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(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl Rower) vit) { Electronic | Equipment (2) If V;(t) - v2 (120) Sin (wt "'), Calculate the power factor (PF), the total harmonic
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(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl Rower) vit) { Electronic | Equipment (2) If V;(t) - v2 (120) Sin (wt "'), Calculate the power factor (PF), the total harmonic distortion in the current waveform, and average power.

User James Owers
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The complete question is shown on the first uploaded image

Answer:

1) The fundamental order harmonics of
i_(s)(t) = (20)/(\pi)Sin(wt)

The second order harmonics is = 0

The third order harmonics is = 0

The fifth order harmonics is = 0

2) The power factor is 0.5

The total harmonic distortion is 1.21

The average power is 424.2 watt

Step-by-step explanation:

(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl-example-1
(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl-example-2
(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl-example-3
(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl-example-4
(1) Calculate fundamental, Second, third and fifth order harmonics of is (t). istl-example-5
User Hasanatkazmi
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