This question involves a cable which is a balanced transmission line having a characteristic impedance of 243 N. a. The cable is to be used as a feeder connecting an antenna having the same impedance of 243 N2 to the 75 N2 input of a TV set through a balun. What is the number of the balun's secondary turns if the number of its primary turns at the antenna side is 54? Show your derivation. (2 marks) b. The same cable is to be used for baseband digita ommunication. The transmitter consists of a source generating a signal with levels equal to + 10 V and a resistance of 75 12 in series with the source. The input impedance at the receiver is also equal to 75 12. What are the quiescent state signal values along the cable? Show your reasoning. This question involves a cable which is a balanced transmission line having a characteristic impedance of 243 N. a. The cable is to be used as a feeder connecting an antenna having the same impedance of 243 N2 to the 75 N2 input of a TV set through a balun. What is the number of the balun's secondary turns if the number of its primary turns at the antenna side is 54? Show your derivation. (2 marks) b. The same cable is to be used for baseband digita ommunication. The transmitter consists of a source generating a signal with levels equal to + 10 V and a resistance of 75 12 in series with the source. The input impedance at the receiver is also equal to 75 12. What are the quiescent state signal values along the cable? Show your reasoning