1·Small distributed capacitance and high resonance frequency.
分布电容小，自共振频率高。
2·Is because of the esse of the distributed capacitance but the coupling of the creation.
是由于分布电容的存在而产生的耦合。
3·A method for calculating the self inductance and distributed capacitance of the spiral inductor is described.
提出了一种计算圆形螺旋线圈自感和分布电容的方法。
4·Based on the guidelines of the distributed capacitance mode and coupling coefficient formula, the stacked and planar inductors are designed.
以线圈耦合系数和电感分布电容模型为基础，设计优化了平面螺旋电感和叠层电感。
5·The designed neutralization circuit reduces the effect of distributed capacitance and expands the application scope of the fundamental suppression circuit.
在该基波抑制电路中设计了中和电路，消除了分布电容的影响，提高了基波抑制电路的应用范围。
6·This paper analyses the existing zero sequence directive current selective leakage protection principle which is to surmount the effect of distributed capacitance on it.
对近期提出的克服电网分布电容影响小电流接地选线的零序直流选择性保护原理作了理论分析。
7·The new model includes winding leakage, iron losses and distributed capacitance. It has more similarity to the actual model. At last this model is verified by simulation.
这种新的模型既考虑了线圈漏感、又考虑了铁心损耗和分布电容，与实际模型有更大的相似性，最后用仿真结果验证了此模型的有效性。
8·To eliminate the influence of distributed capacitance on negative sequence directional pilot protection, the authors propose a Bergeron model based accurate compensation algorithm.
为消除特高压输电线路中分布电容对负序方向纵联保护的影响，文章提出一种基于贝瑞隆模型的精确补偿算法。
9·But the distributed capacitance of connecting wire and the temperature have a bigger effect on the accuracy of this kind sensor, the increase of the sensor's precision was constrained.
但这种传感器的准确性受连接导线分布电容和温度的影响较大，从而制约了电容式油量表测量精度的提高。
10·The charge on the conductor needs to be calculated while extracting distributed capacitance parameter of transmission lines, and generally there is the singular problem of reentrant corners.
传输线电容参数提取过程中需要计算导体上的电量，而在电量计算过程中普遍存在着角点的奇异性问题。