With nearly every simulation software, instead of automatic sweep, you can set a variable. Either make the frequency be set by the variable, and sweep that parameter, or if you like, do it the other way around, and have the variable track the frequency.
You then have a variable to use to meddle with the other values. You may have to include the the suitable 10^n constant in with it if you are not using Hz and Farads, to keep the units correct.
BUT! .. I have gone along with this so far because I was curious about the motivation. The makers of simulation software have taken a lot of trouble to take the pain out of figuring how reactive components really behave. Reactive components do notice the frequency!
The wonderful point where the inductive susceptance equals the capacitive susceptance except for sign, and we get the tuned resonance.. is what we need to know! Why would you deliberately want to knobble that simulation by making a susceptance that does not behave the way it would in nature?
"Nature cannot be fooled" - Richard Feynman..
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With nearly every simulation software, instead of automatic sweep, you can set a variable. Either make the frequency be set by the variable, and sweep that parameter, or if you like, do it the other way around, and have the variable track the frequency.
You then have a variable to use to meddle with the other values. You may have to include the the suitable 10^n constant in with it if you are not using Hz and Farads, to keep the units correct.
BUT! .. I have gone along with this so far because I was curious about the motivation. The makers of simulation software have taken a lot of trouble to take the pain out of figuring how reactive components really behave. Reactive components do notice the frequency!
The wonderful point where the inductive susceptance equals the capacitive susceptance except for sign, and we get the tuned resonance.. is what we need to know! Why would you deliberately want to knobble that simulation by making a susceptance that does not behave the way it would in nature?
"Nature cannot be fooled" - Richard Feynman..