the_emi_guy
No, I haven't done laplace transforms. I'm asking this because I'm doing a computer project and want my programme to be able to give me the natural frequency. Laplace transforms sound a bit too out of scope for this.
Up until now I though I could. I can find total impedance and everything, it's just getting the frequency for complicated circuits like this. I can't find any literature on it either.
So I know that the equation for the natural frequency of an RLC circuit is:
ω0=(LC)-1/2
I'm just wondering how this would change for a circuit with more than one inductor or capacitor. Say for instance an inductor in parallel with a capacitor, both connected in series to another inductor...
So I know that the equation for the natural frequency of an RLC circuit is:
ω0=(LC)-1/2
I'm just wondering how this would change for a circuit with more than one inductor or capacitor. Say for instance an inductor in parallel with a capacitor, both connected in series to another inductor...