kalosu
Newbie level 5
Hello everybody,
I have been trying to simulate the design of a CPW using HFSS and I would like to analyse a little bit more the losses mechanisms in the simulation. For that I have been trying to compute the losses due to the finite conductivity of my metallic electrodes (defined as volumetric objects and allowing the solver to solve inside of these objects as well), but so far I have not been able to get the values of these losses as a function of frequency.
I have tried using the field calculator tool, but regardless of the frequency of choise; the obtained losses value is always the same. (I assume that it always returns the value for the expression defined at the last frequency point of computation)
How could I integrate this function into the sweep module of the analysis and finally being able to compute the conduction losses at each one of the different frequency points of evaluation?
Or if anyone has a better idea on how could I compute these losses, it would be also great.
Thanks!
I have been trying to simulate the design of a CPW using HFSS and I would like to analyse a little bit more the losses mechanisms in the simulation. For that I have been trying to compute the losses due to the finite conductivity of my metallic electrodes (defined as volumetric objects and allowing the solver to solve inside of these objects as well), but so far I have not been able to get the values of these losses as a function of frequency.
I have tried using the field calculator tool, but regardless of the frequency of choise; the obtained losses value is always the same. (I assume that it always returns the value for the expression defined at the last frequency point of computation)
How could I integrate this function into the sweep module of the analysis and finally being able to compute the conduction losses at each one of the different frequency points of evaluation?
Or if anyone has a better idea on how could I compute these losses, it would be also great.
Thanks!