SvenB
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Dear all,
I am new to this forum so I hope what I do is correcty, otherwise excuse me.
The problem is as follows: In CST I did a parametric run of the slot-width of a simple lossy slotline calculating the s-parameter balance for each slot width. For each of this width, the balance is displayed from 25 GHz to 35 GHz as is seen in this picture.
![balance_versus_frequency.PNG balance_versus_frequency.PNG](https://www.edaboard.com/data/attachments/48/48450-c73b609628e99c0f4037290875e7d5b3.jpg)
The problem is as follows: I want to make a new plot displaying the balance versus slot width at a frequency of 30 GHz. So of each parametric run, only one value needs to be extracted at 30 GHz. I can not find a way to do this in CST. Does anyone know a solution or workaround for this problem without having to export all the files to MATLAB and interpolate all the parametric runs individually at 30 GHz? Because that is very time-consuming and I need to do make this kind of plot very often.
Thank you in advance!
Sven
I am new to this forum so I hope what I do is correcty, otherwise excuse me.
The problem is as follows: In CST I did a parametric run of the slot-width of a simple lossy slotline calculating the s-parameter balance for each slot width. For each of this width, the balance is displayed from 25 GHz to 35 GHz as is seen in this picture.
![balance_versus_frequency.PNG balance_versus_frequency.PNG](https://www.edaboard.com/data/attachments/48/48450-c73b609628e99c0f4037290875e7d5b3.jpg)
The problem is as follows: I want to make a new plot displaying the balance versus slot width at a frequency of 30 GHz. So of each parametric run, only one value needs to be extracted at 30 GHz. I can not find a way to do this in CST. Does anyone know a solution or workaround for this problem without having to export all the files to MATLAB and interpolate all the parametric runs individually at 30 GHz? Because that is very time-consuming and I need to do make this kind of plot very often.
Thank you in advance!
Sven