x(t) Find z(t) where x(t)=2 sinc(2t) and y(t) = cos(27) X y(t) z(t) Find the BW...
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x(t) Find z(t) where x(t)=2 sinc(2t) and y(t) = cos(27) X y(t) z(t) Find the BW (Bandwidth) |X(f) | 2 |X(f) | Amplitude Spectrum 2 12KHz Signal BW=......... 4 6 8 10 12 Amplitude Spectrum |X(f) | Signal BW=......... 4 6 8 10 12 Amplitude Spectrum Signal BW=......... f f f |H(1)| Amplitude Spectrum 10KHz System BW=........ |H(1)| 5KHz Amplitude Spectrum System BW=........ |H(1)| 3KHz 9KHz Amplitude Spectrum System BW=f₁-f₂ =........ fc = f f f x(t) Find z(t) where x(t)=2 sinc(2t) and y(t) = cos(27) X y(t) z(t) Find the BW (Bandwidth) |X(f) | 2 |X(f) | Amplitude Spectrum 2 12KHz Signal BW=......... 4 6 8 10 12 Amplitude Spectrum |X(f) | Signal BW=......... 4 6 8 10 12 Amplitude Spectrum Signal BW=......... f f f |H(1)| Amplitude Spectrum 10KHz System BW=........ |H(1)| 5KHz Amplitude Spectrum System BW=........ |H(1)| 3KHz 9KHz Amplitude Spectrum System BW=f₁-f₂ =........ fc = f f f
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To find the bandwidth BW of the given signal xt 2sinc2t and yt cos2nt we first need to find the Four... View the full answer
Related Book For
Principles Of Managerial Finance
ISBN: 978-0136119463
13th Edition
Authors: Lawrence J. Gitman, Chad J. Zutter
Posted Date:
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