VDD=6V Rp = 30KO %3D k= 100µµA/V? W/L= 50 VIN = 0.7V C3 M2 %3D %3D 2=0 (For DC Analysis) A=0.01V (For small signal analysis) Ib = 100LLA Vi %3D M1 Rs Ri R2 %3D 2k2 Figure 1 What is the resistance Ri in the amplifier circuit in Figure 1? O a. 1/gm1 O b. R//R2+(1/gm1) O c. R//R2 O d. Ri//R2//(1/gm1) O e. None of these values

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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VDD=6V
%3D
R, = 30KO
Vo
k'= 100HA/V?
W/L = 50
VIN = 0.7V
2=0 (For DC Analysis)
2=0.01V (For small signal analysis)
C3
M2
%3D
Vi
b= 100LLA
%3D
M1
Rs
Ri
R2
2k2
Figure 1
What is the resistance Ri in the amplifier circuit in Figure 1?
O a. 1/gm1
O b. R;//R2+(1/gm1)
O c. R//R2
O d. R1//R2//(1/gm1)
O e. None of these values
Transcribed Image Text:VDD=6V %3D R, = 30KO Vo k'= 100HA/V? W/L = 50 VIN = 0.7V 2=0 (For DC Analysis) 2=0.01V (For small signal analysis) C3 M2 %3D Vi b= 100LLA %3D M1 Rs Ri R2 2k2 Figure 1 What is the resistance Ri in the amplifier circuit in Figure 1? O a. 1/gm1 O b. R;//R2+(1/gm1) O c. R//R2 O d. R1//R2//(1/gm1) O e. None of these values
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