In the following circuit, ko'-50μA/V², Vtp=-0.5V, W₁-14.3μm, L₁=0.5μm,W2-23.9μm, L2=0.5μm, R₁-19.9kQ, Vodc-0.5V, C₁-225nF, C₂-11.3nF. Find thegain-bandwidth product |G|*BW of the transfer function V/V₁, where G is thepassband gain and BW is the 3-dB bandwidth in terms of decades.3V3VVoViC1HEM1R1M2wwwR2C2

Solution- Given, KP' = 50μA/V2Vtp =0.5 VW1 = 11.7μmL1 = 0.5 μmW2 =22.5 μmL2 =0.5 μmR1 = 11.1…

me following circuit, ko'-50μA/V². Vtp=-0.5V, W₁-14.3μm, L₁=0.5μm -23.9μm, L₂-0.5um, R₁-19.9kQ, Vode=0.5V, C₁-225nF, C₂-11.3nF. F -bandwidth product G*BW of the transfer function V/V₁, where G ssband gain and BW is the 3-dB bandwidth in terms of decades.

me following circuit, ko'-50μA/V². Vtp=-0.5V, W₁-14.3μm, L₁=0.5μm -23.9μm, L₂-0.5um, R₁-19.9kQ, Vode=0.5V, C₁-225nF, C₂-11.3nF. F -bandwidth product G*BW of the transfer function V/V₁, where G ssband gain and BW is the 3-dB bandwidth in terms of decades.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

In the following circuit, ko'-50μA/V², Vtp=-0.5V, W₁-14.3μm, L₁=0.5μm,
W2-23.9μm, L2=0.5μm, R₁-19.9kQ, Vodc-0.5V, C₁-225nF, C₂-11.3nF. Find the
gain-bandwidth product |G|*BW of the transfer function V/V₁, where G is the
passband gain and BW is the 3-dB bandwidth in terms of decades.
3V
3V
Vo
Vi
C1
HE
M1
R1
M2
www
R2
C2

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