In a transistor, forward bias is always smaller than the reverse bias. This is done to

Question

In a transistor, forward bias is always smaller than the reverse bias. This is done to (A) maintain constant current supply (B) get good output (C) avoid excessive heating of transistor (D) maintain flow of majority charge carriers

Tardigrade Admin · Accepted Answer

In forward biasing, the majority charge carriers Would move from-emitter to collector through the base with high velocity. This gives rise to excessive heat causing damage to transistor.

Q. In a transistor, forward bias is always smaller than the reverse bias. This is done to

maintain constant current supply

get good output

avoid excessive heating of transistor

maintain flow of majority charge carriers

In forward biasing, the majority charge carriers Would move from-emitter to collector through the base with high velocity. This gives rise to excessive heat causing damage to transistor.