Unformatted text preview: How long will it take for v x to rise to 4 V? There is no body effect in this problem. (3)*In the NMOS circuit below, μ n C ox = 100 uA/V 2 , V t = 1 V, γ =0.5 V 1/2 , 2 φ f = 0.6 V. At t = 0, the capacitor has zero charge on it so v y (0) = 0. (a) Neglecting the body effect, find the voltage v y after a long time has passed. (b) Neglect the body effect and find the minimum value of W/L that will cause v y to rise from 0 V to 1 V in no more than 0.1 nS. (c) repeat part (a) but include the body effect. v x +5v +5v +2v +-1 pF +-v y +5v +3v 1 pF...
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- Fall '07
- Electronics, Trigraph, body effect, vy, static power dissipation