Ansys HFSS Modal vs Terminal Part 3 - Symmetry Boundary

[@seyitsis3383]

Thanks for the video ! Very useful !

[@SimuTechGroup]

Glad it was helpful!

[@engineerem2340]

Thanks for the video. Very helpful. The simulation time for WG model can further be improved if we apply both E and H symmetries at the same time. The structure will be reduced to one-fourth in this case, power flow will be one-fourth of that of the original model and overall impedance multiplier factor will be 1. Correct ? The individual impedance multiplier factors for E and H-planes of symmetry should be 1/4 and 4 respectively ? Thus, giving overall multiplier factor of 1 since they will be multiplied together. The understanding is correct ? If not, it will be great if you can provide your opinion over it. Edit: Perhaps individual impedance multiplier factors for both E- and H-planes of symmetry will be 1 since Z=Z0 for both. Nevertheless, overall impedance multiplier factor will still be 1.

[@ajaymothe4858]

Sir, what about the excitation?? In coax, How we will define ports??

[@ajaymothe4858]

Right now I am trying to use this condition for LHCP Horn Antenna, but not able to achieve results. Can you please guide me?

[@SimuTechGroup]

Hi Ajay, feel free to drop us a note at [e-mail] if you're interested in our consulting services and we'd be more than happy to help! Otherwise there is the Ansys student community to find posts/articles: studentcommunity.ansys.com/