Which of the following graphs is correct for | vedclass

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(B) In a $P-N$ junction,there is a built-in potential barrier at the junction due to the diffusion of charge carriers. For a $P-N$ junction,the potent

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(B) In a $P-N$ junction,there is a built-in potential barrier at the junction due to the diffusion of charge carriers. For a $P-N$ junction,the potential on the $P$-side is higher than the potential on the $N$-side in equilibrium. When the junction is forward biased,the external voltage opposes the built-in potential barrier,reducing the effective barrier height. However,the potential profile across the junction still shows a decrease from the $P$-side to the $N$-side. Graph $B$ correctly represents the potential variation across the $P-N$ junction,where the potential is higher on the $P$-side and lower on the $N$-side.

Which of the following graphs is correct for a $P-N$ junction? (When the $P-N$ junction is forward biased.)

Similar Questions

When a $P-N$ junction is in forward bias,what happens to the depletion region and the potential barrier?

The current $i$ in the network is: (in $A$)

In the given figure,which of the diodes are forward biased?

Which one of the diodes given below is reverse biased?

Consider the following statements $A$ and $B$ and identify the correct choice from the given answers:
$A:$ The width of the depletion layer in a $P-N$ junction diode increases in forward bias.
$B:$ In an intrinsic semiconductor,the Fermi energy level is exactly in the middle of the forbidden gap.

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