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For the system shown in Fig 1, M(f) MA 33 16:3.34 Y(D) Fig 1 BPF cos(2m10*t) 5(0) a- What is the bandwidth of m(t)?
For the system shown in Fig 1, M(f) MA 33 16:3.34 Y(D) Fig 1 BPF cos(2m10*t) 5(0) a- What is the bandwidth of m(t)? b- Sketch Y(f). c-Sketch S(f) if the ideal BPF filter has center frequency of 12.5k Hz and bandwidth 2K Hz.
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a Bandwidth of mt The bandwidth of the signal mt is determined by the highest frequency component pr...
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Principles of Communications Systems, Modulation and Noise
Authors: Rodger E. Ziemer, William H. Tranter
7th edition
978-1-118-0789, 1118078918, 978-8126556793
