If γ = (S0/N0)/(Si/Nm) where S0 and S1 are signal power output and signal power input and N0 and Nm are noise power output and noise power input, the value of γ for SSB-SC and DSB-SC amplitude modulated system respectively are-A-1 and 1B-1 and 2C-2 and 1D-0.5 and 0.5-A-1 and 1

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If &gamma; = (S0/N0)/(Si/Nm) where S0 and S1 are signal power output and signal power input and N0 and Nm are noise power output and noise power input, the value of &gamma; for SSB-SC and DSB-SC amplitude modulated system respectively are-A-1 and 1B-1 and 2C-2 and 1D-0.5 and 0.5-A-1 and 1

APTITUDE CRACK · Accepted Answer

The correct option is  A 1 and 1 SSB SC and SSB DB have &gamma; = 1 and are similar from noise point.

Communication Systems

Q1: If γ = (S₀/N₀)/(S_i/N_m) where S₀ and S₁ are signal power output and signal power input and N₀ and N_m are noise power output and noise power input, the value of γ for SSB-SC and DSB-SC amplitude modulated system respectively are

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Communication Systems

Q1: If γ = (S0/N0)/(Si/Nm) where S0 and S1 are signal power output and signal power input and N0 and Nm are noise power output and noise power input, the value of γ for SSB-SC and DSB-SC amplitude modulated system respectively are

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For help Students Orientation Mcqs Questions

Q1: If γ = (S₀/N₀)/(S_i/N_m) where S₀ and S₁ are signal power output and signal power input and N₀ and N_m are noise power output and noise power input, the value of γ for SSB-SC and DSB-SC amplitude modulated system respectively are

For help Students Orientation
Mcqs Questions