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Segregated? Or Fully coupled?
Posted 22.01.2016, 13:00 GMT-5 Version 5.2 2 Replies
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Hi, all,
I am trying to simulate S-parameters of my structure in RF module and I choose frequency domain. When I use segregated solver, there are always errors:
Failed to find a solution.
Maximum numbers of segregated iterations reached.
Returned solution is not converged.
Errors insist even after I increase maximum numbers of segregated iterations.
Then I use Fully coupled solver to simulate and there is no error. But I am not sure whether the results are correct or not. So if I have more than one variables in my model, is it a necessity to use segregated solver?
Thanks a lot for any help.
I am trying to simulate S-parameters of my structure in RF module and I choose frequency domain. When I use segregated solver, there are always errors:
Failed to find a solution.
Maximum numbers of segregated iterations reached.
Returned solution is not converged.
Errors insist even after I increase maximum numbers of segregated iterations.
Then I use Fully coupled solver to simulate and there is no error. But I am not sure whether the results are correct or not. So if I have more than one variables in my model, is it a necessity to use segregated solver?
Thanks a lot for any help.
2 Replies Last Post 08.02.2016, 15:10 GMT-5
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Posted:
8 years ago
Hi Tianjing,
Having the same problem with the electric + acoustic module...
Did you find a solution to the problem? How do you choose segregated or fully coupled models?
Best regards
Having the same problem with the electric + acoustic module...
Did you find a solution to the problem? How do you choose segregated or fully coupled models?
Best regards
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Posted:
8 years ago
Hi, Tobias,
For my case, when I compute in different frequency range (low frequency), this error will disappear. Then I try to compare the results with segregated and fully coupled solver in low frequency and find they are identical. So I just use fully coupled solver to simulate my structure in a wide frequency range. I am not sure if it's right.
Maybe you can try to change maximum numbers of segregated iterations or tolerance factor to remove errors.
Good luck.
For my case, when I compute in different frequency range (low frequency), this error will disappear. Then I try to compare the results with segregated and fully coupled solver in low frequency and find they are identical. So I just use fully coupled solver to simulate my structure in a wide frequency range. I am not sure if it's right.
Maybe you can try to change maximum numbers of segregated iterations or tolerance factor to remove errors.
Good luck.