is a type of transmission impairment in which the signal loses strength due to the resistance of the transmission medium. Attenuation distortion decibel noise
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- Attenuation is a type of transmission impairment in which the signal loses strength due to the resistance of the transmission medium. Explain?is a sort of transmission impairment in which the signal weakens because to the transmission medium's resistance.Noise is a type of transmission impairment in which an outside source such as crosstalk corrupts a signal. Explain?
- If the signal at the end of a 6km cable has a power value of 2, if you knew that this cable loses 0.5 dB per km (i.e. -0.5 dB/km), then the power of the signal at the beginning of the cable was ..............How far can a signal travel through a cable before attenuation of that signal becomes a concern?How does signal attenuation impact data transmission in coaxial cables?
- A noiseless channel has a bandwidth of 3000 HZ transmitting a signal with two signal levels. What is maximum bit rate that can be sent through this channel?2. What is the bandwidth of a signal that can be decomposed into five sine waves with frequencies at 10, 20, 50, 100, and 200 Hz? All peak amplitudes are the same. Draw the bandwidth. (1M)Attenuation, distortion, and noise contribute to transmission impairment. What is the solution, or how can these causes be improved?
- Explain the terms "attenuation" and "interference" in relation to transmission media. How can these issues be mitigated in practical applications?Question.2(a): If the analog signal travels over a transmission medium and its input voltage is 5.5 volts and the output voltage is 1 volts then find the attenuation of a signal, also find the near end cross talk if the attenuation to cross talk ratio is 37 dB. (2 marks)14. The signal to noise ratio on your phone line is 1000:1 and your modem attempts 7000 symbols per second, with each symbol representing 6 bits. a) What is the data rate that your modem is attempting? b) If the bandwidth on the line is 3000 Hz, what is the maximum theoretical data rate? c) Check all three limits, show your work. exceeded? Which of the three limits were