9.2 For the PMOS differential amplifier shown in Fig. P9.2, let
V_(tp)=-0.4V
and
k_(p)^(')(W)/(L)=5m(A)/(V^(2))
. Neglect channel-length modulation. Figure P9.2 (a) For
V_(G1)=V_(G2)=0V
, find
|V_(oV)|
and
V_(SG)
for each of
Q_(1)
and
Q_(2)
. Also find
V_(S),V_(D1),V_(D2)
, and
V_(o)
. (b) If the current source requires a minimum voltage of
0.2V
, find the input common-mode range.

Question

9.2 For the PMOS differential amplifier shown in Fig. P9.2, let

V_(tp)=-0.4V

and

k_(p)^(')(W)/(L)=5m(A)/(V^(2))

. Neglect channel-length modulation. Figure P9.2 (a) For

V_(G1)=V_(G2)=0V

, find

|V_(oV)|

and

V_(SG)

for each of

Q_(1)

and

Q_(2)

. Also find

V_(S),V_(D1),V_(D2)

, and

V_(o)

. (b) If the current source requires a minimum voltage of

0.2V

, find the input common-mode range.

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Expert Answer to -   9.2 For the PMOS differential amplifier shown in Fig. P9.2, let V_(tp)=-0.4V and k_(p)^(')(W)/(L)=

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Solution for -   9.2 For the PMOS differential amplifier shown in Fig. P9.2, let V_(tp)=-0.4V and k_(p)^(')(W)/(L)=

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This an additional answer to -   9.2 For the PMOS differential amplifier shown in Fig. P9.2, let V_(tp)=-0.4V and k_(p)^(')(W)/(L)=

(Solved): 9.2 For the PMOS differential amplifier shown in Fig. P9.2, let V_(tp)=-0.4V and k_(p)^(')(W)/(L)= ...