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Why would it occur using magnetic current "The relative error (0.86) is greater than the relative tolerance."
Posted 15 set 2015, 15:31 GMT-4 RF & Microwave Engineering Version 5.1 2 Replies
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Hello,
I encountered a problem using magnetic current in a 2d-axisymmetric model.
I would like to simulate an electric dipole in an air sphere wrapped by a layer of PML. I used the magnetic current to be the electric dipole but there was an error "The relative error (0.86) is greater than the relative tolerance."
My model is attached below.
Actually, I had simulated a magnetic dipole using line current with the same geometry and boundary conditions and it worked well.
Could you please help me think of some possible ways to address this problem?
Thank you!
Sherry
I encountered a problem using magnetic current in a 2d-axisymmetric model.
I would like to simulate an electric dipole in an air sphere wrapped by a layer of PML. I used the magnetic current to be the electric dipole but there was an error "The relative error (0.86) is greater than the relative tolerance."
My model is attached below.
Actually, I had simulated a magnetic dipole using line current with the same geometry and boundary conditions and it worked well.
Could you please help me think of some possible ways to address this problem?
Thank you!
Sherry
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2 Replies Last Post 24 ago 2016, 04:23 GMT-4
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Posted:
9 years ago
Hello,
I happened to try another frequency(100GHz) when doing the frequency domain study. I used 1GHz previously. And it worked.
However, I still have no idea about why the error appeared and disappeared.
Thank you!
Sherry
I happened to try another frequency(100GHz) when doing the frequency domain study. I used 1GHz previously. And it worked.
However, I still have no idea about why the error appeared and disappeared.
Thank you!
Sherry
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Posted:
8 years ago
Hi:
I am trying to model electic dipole like your work. But I have no idea how to do. If you solve this question? if you did, can you give me some advice. it will be very appriciated.
Thank you
I am trying to model electic dipole like your work. But I have no idea how to do. If you solve this question? if you did, can you give me some advice. it will be very appriciated.
Thank you