A 200 ohm load is connected to the end of a transmission line with a characteristic...

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A 200 ohm load is connected to the end of a transmission line with a characteristic impedance of 300 ohms. Find the location and length of the short-circuit side line to be added for harmonization purposes. Calculate with the Smith chart. Write down the markings and steps you have made on the Smith chart in order. Solutions without a Smith chart and without explanation are invalid. Calculate the standing wave ratio if the operating frequency is increased by 10%. Position of the short-circuit side line from the load = Length of short-circuited lateral = If the operating frequency is increased by 10%: Position of the short-circuit lateral line from the load = Admittance of short-circuit sideline = ohms standing wave rate = A 200 ohm load is connected to the end of a transmission line with a characteristic impedance of 300 ohms. Find the location and length of the short-circuit side line to be added for harmonization purposes. Calculate with the Smith chart. Write down the markings and steps you have made on the Smith chart in order. Solutions without a Smith chart and without explanation are invalid. Calculate the standing wave ratio if the operating frequency is increased by 10%. Position of the short-circuit side line from the load = Length of short-circuited lateral = If the operating frequency is increased by 10%: Position of the short-circuit lateral line from the load = Admittance of short-circuit sideline = ohms standing wave rate =

Answer rating: 100% (QA)

Solution Gi ven that Load gmpedance ZL 50ji00 ohm Intrinlic ... View the full answer