flyingoven
Newbie level 6
Hi! I referenced this video to create a coax air transmission line 2-port measurement.
https://www.youtube.com/watch?v=KfJNDlOG2nA
I designed a Ferrite ring, its outer radius is 7mm, inner radius is 3.04mm and length is 20mm,
the hollow part of ring and surface are set to PEC. The ferrite with relative permittivity 5 and
relative permeability is 20, both loss tangent are set to 0.
Then simulating S-parameters data with frequency range from 0 to 18 GHz,
Frequency Domain Solver is chosen, mesh type is Tetrahedral.
However simulation didn't go well, my computer crashed many times. The calculation procedure was too large.
Though I have tried to read documentation and change mesh type or reduce sampling points,
things don't go well. In fact, I am still not familiar with CST. I have no idea how to do:-(.
So could someone teach me how to set up CST environment or opoion that I can reference?
my CPU is Intel i5 and memory is 12GB.
Thanks for your help!
https://www.youtube.com/watch?v=KfJNDlOG2nA
I designed a Ferrite ring, its outer radius is 7mm, inner radius is 3.04mm and length is 20mm,
the hollow part of ring and surface are set to PEC. The ferrite with relative permittivity 5 and
relative permeability is 20, both loss tangent are set to 0.
Then simulating S-parameters data with frequency range from 0 to 18 GHz,
Frequency Domain Solver is chosen, mesh type is Tetrahedral.
However simulation didn't go well, my computer crashed many times. The calculation procedure was too large.
Though I have tried to read documentation and change mesh type or reduce sampling points,
things don't go well. In fact, I am still not familiar with CST. I have no idea how to do:-(.
So could someone teach me how to set up CST environment or opoion that I can reference?
my CPU is Intel i5 and memory is 12GB.
Thanks for your help!