For the electric circuit in Figure 4, assume input voltage is Vg(t)=247.49cos(1000t+45 degree ). Find and draw the Thevenin equivalent in phasor domain by calculating a. The open circuit voltage phasor Voc b. The equivalent impedance directly

34 7 - For the electric circuit in Figure 4, assume input voltage is Vg(t)=247.49cos(1000t+45 degree ). Find and draw the Thevenin equivalent in phasor domain by calculating a. The open circuit voltage phasor Voc b. The equivalent impedance directly

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images - For the electric circuit in Figure 4, assume input voltage is Vg(t)=247.49cos(1000t+45 degree ). Find and draw the Thevenin equivalent in phasor domain by calculating a. The open circuit voltage phasor Voc b. The equivalent impedance directly

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