8.4. A received signal is ±1 mv for T, second intervals with equal prob-ability. The signal is accompanied by white Gaussian noise with a psdof 10-10 watt/Hz. The receiver integrates the signal plus noise syn-chronously for To second duration and decodes the signal by comparingthe integrator output with 0.(a) Find the maximum signaling rate (minimum value of To) such thatP₁ = 10-4.(b)If actual signaling takes place at the rate found in (a), what is thesignal amplitude required to maintain P, = 104?

Answered: Image /qna-images/answer/368e69f9-2ca1-4790-a039-ade4760a5939.jpg

8.4. A received signal is ±1 mv for T, second intervals with equal prob- ability. The signal is accompanied by white Gaussian noise with a psd of 10-10 watt/Hz. The receiver integrates the signal plus noise syn- chronously for T, second duration and decodes the signal by comparing the integrator output with 0. (a) Find the maximum signaling rate (minimum value of T) such that P₁ = 10-4. (b) If actual signaling takes place at the rate found in (a), what is the signal amplitude required to maintain P. = 10-49

8.4. A received signal is ±1 mv for T, second intervals with equal prob- ability. The signal is accompanied by white Gaussian noise with a psd of 10-10 watt/Hz. The receiver integrates the signal plus noise syn- chronously for T, second duration and decodes the signal by comparing the integrator output with 0. (a) Find the maximum signaling rate (minimum value of T) such that P₁ = 10-4. (b) If actual signaling takes place at the rate found in (a), what is the signal amplitude required to maintain P. = 10-49

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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