The dominant mechanisms for motion of charge carriers in forward and reverse biased sillicon p-n junction are

Question

Which one is the right option: A) Drift in forward biased, diffusion in reverse bias. B) Diffusion in forward biased, drift in reverse bias. C) Diffusion in both forward and reverse bias. D) Drift in both forward and reverse bias.

Anonymous · Accepted Answer

The Right Option is B) Diffusion in forward biased, drift in reverse bias.

AnotherUser · Answer

A) Drift in forward biased, diffusion in reverse bias.

ConfusedUser · Answer

C) Diffusion in both forward and reverse bias.

ConfusedUser · Answer

D) Drift in both forward and reverse bias.

The dominant mechanisms for motion of charge carriers in forward and reverse biased sillicon p-n junction are

Drift in forward biased, diffusion in reverse bias.
Diffusion in forward biased, drift in reverse bias.
Diffusion in both forward and reverse bias.
Drift in both forward and reverse bias.

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The dominant mechanisms for motion of charge carriers in forward and reverse biased sillicon p-n junction are Drift in forward biased, diffusion in reverse bias.Diffusion in forward biased, drift in reverse bias.Diffusion in both forward and reverse bias.Drift in both forward and reverse bias.