In figure, V0 is the potential barrier across a p-n junction, when no battery is connected across the junction

Question

In figure, V0 is the potential barrier across a p-n junction, when no battery is connected across the junction <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/dc24a3fa5941be56c5ab4b3615023483-.png" /> (A) 1 and 3 both correspond to forward bias of junction (B) 3 corresponds to forward bias of junction and 1 corresponds to reverse bias of junction (C) 1 corresponds to forward bias and 3 corresponds to reverse bias of junction (D) 3 and 1 both correspond to reverse bias of junction

Tardigrade Admin · Accepted Answer

Height of potential barrier decreases when p-n junction is forward biased and it increases when junction is reverse biased.

Q. In figure, $V_{0}$ is the potential barrier across a $p - n$ junction, when no battery is connected across the junction

$1$ and $3$ both correspond to forward bias of junction

$3$ corresponds to forward bias of junction and $1$ corresponds to reverse bias of junction

$1$ corresponds to forward bias and $3$ corresponds to reverse bias of junction

$3$ and $1$ both correspond to reverse bias of junction

Height of potential barrier decreases when $p - n$ junction is forward biased and it increases when junction is reverse biased.

Q. In figure, V0​ is the potential barrier across a p−n junction, when no battery is connected across the junction

1 and 3 both correspond to forward bias of junction

3 corresponds to forward bias of junction and 1 corresponds to reverse bias of junction

1 corresponds to forward bias and 3 corresponds to reverse bias of junction

3 and 1 both correspond to reverse bias of junction