Q16: Find the error probability of 1200 baud noncoherent PSK if the available signal power at demodulator is 1010 watt and one sided AWGN spectral density of 10- 14 watt/Hz is assumed. Q17: Draw the...


Q16: Find the error probability of 1200 baud noncoherent PSK if the available signal<br>power at demodulator is 1010 watt and one sided AWGN spectral density of 10-<br>14 watt/Hz is assumed.<br>Q17: Draw the signal state diagram of 2x4 QAM. Using this system, compare the<br>minimum theoretical channel bandwidth. For data rate of 9600 baud with<br>conventional BPSK modulation. Assume SNR=25 dB.<br>

Extracted text: Q16: Find the error probability of 1200 baud noncoherent PSK if the available signal power at demodulator is 1010 watt and one sided AWGN spectral density of 10- 14 watt/Hz is assumed. Q17: Draw the signal state diagram of 2x4 QAM. Using this system, compare the minimum theoretical channel bandwidth. For data rate of 9600 baud with conventional BPSK modulation. Assume SNR=25 dB.

Jun 10, 2022
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