1.
base emitter cut off current
基极-发射极截止电流
2.
Measurements of the electrical properties of transmitting tubes-Measuring methods of grid No1 current cut-off voltage
GB/T3789.20-1991发射管电性能测试方法第一栅极电流截止电压的测试方法
3.
Measurements of the electrical properties of transmitting tubes-Measuring methods of grid No3 cut-off voltage
GB/T3789.11-1991发射管电性能测试方法第三栅极截止电压的测试方法
4.
Measurements of the electrical properties of transmitting tubes-Measuring methods of grid No1 cut-off voltage
GB/T3789.10-1991发射管电性能测试方法第一栅极截止电压的测试方法
5.
collector-emitter current gain
集电极－发射极电流增益
6.
Study of High Emission Current Property of CNT Cold Cathode
大电流场发射冷阴极发射性能的研究
7.
The radio flux is extremely variable, exhibiting erratic outbursts.
射电流量变化极大，显示出无规则爆发。
8.
collector to emitter conductance
集电极 发射极电导
9.
Measurements of the electrical properties of transmitting tubes-Measuring methods of current of anode and grid
GB/T3789.2-1991发射管电性能测试方法阳极电流和栅极电流的测试方法
10.
nonconducting voltage
截止[不导电]电压
11.
collector-emitter breakdown
集电极－发射极击穿
12.
transmission type secondary emitter
透射型二次电子发射极
13.
an electric current produced between two electrodes as a result of electrons emitted by thermionic emission.
一种由于热离子散射产生的电子发射而在两个电极间产生的电流。
14.
Measurements of the electrical properties of transmitting tubes-Measuring methods of cathode emission current
GB/T3789.3-1991发射管电性能测试方法阴极发射电流的测试方法
15.
Development of Field Emission Materials with High Current Low Evaporation for Impregnated Cathodes
钡钨阴极用大电流低蒸发发射物质的研究
16.
Therefore, if we have a way of holding emitter current constant through a transistor, the transistor will work to regulate collector current at a constant value.
于是，只要我们能让晶体管的发射极电流保持恒定，它就能保持发射极电流为恒定值。
17.
Measurements of the electrical properties of transmitting tubes-Measuring methods of grid thermo-emission current
GB/T3789.5-1991发射管电性能测试方法栅极热放射电流的测试方法
18.
We have been considering the transistor with a current fed into the emitter.
我们所研究的晶体管都是把电流馈入发射极。