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Use the following process parameters Tox =9.10"m, 4, = 350.10 "(m /V-S],Vr = 0.7V,7 0.45 For the amplifier shown below, assume Au0 (a) What is the small-signal gain if M, is in saturation with lo=1lmA? (b) Compute the value of input voltage and the small signal gain when M, is at the edge of triode region (c) Compute the value of input voltage and small signal gain when M, is pushed further into triode region by 50mv

Use the following process parameters Tox =9.10"m, 4, = 350.10 "(m /V-S],Vr = 0.7V,7 0.45 For the amplifier shown below, assume Au0 (a) What is the small-signal gain if M, is in saturation with lo=1lmA? (b) Compute the value of input voltage and the small signal gain when M, is at the edge of triode region (c) Compute the value of input voltage and small signal gain when M, is pushed further into triode region by 50mv

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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Problem #5 Use the following process parameters Tox = 9.10 "m, 4, = 350.10 m /V-S1.V= 0.7V,Y = 0.45 For the amplifier shown below, assume A-0 (a) What is the small-signal gain if M, is in saturation with lo 1mA? (b) Compute the value of input voltage and the small signal gain when M, is at the edge of triode region (c) Compute the value of input voltage and small signal gain when M, is pushed further into triode region by 50mV 3V 2kQ VOUT VIN M,(50/0.5)
Transcribed Image Text:Problem #5 Use the following process parameters Tox = 9.10 "m, 4, = 350.10 m /V-S1.V= 0.7V,Y = 0.45 For the amplifier shown below, assume A-0 (a) What is the small-signal gain if M, is in saturation with lo 1mA? (b) Compute the value of input voltage and the small signal gain when M, is at the edge of triode region (c) Compute the value of input voltage and small signal gain when M, is pushed further into triode region by 50mV 3V 2kQ VOUT VIN M,(50/0.5)
Expert Solution
Step 1

It is given that:

Tox=9×10-9 mμn=350×10-4 m2v-sVTo=0.7 Vγ=0.45

Electrical Engineering homework question answer, step 1, image 1

WL=500.5Cox=εoxToxCox=3.45×10-11Fm9×10-9mCox=3.83×10-3 Fm2

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