Suppose that binary PSK is used for transmitting information over an AWGN with a power spectral density of 1 2N0 = 10−10 W/Hz. The transmitted signal energy is Eb = 1 2A2T, where T is the bit interval and A is the signal amplitude. Determine the signal amplitude required to achieve an error probability of 10−6 when the data rate is: i. 10 kilobits/s ii. 100 kilobits/s iii. 1 megabits/s
Suppose that binary PSK is used for transmitting information over an AWGN with a power spectral density of 1 2N0 = 10−10 W/Hz. The transmitted signal energy is Eb = 1 2A2T, where T is the bit interval and A is the signal amplitude. Determine the signal amplitude required to achieve an error probability of 10−6 when the data rate is: i. 10 kilobits/s ii. 100 kilobits/s iii. 1 megabits/s
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Suppose that binary PSK is used for transmitting information over an AWGN with a power spectral density
of 1
2N0 = 10−10 W/Hz. The transmitted signal energy is Eb =
1
2A2T, where T is the bit interval and A is
the signal amplitude. Determine the signal amplitude required to achieve an error probability of 10−6 when
the data rate is: i. 10 kilobits/s ii. 100 kilobits/s iii. 1 megabits/s
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