Prob.& Consider the circuit of Fig.1 which is designed in Problem 5 (to which you should refer before solving this problem). Let the voltage Vp be applied to the gate of another transistor M2 as shown in Fig.2. Assume that M2 is identical to M1. Find the drain current and mode of operation of M2. Voo = 3V Voo = 3V 20 Kohm R Vo M2 M1 Fig.2

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Prob.& Consider the circuit of Fig.1 which is designed in Problem 5 (to which you
should refer before solving this problem). Let the voltage Vp be applied to the gate
of another transistor M2 as shown in Fig.2. Assume that M2 is identical to M1. Find
the drain current and mode of operation of M2.
Voo = 3V
Voo = 3V
20 Kohm
R
Vo
M2
M1
Fig.2
Transcribed Image Text:Prob.& Consider the circuit of Fig.1 which is designed in Problem 5 (to which you should refer before solving this problem). Let the voltage Vp be applied to the gate of another transistor M2 as shown in Fig.2. Assume that M2 is identical to M1. Find the drain current and mode of operation of M2. Voo = 3V Voo = 3V 20 Kohm R Vo M2 M1 Fig.2
Prob. 5: Design the circuit in Fig 1 to obtain a current of b=80 µA. Find the value
required for R and find the DC voltage VD Let the NMOS transistor have Vr=0.6V,
H.C. = 200HA /V,L= 0.8 µm and W = 4 um
Voo= 3V
Vo
Fig.1
Transcribed Image Text:Prob. 5: Design the circuit in Fig 1 to obtain a current of b=80 µA. Find the value required for R and find the DC voltage VD Let the NMOS transistor have Vr=0.6V, H.C. = 200HA /V,L= 0.8 µm and W = 4 um Voo= 3V Vo Fig.1
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