage of Marx is mainly related to the main capacitor , inductor and load on the circuit , and the distributed capacitance has nothing to do with the circuit .

  17. 初步确定逆程变压器次级超高压线圈的漏感L2与分布电容C2,是较准确地计算出该器件主要损耗以及整个行输出级电路各项功耗的一个关键步骤。

    To determine roughly the leakage inductance L_3 and the distributed capacitance C_3 in secondary coil with ultrahigh voltage of Fly-Back Transformer is a key step for calculating more accurately the main power losses of this device and all dissipated powers of horizontal output circuits .

  18. 非对称共面带线(ACPS)和与其成互补结构的非对称共面波导(ACPW)的分布电容与特性阻抗是表征它们特性的两个重要参量。

    The distributed capacitance and characteristic impedance of asymmetrical coplanar stripline ( ACPS ) and its complementary structure asymmetrical coplanar waveguide ( ACPW ) are important parameters to characterize their properties .

  19. 指出分布电容在短路暂态过程中引起的振荡高频分量,可以导致快速母差保护拒动,其影响在保护设计时应引起重视。RCS-915型母差保护装置的保护方案考虑了线路分布电容的影响。

    The high frequency component caused by distributed capacitance in transient process , may result in maloperation of busbar differential protections , which should be taken seriously in designing of RCS-915 differential protection .

  20. 基于此发现,提出在变压器原边串联一个较小电感来补偿变压器分布电容的处理方法,并研制了相应的DC-AC-DC变换器。

    Based on this discovery , this paper proposes a new method of designing the ESP power supply : serially adding an inductor to the primary side of the high-voltage , high-frequency transformer to compensate for the intrinsic stray capacitance . And the corresponding DC-AC-DC converter was developed .

  21. 高频高压变压器分布电容的分析与处理

    Analysis and Disposal of Distributed Capacitance in High-frequency and High-voltage Transformer

  22. 地电外线路中分布电容的危害及排除电容灵敏度分布计算方法的改进

    The harm and elimination of distribution capacitance in the resistivity method

  23. 非均匀无耗微带线分布电容电感的研究

    Study on the Distributed Capacitance and Inductance of Non-Uniform Microstrip Line

  24. 硅铁电弧炉的分布电容补偿分析

    Compensation Analysis of the Ferro-silicon Electric Arc Furnace 's Discrete Capacitor

  25. 快脉冲传输线分布电容补偿模型和计算方法

    Distributed Capacitance Compensation Model and Computing Method for Fast-Pulse Transmission Line

  26. 亲和与悖离&论当代女性文学中女性与城市的关系互连线分布电容偏差计算的非均匀有限差分法

    Non-uniform Finite Difference Method for Computing Distributed Capacitance Deviation of Interconnects

  27. 超高压输电线路中,分布电容的影响不容忽略。

    In EHV transmission lines , distribution capacity can 't be neglected .

  28. 传输线上分布电容对微动同步传感器输出的影响分析

    Analysis on Influence of Distributed Capacitance on Transmission Line to Microsyn Output

  29. 吸收法抑制高频高压变压器分布电容的研究

    Research on Restraining the Harm of High-frequency High-voltage Transformer Using Balance Transformers

  30. 偏心同轴线分布电容的摄动分析

    Perturbation Analysis of Distributed Capacitance of Eccentric Coaxial Line s