I am trying to design an inductor which will be part of a series LC resonant circuit.
At resonance the voltage across the inductor is higher than the applied voltage
Do I use the applied voltage or the magnified voltage when calculating flux density of the inductors magnetic core?
B=V*t/N*Ae
Just want to be sure...
Also, if the core hits saturation at resonance won't that force the circuit out of resonance since the inductance will drop?
At resonance the voltage across the inductor is higher than the applied voltage
Do I use the applied voltage or the magnified voltage when calculating flux density of the inductors magnetic core?
B=V*t/N*Ae
Just want to be sure...
Also, if the core hits saturation at resonance won't that force the circuit out of resonance since the inductance will drop?