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Texts: I'm only interested in (3). I completed the simulation and got V1 = 148.9 < -0.000665 and I2 = 128.9 < 120, however, I cannot get the same results on the manual calculation. (1) Verify per-phase analysis techniques by simulating three-phase circuit operation using the MATLAB Power System Blockset. (2) Compare and contrast simulation techniques and solving equivalent circuits by hand. j0.1 V = 100/0V V j1.0 0.1 + j0.01 FIGURE 1. Balanced 3-Phase Circuit Van = 1000V Vn = 100-120V Ven = 100120V f = 60 Hz Procedure: (1) Using MATLAB's Power System Blockset, build the electrical circuit seen in Figure 1. You should use the component kit to find the required components and measuring devices. (2) Using the associated measurement devices, measure and find the sinusoidals vi(t) and i(t). (3) Then, using per-phase analysis, manually solve for v(t) and i2(t).

          Texts: I'm only interested in (3). I completed the simulation and got V1 = 148.9 < -0.000665 and I2 = 128.9 < 120, however, I cannot get the same results on the manual calculation.

(1) Verify per-phase analysis techniques by simulating three-phase circuit operation using the MATLAB Power System Blockset. 
(2) Compare and contrast simulation techniques and solving equivalent circuits by hand.

j0.1
V = 100/0V
V
j1.0 
0.1 + j0.01

FIGURE 1. Balanced 3-Phase Circuit
Van = 1000V
Vn = 100-120V
Ven = 100120V
f = 60 Hz

Procedure:
(1) Using MATLAB's Power System Blockset, build the electrical circuit seen in Figure 1. You should use the component kit to find the required components and measuring devices.
(2) Using the associated measurement devices, measure and find the sinusoidals vi(t) and i(t).
(3) Then, using per-phase analysis, manually solve for v(t) and i2(t).

texts im only interested in 3 i completed the simulation and got v1 1489 0000665 and i2 1289 120 however i cannot get the same results on the manual calculation 1 verify per phase analysis t 63918

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