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2. VpD=2.5 V, R2=30 k12, Rp=1 k12, Rs=4 k1, Rsig=1 k, Ru=10 k2, Vư=0.4 V, unCox=200 UA/V2, W=80 um, L=0.18 um is given f
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answerhappygod
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2. VpD=2.5 V, R2=30 k12, Rp=1 k12, Rs=4 k1, Rsig=1 k, Ru=10 k2, Vư=0.4 V, unCox=200 UA/V2, W=80 um, L=0.18 um is given f
2. VpD=2.5 V, R2=30 k12, Rp=1 k12, Rs=4 k1, Rsig=1 k, Ru=10 k2, Vư=0.4 V, unCox=200 UA/V2, W=80 um, L=0.18 um is given for the circuit below. a) Calculate the value of R, so that Id=280 uA. b) Find all small-signal parameters of the transistor (gm, ri, r.). Specify the type of the amplifier and calculate vo/Us, R; and Ro. Calculate vo/Vs for Ru=10 k 2, 1 k 2 and 200 12. Comment on your result. VDD VDD Rp Ri Rsig Vs CA HH HE 22. -V R2 Rs RL Ri R.