Question: Q3. Use the ideal diode equation (Ebers-Moll) and a software package such as Matlab to accurately plot the theoretical I-V curve for an ideal diode

 Q3. Use the ideal diode equation (Ebers-Moll) and a software package

Q3. Use the ideal diode equation (Ebers-Moll) and a software package such as Matlab to accurately plot the theoretical I-V curve for an ideal diode (n=1) which has a value of Is = 1 x 10-9 A. Consider diode voltages Vo from - 5 V to an appropriate forward bias value (~0.7 V). Change the value of Vp in small steps (-0.01 V) and for each value of Vo calculate the expected diode current lo. Plot the resultant diode curve for both the forward bias and reverse bias regions (separate graphs). Q3. Use the ideal diode equation (Ebers-Moll) and a software package such as Matlab to accurately plot the theoretical I-V curve for an ideal diode (n=1) which has a value of Is = 1 x 10-9 A. Consider diode voltages Vo from - 5 V to an appropriate forward bias value (~0.7 V). Change the value of Vp in small steps (-0.01 V) and for each value of Vo calculate the expected diode current lo. Plot the resultant diode curve for both the forward bias and reverse bias regions (separate graphs)

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