内阻

n.internal resistance

网络释义：Internal Impedance; Resistance; Source impedance

网络释义

n.1.internal resistance

1.internal resistance internal force 内力 internal resistance 内阻 intonation 声调 ...

2.Internal Impedance ... 内部噪声 internal noise 内阻 internal impedance 农村电话 rural telephone ...

3.Resistance Weight 重量（g） Resistance 内阻（mΩ） 欧姆龙 OMRON ...

4.Source impedance 脉冲极性 Polarity 内阻 Source impedance 脉冲串长度 Burst duration ...

5.source resistance ... solvent resistance 耐溶剂性 source resistance 电源电阻; 内(电)阻 source bulk resistance 源(体)电阻 ...

6.ESR同时在重负载条件下功率电感本身的内阻（ESR）也不可忽视，它会极大地影响转 换效率。综合以上考虑，如果要提高KD992…

7.RDSON很低的内阻（RDSON），提高效率。更低QG和QSW可以减少失真，提高效率。

1.Among the methods of measuring inner-resistance of micro-ampere-meter with the substitute method is the most simple one.在测量微安表内阻的众多方法中，替代法是最简单的方法。

2.Adopting gate resistance increased the rise time of edge, and adopting low output resistance of driver reduced the fall time.通过低驱动内阻对栅极电容电荷的快速泄放提高脉冲后沿的下降速度。

3.A stable resistance free current fed modeling and a stable resistive one are presented respectively in this paper.本文分别给出了稳定的无内阻型和内阻型电流馈源模型。

4.The forecast precision is improved greatly through experiment, and the feature of internal resistance of battery can be forecast exactly.经实验仿真验证，该方法可明显地提高预测精度，且能对蓄电池内阻变化趋势做出正确预测。

5.Low voltage and low resistance measurements are often made on devices and materials with low source impedance.低电压和低电阻的测量通常是对低源内阻的设备和材料进行的。

6.In this paper, laboratory measurements of several commonly used forms microampere resistance methods analyzed.本文就实验室里常用的几种测量微安表内阻的方法进行分析研究。

7.So it has the important practical significance to realize the battery impedance on-line and real-time measurement.因此实现蓄电池内阻的在线实时监测，将有重要的实际意义。

8.For this reason, the internal resistance of an ideal current source is infinite.基于这个原因，一个理想电流源内阻是无限的。

9.The battery inner resistance is measured by DC discharge, which guaranteed the reliability of online monitoring.系统通过直流放电法测量单体电池内阻，保证了在线监测的可靠性。

10.All real voltage and current sources contain an internal resistance; therefore, they exhibit Johnson noise.所有真实的电压源和电流源都具有内阻，所以它们都表现出约翰逊噪声。