Question 2 Design the circuit in Fig. 2 to obtain a current Ip of 0.4 mA. Find the value required for R and find the dc voltage Vp. Assume the values for V, HaCox L and W as in Q1. VoD = 5 V R o Vo Fig. 2

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Question 2 in photo please, i attached q1 with the values required for q2

Question 2
Design the circuit in Fig. 2 to obtain a current Ip of 0.4 mA. Find the value required for R and
find the dc voltage Vp. Assume the values for V, HaCox L and W as in Q1.
VDD = 5 V
R
VD
Fig. 2
Transcribed Image Text:Question 2 Design the circuit in Fig. 2 to obtain a current Ip of 0.4 mA. Find the value required for R and find the dc voltage Vp. Assume the values for V, HaCox L and W as in Q1. VDD = 5 V R VD Fig. 2
Question 1
Design the circuit shown in Fig. 1 (i.e. find values for the resistors Rp and Rs) so that the
transistor operates with Ip = 0.4 mA and VD = +1 V. Assume that V = 2 V, HnCox = 20 µA/V?,
%3D
L = 10 µm and W = 400 µm.
Transcribed Image Text:Question 1 Design the circuit shown in Fig. 1 (i.e. find values for the resistors Rp and Rs) so that the transistor operates with Ip = 0.4 mA and VD = +1 V. Assume that V = 2 V, HnCox = 20 µA/V?, %3D L = 10 µm and W = 400 µm.
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