1. Starting with the definition of complex power and the symmetrical sequence components, develop the expression of the 3-phase complex power in terms of the symmetrical sequence components. Show steps in detail. For numerical example use the following per-unit values: ?" = 1.3∠5°, ?* = 1.4∠ − 114°, ?- = 1.25∠124° V" = 1.2∠15°, ?* = 1.35∠ − 110°, ?- = 1.15∠134°
2. Develop a live script document in Matlab that allows setting a phase and magnitude of a signal in dynamic mode. The script shall include a plot of the signal.
1. Starting with the definition of complex power and the symmetrical sequence components, develop the expression...
1. Starting with the definition of complex power and the symmetrical sequence components, develop the expression of the 3-phase complex power in terms of the symmetrical sequence components. Show steps in detail. For numerical example use the following per-unit values: ?" = 1.3∠5°, ?* = 1.4∠ − 114°, ?- = 1.25∠124° V" = 1.2∠15°, ?* = 1.35∠ − 110°, ?- = 1.15∠134°
2. Develop a live script document in Matlab that allows setting a phase and magnitude of a signal in dynamic mode. The script shall include a plot of the signal. 3. The script shall allow the setting of a sampling rate in dynamic mode. The live script shall sample the signal at the dynamically set sampling rate given in samples per cycle and will store the samples into a matrix. Plot the samples within the script. 4. Within the same...