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Consider the circuit below consisting of diode-connected NMOS transistors. Assume K' = 100 µA / V2 and VT= 0.5 V. Note our class notation where we defined K = K' (W/L) for an NMOS transistor.

Consider the circuit below consisting of diode-connected NMOS transistors. Assume K' = 100 µA / V2 and VT= 0.5 V. Note our class notation where we defined K = K' (W/L) for an NMOS transistor.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the circuit below consisting of diode-connected NMOS transistors. Assume K' = 100 µA / V2 and VT= 0.5 V. Note our class notation where we defined K = K' (W/L) for an NMOS transistor. 

Assume K' = 100 µA / V² and Vr= 0.5 V. Note our class notation where we defined K = K' (W/L) for an NMOS transistor. (a) Prove that a diode connected NMOS always operates in the saturation region if it is ON. (b) Given the current and voltage values below, find the (W/L) values for each transistor. (c) Why is connecting the drain of an NMOS to its gate terminal called "diode-connected"? VDD=5V | 100 µÃ 3V 1V
Transcribed Image Text:Assume K' = 100 µA / V² and Vr= 0.5 V. Note our class notation where we defined K = K' (W/L) for an NMOS transistor. (a) Prove that a diode connected NMOS always operates in the saturation region if it is ON. (b) Given the current and voltage values below, find the (W/L) values for each transistor. (c) Why is connecting the drain of an NMOS to its gate terminal called "diode-connected"? VDD=5V | 100 µÃ 3V 1V
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