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Thanks for your response! I still have a question about the mesh size. Say if I want the simulation to resolve a 1 micron difference in resonator's length, does that mean my mesh size on the resonator should be less than 1 micron? I mean I can specify the maximum edge length in the mesh...
Thanks! Maybe I should give discrete sweep a chance, lol
I need to cascade the S matrices of all the channels so I want the simulation as precise as possible. If there are overlaps or disordered channels, the cascade will be a mess!
Thanks a lot! I hope discrete sweep can give me some better...
Thank you SO MUCH, sir. May I ask you a few more questions?
I have manually set mesh's maximum length to 1/50 wavelength on my conductors (microstrips), but for delta S, I'm still using the default value 0.02. Maybe I should change delta S to be something like 0.01 or even smaller?
And...I'm...
Hi all, I'm simulating a simple coupled line microstrip resonator.
Basically, I just want to characterize a series of channels from 200GHz to 300GHz by changing the length L of the resonator. The step size preferred is about 1 micron (L changes in a geometric sequence) from 150 micron to 250...
Here are the links to my model and my plot:
https://obrazki.elektroda.pl/8319176500_1404602925.jpg
https://obrazki.elektroda.pl/6979615400_1404602926.jpg
Hey guys, I'm totally new to HFSS and now working on a simple coupling microstrip circuit.
The model is quite simple. As the images shown...
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