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1·Cable leakage resistance is a common source of shunt resistance loading, as shown in Figure 2-4.

分流电阻负载通常是由电缆泄漏电阻引起的，如图2 - 4所示。

2·Any external shunt resistance across the voltage source will attenuate the measured voltage, as shown in Figure 2-3.

跨接在电压源上的任何外部分流电阻都会使测量的电压衰减，如图2 - 3所示。

3·The shunt resistance represents the loss due to surface leakage along the edge of the cell or due to crystal defects.

分流电阻表示由于沿电池边缘的表面漏流或晶格缺陷造成的损耗。

4·The transient response of a shunt-peaked compensated video stage, with shunt resistance across the peaking coil, is analysed.

本文分析在并联补偿电感上加分路电阻的视频放大级的瞬态反应。

5·While the primary advantage of guarding is a reduction in the effects of shunt resistance, another important aspect is the reduction in the effects of shunt capacitance.

保护技术的主要好处是减小分流电阻的影响，而其另一个重要的方面就是减少分流电容的影响。

6·In order to minimize settling times when measuring high resistance values, keep shunt capacitance in the system to an absolute minimum by keeping connecting cables as short as possible.

在测量高阻值电阻时，为了尽量减小建立时间，使连接电缆尽可能地短，以便使系统中的并联电容实际上达到可能的最小值。

7·The effective resistance is the parallel combination of the source resistance and the feedback (or shunt) sensing resistance.

有效电阻为源电阻和反馈(或分流)取样电阻的并联组合。

8·This thesis gives a detailed introduction of a pithy formula, which applied to estimate discharge energy and discharge resistance of shunt capacitor, with the help of experience coefficient.

介绍了用经验公式估算无功并联电容器的放电能量和放电电阻的口诀。

9·The algorithm does not need fault type identification, and its accuracy is not affected by fault resistance, system impedance, pre-fault load current and shunt capacitance.

算法无需故障类型判别，不受系统阻抗、故障电阻、负荷电流以及分布电容的影响。

10·In this paper, the curves of Dynamic Resistance CurveDRCare studied under the influence of shunt and distortion. The relationship between quasi steady resistance value and nugget diameter is found.

研究了分流和翘曲变形影响下的不锈钢点焊动态电阻曲线，发现了动态电阻曲线的准稳态电阻值与熔核直径之间的对应关系。