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Transmission line has Zo Zs 15002 and ZL 5002 (ie both purely resistive). The propagation velocity in the line is 200 m pS and the line is 80Omn long: At t = 0 a si...

Question

Transmission line has Zo Zs 15002 and ZL 5002 (ie both purely resistive). The propagation velocity in the line is 200 m pS and the line is 80Omn long: At t = 0 a single pulse of 16V and Lps duration is transmitted by the generator_ Discuss the pulse behaviour including sketches. [10 Marks]

transmission line has Zo Zs 15002 and ZL 5002 (ie both purely resistive). The propagation velocity in the line is 200 m pS and the line is 80Omn long: At t = 0 a single pulse of 16V and Lps duration is transmitted by the generator_ Discuss the pulse behaviour including sketches. [10 Marks]



Answers

shows a pulse train. The period of the pulse train is $T=2 \Delta t,$ where $\Delta t$ is the duration of each pulse. What is the maximum pulse-transmission rate (pulses per second) through an electronics system with a $200 \mathrm{kHz}$ bandwidth? (This is the bandwidth allotted to each FM radio station.) (FIGURE CANNOT COPY)


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