1. The responsibility of a source encoder is too.A. Transforms the analog signal to a digital signalB. Correct and detects the error of the transmitted signalC. Compress the file size that is based on the probability of outcomes of informationD. All of the above2. Digital signal is also compatible with multiplexing in what type?A. TDMB. FDMC. WDMD. All of the above3. What technology does the digital communication have in order to preserve more fidelity than analogsignal?A. CryptographyB. EncryptionC. DecryptionD. None of the above4. What do the Hartley's law tells us?A. Information capacity in a given channel is non-linear function of time and bandwidthB. Information capacity is linear function of time and bandwidthC. Information capacity is inversely proportional of the time and bandwidthD. All of the above5. What law tells us that a given information can be propagate to a given channel withoutdistortion?A. Hartley's LawB. Shannon's TheoremC. Shannon Hartleys TheoremD. None of the above6. What law tells us that the given information can propagate to given channel in considerate withthe noise on the channel?A. Hartley's LawB. Nyquist TheoremC. Shannon-Hartley's TheoremD. None of the above7. If I have a signal y(t)=sin(4000nt) and I pass thru a sampling circuit with a sampling rate 1000samples/s, what does the signal look like?A. A discrete signal with 1 sample per 1ms undistortedB. A discrete signal with 1 sample per 1ms distortedC.A discrete signal undistorted that for every second there is 1000 samplesD. none of the above8. PCM is an example of.A. Digital data to digital signalB. Digital data to analog signalC. Analog data to analog signalD. Analog data to digital signal9. What is the standard sampling rate for music recording?A. 48 kHzB. 44.1 kHzC. 32 kHzD. 64 kHz10. Quantization noise.A. Decreases as the sample rate increasesB. Decreases as the sample rate decreasesC. Decreases as the bits/sample increasesD. Decreases as the bits/sample decreases

As per Bartleby guidelines we are allowed to solve only one question, please ask the rest again.

1. The responsibility of a source encoder is too. A. Transforms the analog signal to a digital signal B. Correct and detects the error of the transmitted signal C. Compress the file size that is based on the probability of outcomes of information D. All of the above

1. The responsibility of a source encoder is too. A. Transforms the analog signal to a digital signal B. Correct and detects the error of the transmitted signal C. Compress the file size that is based on the probability of outcomes of information D. All of the above

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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7. Explain 2 differences between the following: a) Encoder and Decoder b) LCD and LED c) Multiplexer and Demultiplexer
Q3: Assume that you have to spread two signals A and B, using CDMA with the DSSS. The data of signals are Ad = 111 and Ba = 000. The key sequences are Ak = 010100 100010 110011, and Bk = 000110 101000 010111 If the binary "0" is assigned a positive signal value (+1), the binary "1" a negative signal value (-1), for the A, and Bs. Find the following: 1. The results of spreading signals As and Bs. 2. The summation signal of As+ Bs. 3. Find the output data values of As and Bs.
QUESTION 3 a) One of Medium Scale Integrated (MSI) circuit application is to compare between two input binary quantities and generates outputs to indicate which one has the greater, equal, or lower magnitude. Design the circuit to compare between two 2-bit inputs, you may choose only one output. Justify your design. b) Design an encoder to perform number conversion between two different numbering systems.
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Q1. Design asynchronous (ripple ) binary counter and timing diagram for the following sequence (0,1,2,3,4,5) Q2. Determine the resolution expressed as a percentage of 16-bit DAC.