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Unformatted text preview: UNIVERSITY OF CALIFORNIA AT BERKELEY College of Engineering Dept. of Electrical Engineering and Computer Sciences Solutions to Problem Set #10 Due Tuesday, April 25 th , 2006. EE 105 Spring 2006 1. a. Av = " gmr o = " 2 n Cox ( W / L ) I sup ( # n I sup) " 1 = " 141 V / V b. C M = (1 " Av ) Cgd = (1 " Av ) CovW = 3.56 pF C gs 2 3 WLCox + WCov 178 fF C C M + C gs 3.74 pF R = Rs = 10 k " " 3 dB = ( RC ) # 1 = 26 Mrad / s c. " dB ( RsC gs + Rs ( # Av ) C gd + r o C gd ) # . Mrad s 2. a. v out / v in ( R L /( R L + Rout )) " Rout (1 # v out / v in ) R L /( v out / v in ) Rout = 1 g m = 1 2 p Cox ( W / L ) I D " W = L (2 n CoxI D Rout 2 ) # 1 W = L ( v out / v in ) 2 2 p CoxI D (1 " v out / v in ) 2 R L 2 = 147 m and Rout=1.17k Cgs=196.441fF Cgd=0.441fF So with a device size of W/L=147/2, equation 10.86 of the textbook evaluates to: So with a device size of W/L=147/2, equation 10....
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This homework help was uploaded on 04/01/2008 for the course EECS 105 taught by Professor Mingwu during the Spring '06 term at University of California, Berkeley.
 Spring '06
 MingWu
 Computer Science, Electrical Engineering

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