17. The PMOS cascode of Fig. ( 9.51 ) must provide a bias current of ( 0.5 mathrm{~mA} ) with an output impedance of ( 40 mathrm{k} Omega ). If ( mu_{p} C_{o x}=50 mu mathrm{A}^{- mathrm{V}^{2}} ) and ( lambda=0.2 mathrm{~V}^{-1} ), determine the required value of ( (W / L)_{1}=(W / L)_{2} ). Figure ( 9.51 ) solutionspile.com

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17. The PMOS cascode of Fig.  ( 9.51  ) must provide a bias current of  ( 0.5  mathrm{~mA}  ) with an output impedance of  ( 40  mathrm{k}  Omega  ). If  (  mu_{p} C_{o x}=50  mu  mathrm{A}^{- mathrm{V}^{2}}  ) and  (  lambda=0.2  mathrm{~V}^{-1}  ), determine the required value of  ( (W / L)_{1}=(W / L)_{2}  ). Figure  ( 9.51  ) solutionspile.com

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(Solved): 17. The PMOS cascode of Fig. \( 9.51 \) must provide a bias current of \( 0.5 \mathrm{~mA} \) with ...

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