转移特性曲线

拟合MISFET的转移特性曲线，经分析认为：制备器件类型为N沟道增强型MISFET。

By simulating and analysising transfer characteristic curve , it is concluded the type of the device is N channal enhanced MISFET .

根据长电弧电压电流波形，建立了电压方波电弧的理想电压电流转移特性曲线和对应的电弧等效模型。

According to the voltage and current waveforms of arc , an ideal voltage current transform characteristic curve and an equivalent circuit representing for long arc have been described in this paper .

文中借鉴其他学者对电弧的研究成果，建立了电弧的理想电压&电流转移特性曲线和对应的电弧等效模型，提出了一种耦合双回高压输电线路故障测距单端信息时域的新方法。

Based on the previous achievements in arc modeling , this paper describes an ideal long arc volt - ampere characteristic and its equivalent circuit and presents a new method for locating arcing faults on HV long transmission lines with single - terminal voltage and current signals .

在触头试验机上进行了大量试验，得到了触头材料转移的特性曲线，并运用电弧及电接触基本理论，对材料转移方向反转进行了理论探讨。

The relations between material transfer and come parameters are given in the form of characteristic curves . Based on the theory of electric arc and contact , the mechanism of direction reverse of material transfer is discussed .