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2. The noise power (in watts) measured in a baseband PAM communication channel is 230*10^-6 Watts. The transmitter output power is 600 mW and has a data rate of 300 Kbps. The channel bandwidth is 100 KHz with losses that can be modeled as 0.5dB/meter. The application requires a BER of

2. The noise power (in watts) measured in a baseband PAM communication channel is 230*10^-6 Watts. The transmitter output power is 600 mW and has a data rate of 300 Kbps. The channel bandwidth is 100 KHz with losses that can be modeled as 0.5dB/meter. The application requires a BER of

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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2. The noise power (in watts) measured in a baseband PAM communication channel is 230*10^-6 Watts. The transmitter output power is 600 mW and has a data rate of 300 Kbps. The channel bandwidth is 100 KHz with losses that can be modeled as 0.5dB/meter. The application requires a BER of <than 1*10^-4. a) What is the maximum distance between the transmitter and receiver? b) What is the impact to the distance if the data rate had to increase to 400 Kbps (all else stays the same)? c) b) What is the impact to the distance if the data rate had to increase to 500 Kbps (all else stays the same)?
Transcribed Image Text:2. The noise power (in watts) measured in a baseband PAM communication channel is 230*10^-6 Watts. The transmitter output power is 600 mW and has a data rate of 300 Kbps. The channel bandwidth is 100 KHz with losses that can be modeled as 0.5dB/meter. The application requires a BER of <than 1*10^-4. a) What is the maximum distance between the transmitter and receiver? b) What is the impact to the distance if the data rate had to increase to 400 Kbps (all else stays the same)? c) b) What is the impact to the distance if the data rate had to increase to 500 Kbps (all else stays the same)?
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