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3) (a) Find VH, VL , and the power dissipation (for vo = Vz ) for the logic inverter with resistor load in Fig. (a). (b) Repeat for Fig. (b). (c) What are the noise margins for the circuit in Fig. (a)? and in Fig. (b)?

3) (a) Find VH, VL , and the power dissipation (for vo = Vz ) for the logic inverter with resistor load in Fig. (a). (b) Repeat for Fig. (b). (c) What are the noise margins for the circuit in Fig. (a)? and in Fig. (b)?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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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
3) (a) Find VH ,VL , and the power dissipation (for vo = Vi ) for the logic inverter with resistor load in Fig. (a). (b) Repeat for Fig. (b). (c) What are the noise margins for the circuit in Fig. (a)? and in Fig. (b)? O +2.5 V 9 +2.5 V 200 k2 400 k2 O vo O vo Ms M; (a) (b) Dr. Abdulla Ahmed Rabeea
Transcribed Image Text:3) (a) Find VH ,VL , and the power dissipation (for vo = Vi ) for the logic inverter with resistor load in Fig. (a). (b) Repeat for Fig. (b). (c) What are the noise margins for the circuit in Fig. (a)? and in Fig. (b)? O +2.5 V 9 +2.5 V 200 k2 400 k2 O vo O vo Ms M; (a) (b) Dr. Abdulla Ahmed Rabeea
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