Question

Part A: I. Connect the circuit in Figure 5. Use a 1N4003 diode. VOMI measures diode current, and VOM2 measures its voltage. Starting at 0, increase Vs and take data for a plot of Va vs. Id and complete Table 1. The values here will typically be in millivolts (mV) and milliamps (mA). Va Vs (VDC) 0 0.25 0.5 1.0 1.5 2.0 2.5 3.0 6.0 9.0 12.0 15.0 18.0 20.0 VG = Us - IR R=2.2 K2 Vs = VD+ IR Table 1: V Id (Voc) (I mApc) 0.07 0.41 34.42 223.78 428.93 C4L5 $73.4 1112.1 2.489 3.9 5.267 4.547 8.095 $.94 (mVDC) 0.001 1.334 0.4346 0.5055 0.5374 0.5519 0.568 0.5784 6175 434.1 653.4 MA, U mA, mu 4 6753 476.0 6

Answer 1

Geven that VIR Vs: Vo+ I (2200) then. & Vol 0.001 It Id : 0.07.UA Vs = 1o154 my Va (moc) Vs Vs 12 (VOC) (Vou (1 MADC) (my) 1.159 0.25 03340902 0.5 52216241 0.03992 995.816 0.22 378 1.5 1476.5 0.42893 2.0 1963.2 0:6415 7x10-5 4.19104 0334 434.8 50 3.5 $32.9 55119 2.5 2488.2 0.8734 566.8 3.0 3025-02 1.1121 57809 6.0 617.5 6093-3 2:489 639.1 9.0 921911 3.9 12:0 12, 240.81 5.267 isio 15,177.3 6.597 18.0 181460-3 8.085 2010 20, 346 8.94 Scanned with 65314 663.9 6733 67860

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