Design a CG stage shown below such that it can accommodate an output swing of500m Vpp i.e. Vout can fall below its bias value by 250mV without driving M1 into the trioderegion. Assume a voltage gain of 4 and an input impedance of 50N. Select R10/gmand R1+R2=20kn. Please find the (1)gm, (2) Rs, (3)(W/L) of Mi, (4) Ro, (5) R1, (6) R, (7) Ios of M1.(Hint: Since M1 is biased 250mV away from the triode region,wehaveRslp+ VGs- VTH+ 250mV= VDD-IDRD)VDD = 1.8 VERDVout °ER2M1VinoE RSER

Solution- The given diagram is shown below, Given,Rin=50 ΩVoltage gain =4Rs=10/ gmR1+R2= 20kΩ

Design a CG stage shown below such that it can accommodate an output swing of 500m Vpp i.e. Vout can fall below its bias value by 250mV without driving M1 into the triode region. Assume a voltage gain of 4 and an input impedance of 502. Select R10/gm and R1+R2 =20kn. Please find the (1)gm, (2)Rs, (3)(W/L) of M1, (4) Ro, (5) R1, (6) R2 (7) Ios of M. (Hint: Since Mi is biased 250mV away from the triode region, we have Rslo+ VGs-VTH+250MV= Voo-IDRD) VDD = 1.8 V ER2 Vout Vino E RS ER

Design a CG stage shown below such that it can accommodate an output swing of 500m Vpp i.e. Vout can fall below its bias value by 250mV without driving M1 into the triode region. Assume a voltage gain of 4 and an input impedance of 502. Select R10/gm and R1+R2 =20kn. Please find the (1)gm, (2)Rs, (3)(W/L) of M1, (4) Ro, (5) R1, (6) R2 (7) Ios of M. (Hint: Since Mi is biased 250mV away from the triode region, we have Rslo+ VGs-VTH+250MV= Voo-IDRD) VDD = 1.8 V ER2 Vout Vino E RS ER

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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