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Posted:
1 decade ago
25.10.2012, 06:00 GMT-4
Hi,
check the documentation if you need a user-defined port for your model. In many cases you can use a uniform or coaxial port.
Cheers
Edgar
Hi,
check the documentation if you need a user-defined port for your model. In many cases you can use a uniform or coaxial port.
Cheers
Edgar
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Posted:
1 decade ago
25.10.2012, 07:49 GMT-4
I'm using a user-defined option because i'm simulating an inductor that works in AC with a frequency of about 20kHz. So for that reason i use a impadence boundary condiction for the surface on my inductor and i use a lumped port for the current generation. I would like to know if there are some standard dimensions for the lumped port that i need to use or one random doesn't change the final result? for example in my model now i'm using hport=96mm and wport=120mm are they corret or other values are more correct?
Thanks
Nicola
I'm using a user-defined option because i'm simulating an inductor that works in AC with a frequency of about 20kHz. So for that reason i use a impadence boundary condiction for the surface on my inductor and i use a lumped port for the current generation. I would like to know if there are some standard dimensions for the lumped port that i need to use or one random doesn't change the final result? for example in my model now i'm using hport=96mm and wport=120mm are they corret or other values are more correct?
Thanks
Nicola
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Posted:
1 decade ago
26.10.2012, 02:55 GMT-4
answers???
answers???
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Posted:
1 decade ago
26.10.2012, 03:39 GMT-4
It depends on your model. The port must be much smaller than the wavelength.
It depends on your model. The port must be much smaller than the wavelength.