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(A) In the circuit, the diode is in parallel with the resistance $R$. For $V < 0$ (reverse bias), the diode acts as an open circuit (assuming an ideal

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(A) In the circuit, the diode is in parallel with the resistance $R$. For $V For $V > 0$ (forward bias), the diode conducts after the knee voltage. Before the knee voltage, the current flows through the resistor. After the knee voltage, the diode offers very low resistance, so the total current increases rapidly. Combining these, the graph shows a linear relationship for $V  0$. Option $A$ correctly represents this behavior.

$A$ diode is connected in parallel with a resistance $R$ as shown in the figure. The most probable current $(I)$ - voltage $(V)$ characteristic is:

Similar Questions

$A$ circuit and the signal applied at its input terminal $(V_i)$ are shown in the figure below. Which one of the options correctly describes the output waveform $(V_0)$? (Assume all the devices used are ideal and take $P$ as the reference potential.)

In the following circuits,which one of the diodes is reverse biased?

Which of the following statements is not correct when a junction diode is in forward bias?

The dominant mechanisms for motion of charge carriers in forward and reverse biased silicon $P-N$ junctions are

Barrier potential of a $p-n$ junction diode does not depend on:

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