4.1 Derive the cquation for probability of bit error in a binary PAM system using the simple PAMreciver shown in Figure 4-1. Assume thermal noisc, symmetric pulses, and equiprobable bilsLowpass filterSe - bandwidthof transmittedsignalThresholdReceivedsignal andnoisecomparison(threshold"1" if sample = 0 volts"0" if sample <0 voltsSample incenter of each=0 volts)bit periodFigure 4-1 A simple PAM receiver.

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Derive the equation for probability of bit error in a binary PAM system using the simple PAM recciver shown in Figure 4-1. Assume thermal noise, symmetric pulses, and equiprobable bits

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

ChapterS: Safety, Basic Electricity And Ohm's Law

Section: Chapter Questions

Problem 8RQ: What is an MSDS?

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Question

4.1 Derive the cquation for probability of bit error in a binary PAM system using the simple PAM
reciver shown in Figure 4-1. Assume thermal noisc, symmetric pulses, and equiprobable bils
Lowpass filter
Se - bandwidth
of transmitted
signal
Threshold
Received
signal and
noise
comparison
(threshold
"1" if sample = 0 volts
"0" if sample <0 volts
Sample in
center of each
=0 volts)
bit period
Figure 4-1 A simple PAM receiver.

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