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Q.2. Find the total propagation delay of the comparator shown when the input $v_p$ goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage) is zero. [8] +5V 10 10 M3 40 M4 10 $C_{L1}$=0.3pF VDO M6-- VN M1 M2 $I_6$ Vo 10 Vp $C_{L2}$= 10pF $I_5$=20?A $I_7$=40?A -5V

Name: Q.2. Find the total propagation delay of the comparator shown when the input vp goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage) is zero. [8] +5V 10 10 M3 40 M4 10 CL1=0.3pF VDO M6– VN M1 M2 I6 Vo 10 Vp CL2= 10pF I5=20?A I7=40?A -5V
Uploaded: 2022-06-25T15:33:50-08:00
Duration: 4 min 10 s
Channel: Shyam P
Description: Q.2. Find the total propagation delay of the comparator shown when the input vp goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage) is zero. [8] +5V 10 10 M3 40 M4 10 CL1=0.3pF VDO M6– VN M1 M2 I6 Vo 10 Vp CL2= 10pF I5=20?A I7=40?A -5V

          Q.2. Find the total propagation delay of the comparator shown when the input $v_p$ goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage) is zero. [8] +5V 10 10 M3 40 M4 10 $C_{L1}$=0.3pF VDO M6-- VN M1 M2 $I_6$ Vo 10 Vp $C_{L2}$= 10pF $I_5$=20?A $I_7$=40?A -5V

Q.2. Find the total propagation delay of the comparator shown when the input vp goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage) is zero. [8] +5V 10 10 M3 40 M4 10 CL1=0.3pF VDO M6– VN M1 M2 I6 Vo 10 Vp CL2= 10pF I5=20?A I7=40?A -5V

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University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Shyam P

06/25/2022

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Find the total propagation delay of the comparator shown when the input v goes from -1 to +1 in 2ns. Assume the trip point of the output (next stage is zero [8] +5V 10 10 M3 M4 40 10 CL1=0.3pF VDO M6 VNMI M2L H 91 20 VP VO 10 CL2=1-20A vro+=4I -5V.