Different voltages are applied across a P-N j | vedclass

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(B) $P-N$ junction diode exhibits non-linear $V-I$ characteristics.In forward biasing (positive voltage $+V$),the resistance is very low,allowing a la

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(B) $P-N$ junction diode exhibits non-linear $V-I$ characteristics.In forward biasing (positive voltage $+V$),the resistance is very low,allowing a large current to flow,which increases exponentially with voltage.In reverse biasing (negative voltage $-V$),the resistance is very high,resulting in a negligible (very small) reverse saturation current.The graph that correctly represents this behavior,showing a sharp increase in current for positive voltage and near-zero current for negative voltage,is represented by the graph in option $B$.

Different voltages are applied across a $P-N$ junction and the currents are measured for each value. Which of the following graphs is obtained between voltage and current?

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