jasondurbin
Newbie level 3
I have a question about the capacitor boundary. I have set up a Lumped RLC boundary and assigned it capacitance (easy enough).
I am wondering, though, how does HFSS treat that? I have noticed discrepancies between a large sheet cap and a tiny sheet cap. It appears as though HFSS distributes the capacitor across the boundary.
If, what I am assuming is correct, is there a way to optimize the simulation? If I make my capacitor pretty thin, it increases the simulation time (I have about 12 of these sheets).
Anyone have experience in this? Or need me to clarify the idea?
I am using the capacitor in a slotted ring FSS. The idea is to tune the FSS using the capacitor.
I am wondering, though, how does HFSS treat that? I have noticed discrepancies between a large sheet cap and a tiny sheet cap. It appears as though HFSS distributes the capacitor across the boundary.
If, what I am assuming is correct, is there a way to optimize the simulation? If I make my capacitor pretty thin, it increases the simulation time (I have about 12 of these sheets).
Anyone have experience in this? Or need me to clarify the idea?
I am using the capacitor in a slotted ring FSS. The idea is to tune the FSS using the capacitor.