A balanced delta-connected load with impedance per phase of 30/30° 2 is connected to an abc-sequence balanced three-phase source with exc = -120√2 cos(120zt - ) v through conductors with negligible impedances. Determine the line currents, load phase currents and the total complex power drawn by the load. Express your final answers in polar form.

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A balanced delta-connected load with impedance per phase of 30/30° is
connected to an abc-sequence balanced three-phase source with
€AC = -120√2 cos(120nt- FF) v through conductors with negligible impedances.
Determine the line currents, load phase currents and the total complex power drawn by
the load. Express your final answers in polar form.
Transcribed Image Text:A balanced delta-connected load with impedance per phase of 30/30° is connected to an abc-sequence balanced three-phase source with €AC = -120√2 cos(120nt- FF) v through conductors with negligible impedances. Determine the line currents, load phase currents and the total complex power drawn by the load. Express your final answers in polar form.
Determine the load phase currents and phase voltages for the three-phase circuit in
item #1 when the line impedance per phase is 4 + j3 Q. Express your final answers in
polar form.
Transcribed Image Text:Determine the load phase currents and phase voltages for the three-phase circuit in item #1 when the line impedance per phase is 4 + j3 Q. Express your final answers in polar form.
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