Particular wireless channel with power delay profile shown in Figure provides suitable performance whenever OT/Ts≤0.1. Determine A. the power delay profile mean excess delay (nanoseconds), (tau) B. the power delay profile rms delay spread (nanoseconds), (sigma) C. the greatest symbol rate that may be sent through the channel without using an equalizer (Msps) (Rs) P,(t) 0 dB -3 dB: -10 dB -20 dB -30 dB 0 50 75 100 t (ns)

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Particular wireless channel with power delay profile shown in Figure provides suitable
performance whenever OT/TS ≤0.1. Determine
A. the power delay profile mean excess delay (nanoseconds), (tau)
B. the power delay profile rms delay spread (nanoseconds), (sigma)
C. the greatest symbol rate that may be sent through the channel
without using an equalizer (Msps) (Rs)
P,(t)
0 dB.
-3 dB
-10 dB
-20 dB
-30 dB
0
50 75
100
t (ns)
Transcribed Image Text:Particular wireless channel with power delay profile shown in Figure provides suitable performance whenever OT/TS ≤0.1. Determine A. the power delay profile mean excess delay (nanoseconds), (tau) B. the power delay profile rms delay spread (nanoseconds), (sigma) C. the greatest symbol rate that may be sent through the channel without using an equalizer (Msps) (Rs) P,(t) 0 dB. -3 dB -10 dB -20 dB -30 dB 0 50 75 100 t (ns)
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