Question:
Literature source [POZAR] available here:
https://www.amazon.co.uk/Microwave-Engineering-David-M-Pozar/dp/0470631554
There's also a solutions manual available here:
https://www.scribd.com/doc/176505749/Microwave-engineering-pozar-4th-Ed-solutions-manual
Answer:
Basic MATLAB script source pozar_05_exercise_15.m
I call this one 'basic' because for this exercise the MATLAB script doesn't go much further than getting the cut-off details.
As the reader can appreciate for this exercise I have used ADS instead to supply the result of the matching waveguide section because
it's in chapter 3 of [POZAR] where it makes more sense to review 3D electromagnetic models but I chose to start in chapter 5, so this exercise
can be reviewed once for instance a working Yee model in MATLAB is available, that allows enough flexibility and accuracy
needed to change waveguide dimensions and fill-up dielectric characteristics in order to reach a valid affordable solution like it's the case here to be a dielectric fin instead of a complete fill-up.
John BG
jgb2012@sky.com
Literature source [POZAR] available here:
https://www.amazon.co.uk/Microwave-Engineering-David-M-Pozar/dp/0470631554
There's also a solutions manual available here:
https://www.scribd.com/doc/176505749/Microwave-engineering-pozar-4th-Ed-solutions-manual
Answer:
Basic MATLAB script source pozar_05_exercise_15.m
I call this one 'basic' because for this exercise the MATLAB script doesn't go much further than getting the cut-off details.
As the reader can appreciate for this exercise I have used ADS instead to supply the result of the matching waveguide section because
it's in chapter 3 of [POZAR] where it makes more sense to review 3D electromagnetic models but I chose to start in chapter 5, so this exercise
can be reviewed once for instance a working Yee model in MATLAB is available, that allows enough flexibility and accuracy
needed to change waveguide dimensions and fill-up dielectric characteristics in order to reach a valid affordable solution like it's the case here to be a dielectric fin instead of a complete fill-up.
John BG
jgb2012@sky.com