1. EBG definition
0.55 12 GHz
0.5 12 GHz
Probe position

2. All components assumed to be vacuum
Project name:
motif substrat_test1_pml conditions
Vacuum brick
Phase at probe1
PML conditions
-15.03°
-27.03°

3. All components assumed to be PEC motif substrat_test2_all PEC
Project name:
motif substrat_test2_all PEC
PEC structure
Phase at probe1
Changing phase at 12 GHz

4. motif substrat_test3_real model
Real EBG structure
Project name:
motif substrat_test3_real model
Material  = 2.2
Phase at probe1
Phase shifting

5. Phase diagram of the EBG structure Reflexion phase diagram.bas
To plot the phase diagram, combine the previous results and use the following macro.
Run the macro in the last project (motif substrat_test3_real model)
Use the different results obtained and fill in the dialog box.
Reflexion phase diagram.bas
Name of the probe
Frequency range
Results obtained from
motif substrat_test1_pml conditions
Reading of the all PEC project
Execute the macro

6. Results and comparison with the IEEE Publication
In very good agreement with more precise results with the FIT