电容阻抗

基本解释 (translations)

condensance

与电容阻抗相关的网络例句 [注：此内容来源于网络，仅供参考]

With the increase of the voltage grade, the pitch number of capacitance bleeder increase accordingly, so that the impact of operation conditions on the capacitance bleeder is also strengthened.

为避免此情况，需选用的CVT电容分压器阻抗比对运行条件不敏感，特别是分压器低压臂阻抗受运行条件的影响要小。

The results show that in subsynchronous frequencies range the transmission line compensated by the SSSC causes a resonant impedance effect similar to that caused by the fixed capacitors. But the value of the capacitive reactance exhibited by SSSC is smaller than that of the fixed capacitors and the additional resistance component is exhibited by SSSC.

研究表明：次同步频率下串有SSSC支路的阻抗特性与串有等值电容支路的阻抗特性相似，但SSSC所呈现的容抗小于固定电容的容抗，且SSSC还呈现较大的电阻分量。

an equivalent model of Al electrolytic capacitor has been studied in this paper. The change law of the equivalent serial capacitance, dissipation factor and impedance of Al electrolytic capacitor has been discussed at different frequencies with Agilent4395A Impedance Analyzer.

研究了铝电解电容器的等效模型，讨论了铝电解电容器在不同频率下，其等效串联电容、介质损耗因子、阻抗随频率变化特性，采用Agilent4395A阻抗分析仪测量了铝电解电容器参数、阻抗-频率特性等。

By applying the law of energy transformation and conservation in electromagnetism to a sinusoidal steady state linear exchange network,the aauthors obtain a new expression of the law in which the merits of such energy forms as resistance,capacitance,self induction and mutual induction of four kinds of elements are embodied.

利用式中统一体现的电阻、电容、自感和互感4种元件能量形式的优点，以及网络现代场论关于元件复阻抗率和积分形式的复阻抗等概念，分别给出4种元件具体的积分形式复阻抗。

Compared to traditional method,this approach replaced tuning capac-itor with PIN diodes,made use of its characteristics of variable impedance to adjust the impedance through the bias voltage to achieve the autotuning of directivity.

与传统方法相比，该方法采用PIN型二极管代替调节电容，利用其阻抗可变特性，通过偏置电压来调节匹配阻抗，最终实现定向耦合器的自动方向性调节。

These antennas can cover GSM900/DCS/PCS/UMTS operation. In the chapter 2, the antenna is designed based on the concept of monopole antenna. Furthermore, the antenna structure have two radiant paths and coupled each other at tail end to do impedance matching. In addition, to raise distance between radiation plane and ground will avoid capacitative effect effectually. In the chapter 3, the antenna is designed based on the concept of planar inverted-F antenna. Furthermore, that the antenna structure have two radiant paths and coupled each other at tail end to do impedance matching is similar to chapter 2. But there is a difference in them. We can choose the short position to change input impedance at this structure. In the chapter 4, the antenna is designed based on the concept of planar inverted-F antenna which takes coupled-fed. It will produce the first mode and high-order mode near the frequency, 900MHz. The feature of this type is to reduce the volume effectually. This antenna can not only cover GSM900/DCS/PCS/UMTS operation but maintain good radiation efficiency. Finally, we will compare three antennas, and develop procedure with industrial view, and propose the prospect of the GSM/GPRS antenna in PND, as a conclusion.

在第二章中，我们使用单极天线设计概念，使用双路径架构并於末端耦合来对天线阻抗做匹配，产生涵盖GSM900/DCS/PCS/UMTS四频操作频带，并提高与接地面的辐射高度，以避免电容效应，使天线具有良好的辐射特性；在第三章中，使用倒F形天线设计概念，使用双路径架构於末端耦合，并於辐射臂上采取适当接地点电感效应作输入阻抗匹配，达成涵盖GSM900/DCS/PCS/UMTS系统的四个操作频带；在第四章中，采用倒F形架构并使用耦合馈入方式，使得长辐射金属臂在低频900 MHz附近产生共振，产生低频基频模态及高阶模态，以达成宽频及频宽涵盖GSM900/DCS/PCS/UMTS频带操作，并有效缩减使用体积；最后，分别比较此三种架构的优缺点，再加以业界角度来思考，研发产品天线的流程及思考方向，以及天线应用於可携式导航装置中未来的展望作为本论文的总结。

Electrochemical behaviors on the surface of jamesonite in an acidic solution of pH4.0 buffer solution containing diethyl dithiocarbamate were investigated by the methods of cyclic voltammetry and AC impedance.The changes of the reactions,electrochemical adsorption,passivation action,electrochemical impedance and interfacial capacitance on jamesonite were discussed under the different conditions of electrode potentials.

