Problem 1: In a broadcasting communication system, the transmitter power P, is so KW, the channel attenuation is 80 dB (the attenuation in dB between P; and the received signal power Pais computed as 10lo9,0(Pr/Pa)), and the noise power spectral density is 10-11 WHz. The message signal has a bandwidth W = 100KH. I) Find the prodetection signal-to-noise ratio for the cases when the modulations are DSB-SC, DSB-LC and SSB, respectively. 2) Find the output signal-to-noise ratio (), if the modulation is DSB. 3) Find the output signal-to-noise ratio (). if the modulation is SSB. 4) Find the output signal-to-noise ratio E), if the modulation is DSB-LC (assume coherent detector is used in demodulation) with a modulation index 0.8
Problem 1: In a broadcasting communication system, the transmitter power P, is so KW, the channel attenuation is 80 dB (the attenuation in dB between P; and the received signal power Pais computed as 10lo9,0(Pr/Pa)), and the noise power spectral density is 10-11 WHz. The message signal has a bandwidth W = 100KH. I) Find the prodetection signal-to-noise ratio for the cases when the modulations are DSB-SC, DSB-LC and SSB, respectively. 2) Find the output signal-to-noise ratio (), if the modulation is DSB. 3) Find the output signal-to-noise ratio (). if the modulation is SSB. 4) Find the output signal-to-noise ratio E), if the modulation is DSB-LC (assume coherent detector is used in demodulation) with a modulation index 0.8
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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