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Write expressions (do not sketch) for PM() and PM(t) when A 10, . =10, k 1000, and k, = 1. For determining oM (1), use the indefinite integral of m(t), that is, take the value of the integral at t- -0o to be 0. %3D

Write expressions (do not sketch) for PM() and PM(t) when A 10, . =10, k 1000, and k, = 1. For determining oM (1), use the indefinite integral of m(t), that is, take the value of the integral at t- -0o to be 0. %3D

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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5.2-1 For a modulating signal m(1) = 2 cos 100r + 18 cos 2000rt (a) Write expressions (do not sketch) for grm() and gam(1) when A = 10, s, = 10, ky = 1000r, and k, = 1. For determining PM (t), use the indefinite integral of m(t), that is, take the value of the integral at r=-0o to be 0. (b) Estimate the bandwidths of Peu(t) and oPM(1).
Transcribed Image Text:5.2-1 For a modulating signal m(1) = 2 cos 100r + 18 cos 2000rt (a) Write expressions (do not sketch) for grm() and gam(1) when A = 10, s, = 10, ky = 1000r, and k, = 1. For determining PM (t), use the indefinite integral of m(t), that is, take the value of the integral at r=-0o to be 0. (b) Estimate the bandwidths of Peu(t) and oPM(1).
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