Three phase Y-A connected circuit, RMS value per phase of Y connected AC source is 87V....

 

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Three phase Y-A connected circuit, RMS value per phase of Y connected AC source is 87V. In the load side, a capacitor of 0.87μF is connected series with 6160 resistance in each phase. C. d. ~ e. f. 2 Examine the circuit and find following values: a. Line-to-line voltage of source b. Phase and line-to-line voltage of load Phase current of source Phase current of load 87 Vrms 0.87μF 6140 ww Please also upload your LTSpice document in order me to download. This is too important for me. Thank you. Apparent and reactive power dissipation of each load phase Total power dissipation Simulate the circuit using LT SPICE and provide following plots: Phase current of load and source (on same graph). Indicate which one is greater and explain why. Phase voltage of load and source (on same graph). Find phase difference between them, and comment on it. Phase current and voltage of load (on same graph). Find phase difference through the graph and compare it with analytical calculations. Three phase Y-A connected circuit, RMS value per phase of Y connected AC source is 87V. In the load side, a capacitor of 0.87μF is connected series with 6160 resistance in each phase. C. d. ~ e. f. 2 Examine the circuit and find following values: a. Line-to-line voltage of source b. Phase and line-to-line voltage of load Phase current of source Phase current of load 87 Vrms 0.87μF 6140 ww Please also upload your LTSpice document in order me to download. This is too important for me. Thank you. Apparent and reactive power dissipation of each load phase Total power dissipation Simulate the circuit using LT SPICE and provide following plots: Phase current of load and source (on same graph). Indicate which one is greater and explain why. Phase voltage of load and source (on same graph). Find phase difference between them, and comment on it. Phase current and voltage of load (on same graph). Find phase difference through the graph and compare it with analytical calculations.

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Converting A connected Load to Y Z 87V rms Z Mence we can make per phase representation as c a Line ... View the full answer