If g is the transconductance, r is the resistance due to channel length modulation and if M2 has channel length modulati
Posted: Thu Jul 14, 2022 12:08 pm
a) (1/g || r) / (1/g + (1/g || r))
b) (1/g || r) / (1/g + (1/g || 2r))
c) (1/g || r) / (2/g + (1/g || r))
d) (1/g || r) / (1/g + (2/g || r))
b) (1/g || r) / (1/g + (1/g || 2r))
c) (1/g || r) / (2/g + (1/g || r))
d) (1/g || r) / (1/g + (2/g || r))