1. Design a quarter-wave matching transformer to match a 100 load to a 750 system. Assume...

 

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1. Design a quarter-wave matching transformer to match a 100 load to a 750 system. Assume a design frequency of 200MHz. Demonstrate results and the corresponding calculation step in this area. 2. Design a single-stub tuner to match a load impedance comprising a series RC where R = 630 and C 0.53pF to a 750 line. Assume a design frequency of 2GHz. Find the solution using the shortest length of open-circuited stub. You may use the MATLAB routines provided in Canvas under Module 5 Supplementary Material to perform these calculations. Demonstrate numerical answers obtained from MATLAB in this area. 1. Design a quarter-wave matching transformer to match a 100 load to a 750 system. Assume a design frequency of 200MHz. Demonstrate results and the corresponding calculation step in this area. 2. Design a single-stub tuner to match a load impedance comprising a series RC where R = 630 and C 0.53pF to a 750 line. Assume a design frequency of 2GHz. Find the solution using the shortest length of open-circuited stub. You may use the MATLAB routines provided in Canvas under Module 5 Supplementary Material to perform these calculations. Demonstrate numerical answers obtained from MATLAB in this area.

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1 Designing a QuarterWave Matching Transformer To match a 100ohm load to a 750ohm system at a design frequency of 200 MHz using a quarterwave matching ... View the full answer