Problem # 1A_(V)=(v_(b))/(v_(2))g_(m)>1_(k_(G)), and r_(0)->\infty A_(V) for the stage.
You may use A'signment # 9 . Oip results
as given: I_(D)=1.0mA,V_(GS)=V_(DS)=4.0V
Q
V_(t)=2V,(KP)/(2)(w)/(L)=0.25((mA))/(V^(2))
V_(A)->\infty ,(V_(0)->\infty )
cR_(G) "nulls" the output, lie
makes
u _(()()0)-=0 ? Explain
Note: Your result, if corrcet, provides a method for
Problem # 2g_(m) using an adjusiatle R_(G).