2. The values of the circuit elements in Figure 2 are as follows: Vpp = (5000+a) mv, R. = (10000+B), Rp = (5000+v) Q, RG

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2. The values of the circuit elements in Figure 2 are as follows: Vpp = (5000+a) mv, R. = (10000+B), Rp = (5000+v) Q, RG

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2 The Values Of The Circuit Elements In Figure 2 Are As Follows Vpp 5000 A Mv R 10000 B Rp 5000 V Q Rg 1
2 The Values Of The Circuit Elements In Figure 2 Are As Follows Vpp 5000 A Mv R 10000 B Rp 5000 V Q Rg 1 (27.36 KiB) Viewed 36 times
2. The values of the circuit elements in Figure 2 are as follows: Vpp = (5000+a) mv, R. = (10000+B), Rp = (5000+v) Q, RG1 = (30+5) k2, RG2 = (20+E) k2, C = 10 pF. Vin= 100 sin (200001Tt) mV. The MOSFET parameters are: V = (500+3) mV, H.Cox = 200 WV/A(W/L), = 4 um/1 um, An = 0.01 V (0) Calculate the DC and small-signal components of Vou. (20 points) (ii) Use LTSpice to plot Vou as a function time. (10 points) (iii) If the result of (i) is different from (1), explain why. (5 points) R61 RO HE M Voo Vin Roz RS Vout Figure 2
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