Problem 1: Consider the binary code 01101001. Draw the pulse code waveforms for the following signaling formats. RZ, RB, Split phase (Manchester), Split phase (Mark), NZR(L), NRZ(M) and NRZ(S). Problem 2: The information in an analog signal voltage waveform is to be transmitted over a PCM system with an accuracy of t 0.1 % of the peak-to-peak analog signal. The analog voltage waveform has a bandwidth of 100 Hz and an amplitude range of 10 to + 10 Volts. a. Determine the minimum sampling rate required. b. Determine the number of bits in each PCM word. c. Determine the minimum bit rate required in the PCM system. d. Determine the minimum absolute channel bandwidth required for the transmission of the PCM signal. Problem 3: If the following pulse train represents a TDM signal for 4 messages that are sent as pulse amplitude modulation (PAM). If each message is band limited to and sampled at 50% above the Nyquist frequency. 10 11 13 H Time (msec) a. What is the ratio of the system clock frequency to the message maximum frequency b. If these pulses are passed through a raised-cosine filter whose roll-off factor is 0.75. Determine the resulted signal bandwidth.

Problem 1: Consider the binary code 01101001. Draw the pulse code waveforms for the following signaling formats. RZ, RB, Split phase (Manchester), Split phase (Mark), NZR(L), NRZ(M) and NRZ(S). Problem 2: The information in an analog signal voltage waveform is to be transmitted over a PCM system with an accuracy of t 0.1 % of the peak-to-peak analog signal. The analog voltage waveform has a bandwidth of 100 Hz and an amplitude range of 10 to + 10 Volts. a. Determine the minimum sampling rate required. b. Determine the number of bits in each PCM word. c. Determine the minimum bit rate required in the PCM system. d. Determine the minimum absolute channel bandwidth required for the transmission of the PCM signal. Problem 3: If the following pulse train represents a TDM signal for 4 messages that are sent as pulse amplitude modulation (PAM). If each message is band limited to and sampled at 50% above the Nyquist frequency. 10 11 13 H Time (msec) a. What is the ratio of the system clock frequency to the message maximum frequency b. If these pulses are passed through a raised-cosine filter whose roll-off factor is 0.75. Determine the resulted signal bandwidth.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

i need the answer quickly

Problem 1:
Consider the binary code 01101001. Draw the pulse code waveforms for the following
signaling formats. RZ, RB, Split phase (Manchester), Split phase (Mark), NZR(L),
NRZ(M) and NRZ(S).
Problem 2:
The information in an analog signal voltage waveform is to be transmitted over a PCM
system with an accuracy of t 0.1 % of the peak-to-peak analog signal. The analog
voltage waveform has a bandwidth of 100 Hz and an amplitude range of 10 to + 10
Volts.
a. Determine the minimum sampling rate required.
b. Determine the number of bits in each PCM word.
c. Determine the minimum bit rate required in the PCM system.
d. Determine the minimum absolute channel bandwidth required for the transmission of the
PCM signal.
Problem 3:
If the following pulse train represents a TDM signal for 4 messages that are sent as pulse
amplitude modulation (PAM). If each message is band limited to and sampled at 50%
above the Nyquist frequency.
8 10 11 13 N
Time (msec)
a. What is the ratio of the system clock frequency to the message maximum
frequency
b. If these pulses are passed through a raised-cosine filter whose roll-off factor is
0.75. Determine the resulted signal bandwidth.

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