venu.gongal
Member level 5
Hi
I am designing a cavity filter with fo @1600MHz and 50MHz BW in HFSS. So, I setup a solution frequency @1600MHz and the results are slightly different (offset by 50MHz) from what is given in the IEEE paper ("True Inline Cross Coupled cavity Filters ").
I am using fast frequency sweep (1GHz-2GHz).
I thought meshing frequency is good enough so increased the meshing frequency(solution freq) from 1.6GHz to higher freq(10GHz). The r
I see completely different results. I dont understand what the problem might be..
Please help me out..
Thanks
Venu
---------- Post added 19-12-11 at 00:07 ---------- Previous post was 18-12-11 at 22:48 ----------
Meshing frquency was not good enough so increased it to see that my results are worse than before.
Should I use discrete frequency sweep and use frequency dependent solution setup??
Kindly help
Thanks
Venu
I am designing a cavity filter with fo @1600MHz and 50MHz BW in HFSS. So, I setup a solution frequency @1600MHz and the results are slightly different (offset by 50MHz) from what is given in the IEEE paper ("True Inline Cross Coupled cavity Filters ").
I am using fast frequency sweep (1GHz-2GHz).
I thought meshing frequency is good enough so increased the meshing frequency(solution freq) from 1.6GHz to higher freq(10GHz). The r
I see completely different results. I dont understand what the problem might be..
Please help me out..
Thanks
Venu
---------- Post added 19-12-11 at 00:07 ---------- Previous post was 18-12-11 at 22:48 ----------
Meshing frquency was not good enough so increased it to see that my results are worse than before.
Should I use discrete frequency sweep and use frequency dependent solution setup??
Kindly help
Thanks
Venu