How does the structure of a coaxial cable differ from that of a twisted-pair cable, and what are the advantages of each design in specific scenarios?
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How does the structure of a coaxial cable differ from that of a twisted-pair cable, and what are the advantages of each design in specific scenarios?
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- How does signal attenuation differ between coaxial cables and twisted-pair cables over extended distances?What exactly does the term "asynchronous" mean. What is the function of a coaxial cable?Using diagrams, explain the construction of coaxial, UTP and STP cables with reference to cabling standards.
- Explain the concept of "crosstalk" in twisted-pair cables and methods to minimize its effects.How does signal attenuation impact data transmission in coaxial cables?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 ..............
- For data is transmitted over twisted-pair cable, you have these characteristics: A signal's power on the channel is 60 dB, signal attenuation is 2 dB per 100 meters, and average noise power on the cable is 0.15 dB per meter. Answer the following questions: What's the S/N ratio at the end of a 60-meter channel? What's the S/N ratio at the end of a 1.5-kilometer channel? What's the maximum channel length if the receiving device requires at least 25 dB of S/N ratio for reliable operation?Computer Science Calculate the length of cable through which a signal can be sent before its powerdecreases to half the original value. Do this for each of the media types aboveassuming that the attenuation in twisted pair cables is 6 dB/km, in coaxial cableis 1.5 dB/km and in optical fiber is 0.3 dB/km. Please show every step briefly.What is the significance of the twist rate in twisted-pair cables for data transmission?