... emitter coupled transistor logic 射极耦合晶体管逻辑 emitter current 射极电流 emitter follower diode logic 射极跟随器二极管逻辑 ...
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common-emitter current gain 共射极电流增益
emitter current crowding effect 发射极电流集边效应
collector-to-emitter current gain 集电极
collector-emitter current gain 集电极
base-emitter current 基射电流
emitter current gain 集电极发射极电流增益
total emitter current 发射极的总电流
static emitter current IE 静态发射极电流IE
Such MSM structure can also be formed into a transverse phototransistor with its common-emitter current gain from 2 to '4.
这种结构还可以构成横向光晶体管，共发射极电流增益为2 ~ 4倍。
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。
Results show that the resistance relates to the area of the photo-excited region, the side length of the emitter region, the position of the emitter region, and the emitter current.
结果表明该电阻与光敏区面积、发射区边长、发射区位置、发射极电流等因素有关。
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