If you are using transient solver, in simulation settings select "selection", "exitation list" and in the box that opens you select simultaneous excitation and there you can modify the "Amplitude" parameter.
Also using the schematic editor and the co-simulation you can resimulate with different excitation levels.
I have not used CST for along time. But in HFSS this is a pre-processing option. I don't think CST will be much different.
yes HFSS has the option, but in CST i am not able to find....thnx for the reply...
In CST If you are using PIC simulation there is an option to modify the amplitude of the excitation signal.
If you are using transient solver, in simulation settings select "selection", "exitation list" and in the box that opens you select simultaneous excitation and there you can modify the "Amplitude" parameter.
Also using the schematic editor and the co-simulation you can resimulate with different excitation levels.
Ur welcome, be carefull with the relation between that amplitude parameter and the power applied to the circuit. I think the scaling parameter works in voltage relations...
Yes Sir, as I found, we can input voltage (amplitude= V) value and corresponding rms power itself appears according to relation P=(V^2)/2 .
I Would like to know how to write VBA script for 5th order Gaussian pulse as a excitation signal?
the parameter 'ExcitationFunction' you find in the VBA script, can be opportunely set as a Gaussian expression after having declared the time variable at the beginning. In the help of CST you can find more informations at the section 'excitation functions'.
Thanks for you answer Federico di Vruno, it has been very helpful to me too.
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