那是某种不用组合电阻，电容和电感器的元件。
It was something that no combination of resistors, capacitors and inductors would do.
然后他却发现了某些东西：一个除了由电阻，电容和电感组成的标准三重奏之外的第四个基本电路元件。
And he found something missing: a fourth basic circuit element besides the standard trio of resistor, capacitor and inductor.
本文研究了利用自动平衡电桥方法，通过测量高端和低端两路矢量电压来精确测量电感L、电容C和电阻R（即LCR）。
This paper studies the method of auto balancing bridge to precisely measure inductance L, capacitance C, resistance R(namely LCR)by measuring the high and low terminal vector voltages.
对电阻消耗能量及电容和电感储存能量、释放能量的传输情况进行了分析讨论。
The energy transmission in the energy consuming of resistance, the energy storing and releasing of capacitance and inductance are analyzed and discussed.
第二大类是被动元件，通电后不发生物理或者化学变化的元件，主要包括电容、电感和电阻。
The second category is the passive components, which refer to the components that do not have physical and chemical changes when electrified, mainly including capacitor, inductor and resistor.
本论文建立了包含电磁现象以及对电感性能有重要影响的寄生电阻和寄生电容的物理模型。
This dissertation presents physical models that address the electromagnetic phenomena and parasitics important to the behavior of on-chip inductors.
理论上讲，输电线路单位长度的电阻、电感、电容以及输电线路的实际长度等参数都是无法精确获得的。
Theoretically, the resistance, inductance and capacitance in per unit length, and the effective length of transmission line cannot be obtained accurately.
因此，设计可靠，安全，便捷的电阻，电容，电感测试仪具有极大的现实必要性。
Therefore, the design of reliable, safe, convenient resistance, capacitance, inductance tester of great practical necessity.
Q3D提取使用的矩量法(积分方程)和有限元计算的电导，电容，电感和电阻矩阵。
Q3D Extractor USES method of moments (integral equations) and FEMs to compute capacitive, conductance, inductance and resistance matrices.
电路或者电网络是由电阻、电感和电容等元件以某种方式连接而构成。
An electrical circuit or network is composed of elements such as resistors, inductors, and capacitors connected together in some manner.
ZL5型智能lcr测量仪是具有标准IEEE- 488接口的电感、电容和电阻测量仪器。
ZL5-type intelligent LCR Measure instrument is an intelligent instrument measuring inductance, capacitance and resistance with IEEE-488 interface.
电流测量探头采用自积分的罗柯夫斯基线圈，自积分电阻的电感、电容要尽可能的小，并采用同轴结构。
The Rogowski coil ranged in the same axis was used as current sensor, in which the self-integral resistance should has smaller inductance and smaller capacitance as possible.
论文第二章介绍了有限元法(FEM)和通过FEM求解电缆电阻、电感、电容、电导分布参数的过程。
In chapter two, finite element method (FEM) and the process of calculating the distributing parameters of cable resistance, inductance, capacitance and conductance by FEM are presented.
外电路由串联电阻、电感和并联电容组成。
The external circuit consists of resistance connected in series with inductance and capacitance connected in parallel with them.
由于电阻采用公式计算的误差在工程应用中可以接受，本文主要针对电容和电感参数的提取进行研究。
Since the resistance can be calculated by formula way with an acceptable error, my aim in this paper is focused on the capacitance and inductance extraction.
计算的准确度取决于指数波发生器的准确度，而后者和电阻、电容的准确度和回路的杂散电感有关。
The calculation accuracy depends on the accuracy of the exponential wave generator, which is associated with the accuracies of resistor and capacitor and the stray inductance in the generator circuit.
文中推导出表征电阻器，电容器、电感器和四种非线性受控源增量模型的方框图。
The block diagrams which represent the incremental models of resistors, capacitors, inductors and four types of nonlinear controlled sources are derived.
论述集成无源元件的重要作用，简介集成电阻器、集成电容器、集成电感器技术。
The importance of the integrated passive components is discussed, including the capacitors, resistors and inductors.
区域包含电容、电阻和电感层。
Basic passive device integration regions include capacitor, resistor and inductor layers.
PC 电子载带属于包装类产品，主要用于IC、电阻、电感、电容、连接器、保险丝、开关等电子元器件的包装。
PS\PC narrow band is a kind of packaging products, mainly for the IC, resistance, inductance, capacitance, connectors, fuses, switches and other electronic components of the packaging.
欣统股份有限公司成立于1988年，致力于各式被动元件之生产制造，包含电阻，电容及电感。
Synton–Tech was found in 1988, since then we are devoted to produce all kinds of passive components that including resistor, capacitor and inductor.
然后建立了电阻、电容、电感、二极管、三极管、变压器和印刷线路板的高频模型，并提取模型参数。
This paper established the high-frequency models of resistors, capacitors, inductors, diodes and transistors, and extracted the high frequency distribution parameters of printed circuit board.
定性地分析了误差的来源，得出的结论是电感电容内部的损耗电阻随着频率的变化而变化，变化方向相反而并非相同。
This paper analyses source of error qualitatively. The result is the loss resistance of inductor and capacitor with is variable the frequency. Variation direction is different, not the same.
使用插座会影响电路的电阻、电容和电感参数，可能会对电路的性能带来严重的影响。
Sockets add resistance, inductance and capacitance to the circuit and may degrade performance to quite unacceptable levels.
该系统采用电容存储电荷的方式积蓄能量，避免了电感储能方式带来的电磁干扰，减小了存储元件的寄生电阻。
The system adopts capacitor to reserve charge and accumulate energy, which avoids the electromagnetic interference and reduces the parasitic resistance comparing with the method of using inductor.
本文采用后差变换，提出实现模拟电阻，电感和电容特性的开关电容仿真电路的新原理。
A new principle of switched-capacitor RLC simulation, based on backward difference transformation, is presented. SC negative impedance converters and inductance simulation circuits are designed.
本文采用后差变换，提出实现模拟电阻，电感和电容特性的开关电容仿真电路的新原理。
A new principle of switched-capacitor RLC simulation, based on backward difference transformation, is presented. SC negative impedance converters and inductance simulation circuits are designed.
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