In the output charecteristics of a transistor in CE mode, according to the eqation
V[sub]CE = V[sub]CC - I[sub]C R[sub]C it comes as when V[sub]CE increases I[sub]C
decreases and vice versa. But it is only because of the reverse collector-emitter voltage, the charge carriers are attracted to the collector side from the emitter side. Hence when the collector-emitter
voltage increases collector current should also proportionally increase until it reaches the saturation value. Then why do we have a completly contradictory result in the above equation? According to this equation when collector-emitter voltage is maximum the collector current becomes zero and when the collector-emitter voltage is zero, the collector current becomes maximum! I need a logical explanation for it. My question is when the the collector-emitter voltage is zero how the collector current could become maximum as they can not reach the collector side at all as the accleration given to them by the collector-emitter voltage will also be zero?
