Question 5 The following information pertains to Questions 5 - 6. Consider the design of a...

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Question 5 The following information pertains to Questions 5 - 6. Consider the design of a single stub matching network (MN) for Z₁ = (40+ j 30) 2 and Z₁ = 50 2. Assume a shunt short-circuited stub. Hint: You can use a Smith chart or the appropriate MATLAB routine to make the required computations. What is the shortest length of stub that can be used in the MN? Type your answer in electrical degrees to one place after the decimal. 2 pts Question 6 1 pts In the solution with the shortest length of stub. What is the distance between the load connection point and the stub connection point? Type your answer in electrical degrees to one place after the decimal. Question 5 The following information pertains to Questions 5 - 6. Consider the design of a single stub matching network (MN) for Z₁ = (40+ j 30) 2 and Z₁ = 50 2. Assume a shunt short-circuited stub. Hint: You can use a Smith chart or the appropriate MATLAB routine to make the required computations. What is the shortest length of stub that can be used in the MN? Type your answer in electrical degrees to one place after the decimal. 2 pts Question 6 1 pts In the solution with the shortest length of stub. What is the distance between the load connection point and the stub connection point? Type your answer in electrical degrees to one place after the decimal.

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SOLUTION Question 5 To determine the shortest length of stub that can be used in the MN we can use a ... View the full answer