Perfect E Boundary in HFSS

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Hello,

I need your help about perfect E boundary in HFSS; I'm biginner in using this software, I tried to simulate an manufactured antenna, but I got a S11=-15 and when I used perfect E boundary in the upper faces of the conductor (copper , thickness 40 um) I got the right S11=-28 dB (-30 dB foe the manufactured antenna)

Any explications? what 's the right way to assign this boundary : in all faces of the condutor or only in the upper one?

I know that boundary E means that the E field E is perpendicular but I need more explinations, it is always obligatory to use it?

many thanks
 

Don't assign boundaries to 3d objects in general unless it is the boundary condition, solids should be assigned a material. What type of antenna (patch, dipole, etc.)? pictures would help.
 

reidintransit said:
Don't assign boundaries to 3d objects in general unless it is the boundary condition, solids should be assigned a material. What type of antenna (patch, dipole, etc.)? pictures would help.
Click to expand...

Thanks for your answer,

I havn't the desin under HFSS for the moment, but it's an inverted F antenna (IFA)

the antenna in the picture is not tne one that I tried to design, but it's look like it


- - - Updated - - -

the thickness of copper is 40 um, the boundary perfect E is assigned to the upper faces of the inverted F and the ground plane
waiting for your help:|
 

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