Determine the diode voltage and current for the circuit shown in Figure-I. Consider a diode with a given reverse-saturatiqui current of $I_{S} = 1 0^{- i 3} A$ . Figure-I: A simple diode circuit Hints: applying KVL: $Vps = I_{d} R + V_{d}$ and Diode current $I_{d} = I_{S} [e^{(Vd / Vt_{t})} - 1]$ From these two equation solve for $V_{d}$ . Using iteration, $V_{d} = 0.619 V$ . Start with Vd=0.7V.

Question

Determine the diode voltage and current for the circuit shown in Figure-I. Consider a diode with a given reverse-saturatiqui current of

I_{S} = 1 0^{- i 3} A

. Figure-I: A simple diode circuit Hints: applying KVL:

Vps = I_{d} R + V_{d}

and Diode current

I_{d} = I_{S} [e^{(Vd / Vt_{t})} - 1]

From these two equation solve for

V_{d}

. Using iteration,

V_{d} = 0.619 V

. Start with Vd=0.7V.

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