A p-n-p transistor is said to be in active region of operation, when:

Question

A p-n-p transistor is said to be in active region of operation, when: (A) both emitter junction and collector junction are forward biased (B) both emitter junction and collector junction are reverse biased (C) emitter junction is forward biased and collector junction is reverse biased (D) emitter junction is reverse biased and collector junction is forward biased

Tardigrade Admin · Accepted Answer

For amplification of a p-n-p transistor, emitter junction is forward biased and collect junction is reverse biased. In this state, p-n-p transistor is said to be in active region of operation.

Q. A p-n-p transistor is said to be in active region of operation, when:

both emitter junction and collector junction are forward biased

both emitter junction and collector junction are reverse biased

emitter junction is forward biased and collector junction is reverse biased

emitter junction is reverse biased and collector junction is forward biased

For amplification of a p-n-p transistor, emitter junction is forward biased and collect junction is reverse biased. In this state, p-n-p transistor is said to be in active region of operation.