Dec 6, 2010 #1 M mohadese.nozari Junior Member level 2 Joined Nov 7, 2010 Messages 21 Helped 0 Reputation 0 Reaction score 0 Trophy points 1,281 Activity points 1,403 anyone khow how design and simulation a cavity resonator in HFSS?
Dec 6, 2010 #2 P Phytech Full Member level 3 Joined Apr 30, 2008 Messages 177 Helped 49 Reputation 98 Reaction score 35 Trophy points 1,308 Location USA Activity points 2,145 You can use either Drive Modal or Eigenmode to find the resonant frequencies of your cavity.
Dec 7, 2010 #3 amihomo Full Member level 5 Joined Jan 9, 2007 Messages 287 Helped 66 Reputation 132 Reaction score 43 Trophy points 1,318 Location PERSIAN Gulf Activity points 3,115 See the following link in the forum https://www.edaboard.com/threads/113169/ there are lots of HFSS project there. you can get some idea to design your own project. Regards
See the following link in the forum https://www.edaboard.com/threads/113169/ there are lots of HFSS project there. you can get some idea to design your own project. Regards
Dec 12, 2010 #4 M mohadese.nozari Junior Member level 2 Joined Nov 7, 2010 Messages 21 Helped 0 Reputation 0 Reaction score 0 Trophy points 1,281 Activity points 1,403 what is meaning of this error in hfss10: Lambda refining mesh, process mesh 3d : unexpected internal software error cod 1054 with module id 0 . thanks
what is meaning of this error in hfss10: Lambda refining mesh, process mesh 3d : unexpected internal software error cod 1054 with module id 0 . thanks
Jul 14, 2011 #5 amihomo Full Member level 5 Joined Jan 9, 2007 Messages 287 Helped 66 Reputation 132 Reaction score 43 Trophy points 1,318 Location PERSIAN Gulf Activity points 3,115 Hi Here is a cavity resonator designed in HFSS which is fed with a CPW line to excite the TE120 mode in 6.5 GHz Here is the E-field of the TE120 mode regards Attachments Metalic_Cavity.rar 42.6 KB · Views: 197 Last edited: Jul 14, 2011
Hi Here is a cavity resonator designed in HFSS which is fed with a CPW line to excite the TE120 mode in 6.5 GHz Here is the E-field of the TE120 mode regards