The three-phase full-wave controller in Figure 2 supplies a Y-connected resistive load of R = 102 and the line-to-line input voltage is 208 V (rms), 60 Hz. (a) Draw the output voltage wave form for a = 45° and 75⁰ 3 (b) If the delay angle isa = Determine (1) the rms output phase voltage Vo, (2) the input PF, and (3) the expression for the instantaneous output voltage of phase a.
The three-phase full-wave controller in Figure 2 supplies a Y-connected resistive load of R = 102 and the line-to-line input voltage is 208 V (rms), 60 Hz. (a) Draw the output voltage wave form for a = 45° and 75⁰ 3 (b) If the delay angle isa = Determine (1) the rms output phase voltage Vo, (2) the input PF, and (3) the expression for the instantaneous output voltage of phase a.
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![The three-phase full-wave controller in Figure 2 supplies a Y-connected resistive load of R =
10 2 and the line-to-line input voltage is 208 V (rms), 60 Hz.
(a) Draw the output voltage wave form for a = 45° and 75⁰
(b) If the delay angle isa =Determine (1) the rms output phase voltage Vo, (2) the input
PF, and (3) the expression for the instantaneous output voltage of phase a.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa6129b06-0c9a-4305-8b2a-ea790016c957%2Fe4accaca-090d-47c6-88fa-58d1a25de3ba%2Fmor8l4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The three-phase full-wave controller in Figure 2 supplies a Y-connected resistive load of R =
10 2 and the line-to-line input voltage is 208 V (rms), 60 Hz.
(a) Draw the output voltage wave form for a = 45° and 75⁰
(b) If the delay angle isa =Determine (1) the rms output phase voltage Vo, (2) the input
PF, and (3) the expression for the instantaneous output voltage of phase a.
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