A differential amplifier will be designed using the given topology in the figure.VDDVDD = 6 VVss =- 6 VM2NMOS:VIN = 1 VM3M4V2 H„Cax(W/L) =1 mA/V²PMOS:VTp = - 1 VVoH„Cex(W/L) =0.5 mA/V²RD RDVssThe specifications are as follows:1) Your design parameters are I1, Iz and Rp. You can select them as you wish.2) The differential-mode gain (Adm=V/vid when v,=+vid /2, vz=- vid / 2) should be Adm=10 V/V.3) All transistors should operate in SAT.Best design criteria is to have as low power dissipation (P) as possible.Fill up the table with your design parameters.Input DesignParametersI2(mA) (mA) (k2)IOutput ParameterstVpsiVSG3VSD3(V)I,RpVRDVGSI(V)eAdmAcmP(V)(V) (V/V) (V/V) | (mW)1234

A differential amplifier will be designed using the given topology in the figure. VoD VDp = 6 V Vss=- 6 V NMOS: VIN= 1 V H„Cax(W/L) =1 mA/V² M2 M3 M. Ov2 PMOS: VTp = - 1 V H„Cax(W/L) =0.5 mA/V² Vo. RD RoS Vss The specifications are as follows: 1) Your design parameters are Ij, I2 and Rp. You can select them as you wish. 2) The differential-mode gain (Adm=VWid when v,=+vd /2, v2=- Vid / 2) should be Adm=10 V/V. 3) All transistors should operate in SAT. Best design criteria is to have as low power dissipation (P) as possible. Fill up the table with your design parameters. Output Parameters Input Design Parameters Iz |(mA) (mA) | (k£2) VSG3 (V) Vsp3 (V) VRD (V) | (V/V) | (VN) | (mW) Rp VGsi (V) Vpsi (V) e Adm Açm 2 3 4

A differential amplifier will be designed using the given topology in the figure. VoD VDp = 6 V Vss=- 6 V NMOS: VIN= 1 V H„Cax(W/L) =1 mA/V² M2 M3 M. Ov2 PMOS: VTp = - 1 V H„Cax(W/L) =0.5 mA/V² Vo. RD RoS Vss The specifications are as follows: 1) Your design parameters are Ij, I2 and Rp. You can select them as you wish. 2) The differential-mode gain (Adm=VWid when v,=+vd /2, v2=- Vid / 2) should be Adm=10 V/V. 3) All transistors should operate in SAT. Best design criteria is to have as low power dissipation (P) as possible. Fill up the table with your design parameters. Output Parameters Input Design Parameters Iz |(mA) (mA) | (k£2) VSG3 (V) Vsp3 (V) VRD (V) | (V/V) | (VN) | (mW) Rp VGsi (V) Vpsi (V) e Adm Açm 2 3 4

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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help me please..................
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