1 k2 + VL 1 μF VsZ 0 In the above figure the source frequency is 1000 rad/sec and the amplitude of the source voltage is 1000 Volts. Note that the phase angle of the source voltage is zero. The...


1 k2<br>+<br>VL<br>1 μF<br>VsZ 0<br>In the above figure the source frequency is 1000 rad/sec and the amplitude<br>of the source voltage is 1000 Volts. Note that the phase angle of the source<br>voltage is zero. The current through the circuit is 1 +<br>Oj A.<br>a)<br>Calculate the voltage across the inductor (V = ?).<br>b)<br>Calculate the value of the inductor in Henries (L = ?).<br>41<br>

Extracted text: 1 k2 + VL 1 μF VsZ 0 In the above figure the source frequency is 1000 rad/sec and the amplitude of the source voltage is 1000 Volts. Note that the phase angle of the source voltage is zero. The current through the circuit is 1 + Oj A. a) Calculate the voltage across the inductor (V = ?). b) Calculate the value of the inductor in Henries (L = ?). 41

Jun 10, 2022
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