Refer to the diagram attached.
1. Calculate the resonant frequency of the circuit
2. Calculate the magnitude of the circuit current at resonance.
3. Calculate the value of VOUT at resonance.
4. Explain why the circuit current is capacitive (i.e. leads the supply voltage) at very low frequencies and inductive at very high frequencies.
Please see the attached Word document for solutions.
a) The resonant frequency, 0, is the frequency at which the reactive impedances ...
This solution provides formulas and calculations in an attached Word document. The resonant frequency of a circuit are determined.