Hi,
I am trying to make a tank LC, with somewhat complicated geometry for L( and perhaps C). I would like to simulate it in HFSS, and extract L, Quality factor, near and far field, and the 3D plot of the dissipated energy for it. Would you please help me to do that?
Hi Geev.
please refer to this publication.
Development of a helical resonator for ion trap application, IEEE Applied Electromagnetics Conference 2015.
## We simulated an helical resonator with a lumped capacitive loading.
Thanks.
Hi Geev
please see the following link:
https://fdocuments.in/document/ansoft-hfss-engineering-note-lumped-rlc-elements-in-hfss-bbshwrfcomcndownebd69984d1330593509-lumped.html
Mousa
Hi Anuraag,
Thanks for the link,
our group is developing various resonators for at least 30 years for our applications, but this is the first time I am trying to replicate our experimental values using ANSYS HFSS. My question was mostly about how to set ANSYS to measure the the resonance frequency, the Q, and map the field around it and the power dissipation in various parts of the resonator. I know how to add ports, and lumpRLC boundary. I can add an output variable as Q=abs( Re(1/Y(1,1))/im(1/Y(1,1)), and L as im(1/Y(1,1))/(2*pi*Freq), but the results does not make sense based on my experimental result. I need some help in proper setup of ANSYS.
Thanks,
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