At equilibrium in a p-n junction diode the net current is (A) due to diffusion of majority charge carriers (B) due to drift of minority charge carriers (C) zero as diffusion and drift currents are equal and opposite (D) zero as no charge carriers cross the junction

In a p-n junction diode, if the junction current is zero, it means that

In a p-n junction diode the value of drift current through depletion region

What are the majority and minority charge carriers in a p type semiconductor

The current through any p-n junction is due to (a) drift of charge carriers (b) diffusion of charge carriers ( c) different concentrations of same type of charge carriers in different regions. (d) Same concentrations of same type of charge carriers in different regions

Diffusion current in a p-n junction is greater than the drift current in magnitude

The potential barrier at a p-n junction is due to charges on either side of the junction. These charges are

When a junction diode is reverse biased, then current called drift current is due to

When a p-n junction diode is reverse biased the flow of current across the junction is mainly due to