Question

8. The binary sequence 11100101 is applied to a PSK modulator. The bit duration is 1 ?s and the sinusoidal carrier wave used to represent symbol 1 has a frequency equal to 5 MHz. a. Find the transmission bandwidth of the transmitted signal. b. Plot the waveform of the transmitted PSK signal. 

          8. The binary sequence 11100101 is applied to a PSK modulator. The bit duration is
1 ?s and the sinusoidal carrier wave used to represent symbol 1 has a frequency
equal to 5 MHz.
a. Find the transmission bandwidth of the transmitted signal.
b. Plot the waveform of the transmitted PSK signal.
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8. The binary sequence 11100101 is applied to a PSK modulator. The bit duration is 1 ?s and the sinusoidal carrier wave used to represent symbol 1 has a frequency equal to 5 MHz. a. Find the transmission bandwidth of the transmitted signal. b. Plot the waveform of the transmitted PSK signal.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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8. The binary sequence 11100101 is applied to a PSK modulator. The bit duration is 1 s and the sinusoidal carrier wave used to represent symbol 1 has a frequency equal to 5 MHz. a. Find the transmission bandwidth of the transmitted signal b. Plot the waveform of the transmitted PSK signal.
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Transcript

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00:01 Here in this question, we are given a binary sequence and the binary sequence is as follows b is equal to 11100101.
00:19 This is the binary sequence given here.
00:22 The bit duration is given.
00:25 Duration of bit represented by tb is equal to 1 microsecond.
00:30 1 microsecond means 10 power minus 6 second.
00:37 The bit rate is given.
00:39 Bit rate rb is equal to the equation for bit rate is 1 divided by bit duration tb.
00:47 So this is equal to 1 divided by 10 power minus 6...
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