CVNickesh
Newbie level 4
I have a model which consists of various "Solids" and "Sheets".
I know how to plot the surface/volume current for the solids, however whenever I try to plot the same for my sheets, HFSS returns the error:
Plot 'Mag_Jvol1' becomes invalid due to no available solution,
Even though the simulation completed successfully.
The sheets in question have a relatively complex repeating hexagonal-wire structure with finite conductivity (copper).
How can I view the (surface/volume) current in a sheet?
Alternatively, if there is no way to plot the current in a sheet, is there a way to convert an imported sheet model into a solid, so I can plot it from there?
Thanks in advance.
P.S. I found this solution for a solid, but for a sheet it is not possible to specify "Solve inside":
What you need to do in order to remove the "Plot Mag_Jsurf becomes invalid due to no available solution" error is to check the box for "solve inside". HFSS by default doesn't solve inside the conductor materials and you have to do manually in order to get the field distribution inside the conductors.
https://www.edaboard.com/threads/179273/
I know how to plot the surface/volume current for the solids, however whenever I try to plot the same for my sheets, HFSS returns the error:
Plot 'Mag_Jvol1' becomes invalid due to no available solution,
Even though the simulation completed successfully.
The sheets in question have a relatively complex repeating hexagonal-wire structure with finite conductivity (copper).
How can I view the (surface/volume) current in a sheet?
Alternatively, if there is no way to plot the current in a sheet, is there a way to convert an imported sheet model into a solid, so I can plot it from there?
Thanks in advance.
P.S. I found this solution for a solid, but for a sheet it is not possible to specify "Solve inside":
What you need to do in order to remove the "Plot Mag_Jsurf becomes invalid due to no available solution" error is to check the box for "solve inside". HFSS by default doesn't solve inside the conductor materials and you have to do manually in order to get the field distribution inside the conductors.
https://www.edaboard.com/threads/179273/