Explain the significance of twisted pair cable twisting in minimizing crosstalk and signal interference.
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- Explain the advantages of using shielded twisted pair (STP) over unshielded twisted pair (UTP) in a high-interference environment.How does signal attenuation differ between coaxial cables and twisted-pair cables over extended distances?Explain the concept of dispersion in optical fiber communication and the techniques used to mitigate it.
- 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.Time Division Multiplexing (TDM) is shown to have greater performance when compared to Frequency Division Multiplexing (FDM) when it comes to circuit-switched networks.Explain the concept of shielded vs. unshielded twisted pair (STP vs. UTP) cables and their respective applications.
- Explain the concept of "crosstalk" in twisted-pair cables and methods to minimize its effects.How does the orientation and twist density in twisted pair cables influence data transmission?What are the advantages and disadvantages of Bipolar coding schemes? Explain why NRZ coding is not attractive for signal transmission applications,
- Explain the principles of electrical signaling used in copper cables and the challenges posed by attenuation and interference.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?What are the benefits and drawbacks of bipolar coding schemes? Describe why NRZ coding is unsuitable for signal transmission applications.