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03:- An AM transmitter has Carrier Power is 35W, the percentage of modulation is 85 percent. Find the total power and the power each sideband. O 47.645W, 6.323W O 47.643W, 6321W O 47.643W, 6.321W 47.644W, 6.322W

03:- An AM transmitter has Carrier Power is 35W, the percentage of modulation is 85 percent. Find the total power and the power each sideband. O 47.645W, 6.323W O 47.643W, 6321W O 47.643W, 6.321W 47.644W, 6.322W

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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O1:- An AM wave, calculate the power saving when the carrier and one sideband are suppressed corresponding to (1) m= 0.65. (2) m=0. 99 91.329%, 8.9038% 91.328%, 89.038% 91.329%, 89.039% 91.329%, 89.038% 02:- Find the spectrum for DSB-SC where frequency of message is 2M and Carrier wave is é Cos 4*10*8*t* 201M, 200M, 197M 202M, 201M, 198M 202M, 200M, 198M 203M, 200M, 199M 03:- An AM transmitter has Carrier Power is 35W, the percentage of modulation is 85 percent. Find the total power and the power each sideband." 47.645W, 6.323W 47.643W, 6321W 47.643W, 6.321W 47.644W, 6.322W
Transcribed Image Text:O1:- An AM wave, calculate the power saving when the carrier and one sideband are suppressed corresponding to (1) m= 0.65. (2) m=0. 99 91.329%, 8.9038% 91.328%, 89.038% 91.329%, 89.039% 91.329%, 89.038% 02:- Find the spectrum for DSB-SC where frequency of message is 2M and Carrier wave is é Cos 4*10*8*t* 201M, 200M, 197M 202M, 201M, 198M 202M, 200M, 198M 203M, 200M, 199M 03:- An AM transmitter has Carrier Power is 35W, the percentage of modulation is 85 percent. Find the total power and the power each sideband." 47.645W, 6.323W 47.643W, 6321W 47.643W, 6.321W 47.644W, 6.322W
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