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ceweavenway. ACUAU at the itutiv will be the output bit rate n analog signals (each is bandlimited to 10kHz) are transmitted simultaneously over a channel via the TDM-PAM system. If the TDM output transmission pulse rate is set to be 360k samples per second, compute n. (Assume the sampling frequency is the Nyquist rate). uat

ceweavenway. ACUAU at the itutiv will be the output bit rate n analog signals (each is bandlimited to 10kHz) are transmitted simultaneously over a channel via the TDM-PAM system. If the TDM output transmission pulse rate is set to be 360k samples per second, compute n. (Assume the sampling frequency is the Nyquist rate). uat

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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AMAA ASUU au tie itterY will be the output bit rate? n analog signals (each is bandlimited to 10kHz) are transmitted simultaneously over a channel via the TDM-PAM system. If the TDM output transmission pulse rate is set to be 360k samples per second, compute n. (Assume the sampling frequency is the Nyquist rate). uat
Transcribed Image Text:AMAA ASUU au tie itterY will be the output bit rate? n analog signals (each is bandlimited to 10kHz) are transmitted simultaneously over a channel via the TDM-PAM system. If the TDM output transmission pulse rate is set to be 360k samples per second, compute n. (Assume the sampling frequency is the Nyquist rate). uat
Expert Solution
Step 1

Given,

The number of analog signals = n 

Each signal is band limited to 10 kHz

i.e maximum frequency component of each message signal (fm) = 10kHz

Output transmission pulse rate = 360 k samples per second

Assuming the sampling frequency is Nyquist frequency.

We need to find value of 'n'.

steps

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