用循环伏安和交流阻抗法，研究了脆硫锑铅矿在含乙硫氮的pH 4.0缓冲溶液中的表面电化学行为，讨论了在不同电位下脆硫锑铅矿表面的反应、电化学吸附、钝化作用、电化学阻抗、微分电容的变化。

The proposed coupler featuring utilizly laddered stubs and stepped impedance on a single circuit board case achieves compact size. The requirement since both are distributed elements system which utilizes reduced length for the replacement of traditional microstrip line which acted as equivalent capacitances and inductances.

上述之宽频支干耦合器，是设计在单层板的结构，且不论是步阶式阻抗或是梯状开路残段的设计方式，均有缩小化的效果；因为步阶式阻抗与梯状开路残段都是散步式元件，所以可用较短的长度取代传统微带线之等效电感或电容值。

Onic performance The SOLEN Fast Capacitors exhibit near-zero losses, they reduce linear, nonlinear distortion and phase distortion to unmeasurable level, showing an almost unbelievable ideal capacitance reactance curve which give the highest level of signal resolution.

OLEN高速电容器展现了接近于零的损耗，降低线性和线性失真及几乎无法测量到的相位失真，展示一个几乎难以相信的理想电容阻抗曲线，得到最高层次的讯号清晰度。

Last, Nano Indenter XP was used to measure the mechanical properties of the fabricated probe structures, the results show that the spring constants of cantilever type and simply supported beam type probe structures were 2556 Nm-1 and 26280 Nm-1 respectively, which were close to the designed values of 2838 Nm-1 and 23935 Nm-1 with the error of 9.94% and 8.92%. DC probes and HP 4194A Impedance/Gain-phase Analyzer were adopted to measure the electrical properties of the simply supported beam probe card. The contact resistance from the probe tip to the end of stripline was 0.6Ω. In the frequency range of 5 to 40 MHz, the characterized impedance between two probes was larger than 20 kΩ, and the capacitance was from 0.17 pF to 0.27 pF.

采用Nano Indenter XP纳米压痕仪对制备后的探卡结构进行力学性能测试，测得悬臂梁和简支梁的弹簧常数分别为2556 Nm-1和26280 Nm-1，与2838Nm-1和23935 Nm-1的理论设计值相差9.94%和8.92%；采用直流探针和HP 4194A阻抗分析仪对简支梁型探卡结构进行了电学性能测试，从简支梁探针到引线末端的直流接触电阻为0.6Ω，在5-40 MHz范围内，探针间特征阻抗大于20 kΩ，电容在0.17 pF至0.27 pF之间，测试结果表明探针的接触电阻小、射频隔离性能好。2。

与电容阻抗相关的网络解释 [注：此内容来源于网络，仅供参考]

capacitive coupling impedance：容性耦合阻抗

电容不平衡 capacitance unbalance | 容性耦合阻抗 capacitive coupling impedance | 特性阻抗 characteristic impedance

capacitive resistance coupling：电容电阻耦合

capacitive reactance 容抗电容阻抗 | capacitive resistance coupling 电容电阻耦合 | capacitive stub 电容性短线

characteristic impedance：特征阻抗

特征阻抗(Characteristic Impedance)是指传输线中,其高频信号或电磁波传播时所遇到的阻力,他是电阻抗、电容抗、电感抗的一个矢量和. 传输线的特征阻抗只与信号连线本身的特性相关,在射频电路中,特征阻抗主要取决于连线的单位分布电容和单位分布电感带来的分布电阻.

equivalent differential input capacitance：等效差分输入电容

equivalent diameter | 等量直径,等效直径 | equivalent differential input capacitance | 等效差分输入电容 | equivalent differential input impedance | 等效差分输入阻抗

impedance：交流电的阻抗

在交流电的领域中,电容及电感都会阻碍电流流动,两者的大小又受到频率影响;综合电阻、电容抗 ( Capacitive reactance ) 和电感抗 ( Inductive reactance ) 在向量上的和才是交流电的 "阻抗" ( Impedance ).

input resistance：输入阻抗

神经细胞在两种盖玻片上不但有类似的生长情形,且细胞静止膜电位(resting membrane potential)、输入阻抗(input resistance)、电容率(capacitance)及内在激发性反应(intrinsic excitability)都很相似,

condensance：容抗, 电容阻抗; (电)容量

condensance current | 电容(性)电流 | condensance | 容抗, 电容阻抗; (电)容量 | condensate collector | 凝液收集器

condensance current：电容(性)电流

condensable | 可压缩(凝缩)的 | condensance current | 电容(性)电流 | condensance | 容抗, 电容阻抗; (电)容量

Faradaic impedance：法拉第阻抗

farad bridge 电容电桥 | Faradaic impedance 法拉第阻抗 | faraday 法拉第

insulation resistance test：绝缘阻抗测试

44.4 Instrumentation for test currents above 10,000 amperes 用于测试电流在10,000A以上的仪器 112 | 45 Insulation Resistance Test 绝缘阻抗测试 114 | 46 Capacitor Endurance Test 电容耐久性测试 115