Question

Given a channel with 4 kHz bandwidth, if we want to send data at 56 kbps,...

Given a channel with 4 kHz bandwidth, if we want to send data at 56 kbps, what is the minimum signal-to-noise ratio of the channel that can support this data rate?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. If a binary signal is sent over a 3-kHz channel whose signal-to-noise ratio is 20...
1. If a binary signal is sent over a 3-kHz channel whose signal-to-noise ratio is 20 dB, what is the maximum achievable data rate?
A voice signal of bandwidth 4 Khz is transmitted using binary companded PCM with µ=100, and...
A voice signal of bandwidth 4 Khz is transmitted using binary companded PCM with µ=100, and L=256. Calculate the signal-to-noise ratio at the output. Choose one answer. A. 39.49 dB B. 27.80 dB C. 15.75 dB D. 8.24 dB
QUESTION 9 Determine the maximum theoretical data rate possible given a frequency bandwidth of 4 kHz...
QUESTION 9 Determine the maximum theoretical data rate possible given a frequency bandwidth of 4 kHz and SNR=99 dB. a. 26 kbps b. 100 kbps c. 72E6 bps d. 240 Mbps 10 points    QUESTION 10 For guided mediums, insertion loss is dependent upon which of the following? a. number of connectors and splices b. wire diameter c.   signal frequency d. all of the above 10 points    QUESTION 11 Signals on UTP guided medium are in a balanced configuration,...
Find the less bandwidth of the channel to transmit the encoded binary signal for the specifications:...
Find the less bandwidth of the channel to transmit the encoded binary signal for the specifications: 4 kHz band-limited signal is sampled at rate of 331⁄3 % higher than the sampling rate and 0.4% allowable error in the sample amplitude (i.e., the maximum quantization error). Assume binary encoding. If 24 signals are multiplexed on a single line (known as a T1 Line in the Telephone system), what is the total data rate for this system.
A small satellite with the following characteristics is directly above the ground station. Assume the following:...
A small satellite with the following characteristics is directly above the ground station. Assume the following: Transmitter output power = 1 Watt Altitude = 10,000 km. Carrier frequency = 0.5 GHz Bandwidth = 20 kHz Antenna gain = 1 dB Data rate = 10 kbps The g A small satellite with the following characteristics is directly above the ground station. Assume the following:       Transmitter output power = 1 Watt       Altitude = 10,000 km.       Carrier frequency = 0.5...
Suppose a full-scale voice signal with bandwidth 10 kHz is sampled at the Nyquist rate and...
Suppose a full-scale voice signal with bandwidth 10 kHz is sampled at the Nyquist rate and quantized by using a b-bit uniform quantizer. The bit stream is then transmitted using binary PAM over an AWGN channel that is capable of passing frequencies in the range of [0, 200kHz]. 1. Suppose that the signal is transmitted at the maximum bit rate and the two-sided spectral density of noise at the receiver is 10-6 W/Hz. What is the required signal power to...
We want to implement a data link control protocol on a channel that has limited bandwidth...
We want to implement a data link control protocol on a channel that has limited bandwidth and high error rate. On the other hand, the communication equipment has high processing power and large buffering capacity. Assume that off-the-shelf software is available for two protocols, the Go Back N and the Selective Repeat protocols. Which one is better in this situation? a. They are equally good. b. Selective repeat. c. Go back N.
Suppose that the passband of a channel is between 3 MHz and 6 MHz. The signal-to-noise...
Suppose that the passband of a channel is between 3 MHz and 6 MHz. The signal-to-noise ratio of the channel is 39 dB. What is the capacity of the channel? What is the minimum number of signaling levels required to achieve a data rate close to the channel capacity?
QUESTION 1 A signal containing information will be associated with an infinite bandwidth; however most of...
QUESTION 1 A signal containing information will be associated with an infinite bandwidth; however most of the signal’s energy is contained in the effective bandwidth which can be isolated using a passbandRF filter. This is why we call a modulated carrier wave a passband signal. True False 10 points    QUESTION 2 If we limit a signals frequency bandwidth too narrowly, we introduce signal distortion. True False 10 points    QUESTION 3 What is the difference between a signal amplifier...
Q14: For the binary sequence in Q13, sketch the resulting waveforms from sinusoidal modulation if the...
Q14: For the binary sequence in Q13, sketch the resulting waveforms from sinusoidal modulation if the modulation type: ASK, BPSK, FSK, QAM, QPSK, QFSK. Q15: A modulating signal ?(?) bandlimited to 4 kHz is sampled at a rate of 10.000 samples/sec. The samples are quantized into 256 levels, binary coded (unipolar NRZ) and transmitted over a channel with ?? (?) = 6.25*10-5 watt/Hz. Each received pulse has energy 2O 10-5 Given that ?? = 1 and ? 2(?) ̅̅̅̅̅̅̅. a-Find...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT