3) What are the rise time, fall time, and average propagation delay of the NMOS gate in the below figure if a load capacitance C = 0.5pF is attached to the output of the gate and VDD is increased to 3.3? 9 VDD = 2.5 V IDD 28.8 k2 O vo = V. 80 μΑ Ms VDs = 0.20 V 2.22 U, = VH=2.5 V

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3) What are the rise time, fall time, and average propagation delay of the NMOS gate in the
below figure if a load capacitance C = 0.5pF is attached to the output of the gate and VDD is
increased to 3.3?
O VDp = 2.5 V
IpD
R
28.8 k2
O vo = Vj
80 μΑ
Ms
+
VDs = 0.20 V
2.22
Uj = VH = 2.5 V
1
Transcribed Image Text:3) What are the rise time, fall time, and average propagation delay of the NMOS gate in the below figure if a load capacitance C = 0.5pF is attached to the output of the gate and VDD is increased to 3.3? O VDp = 2.5 V IpD R 28.8 k2 O vo = Vj 80 μΑ Ms + VDs = 0.20 V 2.22 Uj = VH = 2.5 V 1
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