) (a) Find VH , V1 , and the power dissipation (for vo = V1 ) for the logic inverter with resistor load in Figure below. (b) A manufacturing problem caused VIN= 0.5 V instead of 0.6 V. What are the new values of VH, VL, and power dissipation? (c) Repeat for VIN= 0.7 V. +2.5 V 400 k2 vo Ms -

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Note: Use Kn' = 100 MA/V2, Kp'= 40 MA/V2 VIN= 0.6 V. and Vrp=-0.6 V unless otherwise indicated.
4) (a) Find VH , VL , and the power dissipation (for vo = Vi ) for the logic inverter with resistor
load in Figure below.
(b) A manufacturing problem caused VIN= 0.5 V instead of 0.6 V. What are the new values of
VH, VL , and power dissipation?
(c) Repeat for VIv= 0.7 V.
+2.5 V
400 k2
H Ms 4
6
Transcribed Image Text:4) (a) Find VH , VL , and the power dissipation (for vo = Vi ) for the logic inverter with resistor load in Figure below. (b) A manufacturing problem caused VIN= 0.5 V instead of 0.6 V. What are the new values of VH, VL , and power dissipation? (c) Repeat for VIv= 0.7 V. +2.5 V 400 k2 H Ms 4 6
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