i need the answer quickly Q3.B. For the synchronous normal AMdemodulator shown in figure 3, ifthe 2-sided channel noise PSD is7/2 (W/Hz):i) Prove that SNROGau (t) + n(t)BPFcenter fN,LPFDCfeutott fblockBW-2fm(t)2nfm.ii) Then Prove that you can write:So%3DV2 cos wtSim(t)2A2 + m(t)2 nfmFigure 3SNRO%3DBAM (t) = V2[A + m(t)] cos wt%3D(15 Ma.

gAMt=2A+mtcosωct Power spectral density PSD=η2W/Hz

Q3.B. For the synchronous normal AM demodulator shown in figure 3, if the 2-sided channel noise PSD is 7/2 (W/Hz) : S 9AM(t) 수 n(t) BPF LPF DC block centerf BW-2f. feutott fm m(t)2 So i) Prove that SNRO nfm ii) Then Prove that you can write: V2 cos wet Figure 3 m(t)? St SNRO %3D A2 + m(t)2 nfm BAM (t) = VZ[A+ m(t)] cos wt %3D

Q3.B. For the synchronous normal AM demodulator shown in figure 3, if the 2-sided channel noise PSD is 7/2 (W/Hz) : S 9AM(t) 수 n(t) BPF LPF DC block centerf BW-2f. feutott fm m(t)2 So i) Prove that SNRO nfm ii) Then Prove that you can write: V2 cos wet Figure 3 m(t)? St SNRO %3D A2 + m(t)2 nfm BAM (t) = VZ[A+ m(t)] cos wt %3D

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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