1·The circuit parameters are then analyzed.
的电路参数，然后进行分析。
2·The changes of equivalent circuit parameters were used to interpret the adsorption process.
用等价线路参数变化说明吸附过程。
3·The circuit parameters affecting the increase of peak pulse power of the device have been found.
找出了影响提高器件脉冲峰值功率的电路参数。
4·With admittance circle fitting to experiment data, equivalent circuit parameters can be obtained.
通过导纳圆实验数据拟合，获得相应的等效电路参数。
5·The three operational modes, steady principle, and design criterion of key circuit parameters are presented.
深入分析研究了这类变换器的三种工作模式、稳态原理与关键电路参数设计准则。
6·Moreover, by the means of simulation, the influence of circuit parameters on the current wave were investigated.
此外，通过模拟的手段， 分析了各种电路参数对放电电流波形的影响。
7·The effects of the circuit parameters and the geometrical parameters of an exploding foil on the burst current...
分析了起爆回路电参数和金属桥箔几何参数变化对爆发电流的影响规律。
8·The adjustment of circuit parameters can also induce over-resistence discharge and realize the function of diode.
回路 的过阻尼放电，达到使用二极管整流的效果。
9·This paper also discusses how to select the appropriate circuit parameters according to short-circuit current margin.
短路 电流裕量来选择合适的电路参数。
10·In this paper, the transistor one dimensional DC current-voltage equation which is indicated as circuit parameters is derived.
本文推导了用电路参数表示的晶体管一维直流电流—电压方程。