5.62 A noise process has a power spectral density given by S, (f) = 10-8 (1-1),...

 

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5.62 A noise process has a power spectral density given by S, (f) = 10-8 (1-1), If <108 100 0, If > 108 VOLIN This noise is passed through an ideal bandpass filter with a bandwidth of 2 MHz, centered at 50 MHz. 1. Find the power content of the output process. 210-2 2. Write the output process in terms of the in-phase and quadrature components, and find the power in each component.. Assume fo = 50 MHz. 3. Find the power spectral density of the in-phase and quadrature components. 5.62 A noise process has a power spectral density given by S, (f) = 10-8 (1-1), If <108 100 0, If > 108 VOLIN This noise is passed through an ideal bandpass filter with a bandwidth of 2 MHz, centered at 50 MHz. 1. Find the power content of the output process. 210-2 2. Write the output process in terms of the in-phase and quadrature components, and find the power in each component.. Assume fo = 50 MHz. 3. Find the power spectral density of the in-phase and quadrature components.