In the circuit shown determine the value of the inductance such that the current is in phase with the source voltage.
Answer to relevant QuestionsDraw the frequency domain circuit and calculate I(t) for the circuit shown if vs(t)=10 cos(377t+30°) V. The currents iR(t) and iC(t) in the circuit shown can be drawn as phasors in a phasor diagram. Use a phasor diagram to show that iR(t) + iC(t) = iS(t). Draw the frequency domain network and calculate v0(t) in the circuit shown if iS(t)=100cos(5000t+8.13°)mA. Also, using a phasor diagram, show that iL(t)+ iR(t)= iS(t). Find IS in the network shown if Vo=2Find V0 in the network shown.
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