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In resonant pulse commutation, C = 30 μF and L = 5 μH. Initial voltage across capacitor = VS = VC = 240 V. If the constant load current of 240 A, then circuit then of time for main thyristor is______μsec.a)26.5b)28.5Correct answer is between '26.5,28.5'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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In resonant pulse commutation, C = 30 μF and L = 5 μH. Initial voltage across capacitor = VS = VC = 240 V. If the constant load current of 240 A, then circuit then of time for main thyristor is______μsec.a)26.5b)28.5Correct answer is between '26.5,28.5'. Can you explain this answer?, a detailed solution for In resonant pulse commutation, C = 30 μF and L = 5 μH. Initial voltage across capacitor = VS = VC = 240 V. If the constant load current of 240 A, then circuit then of time for main thyristor is______μsec.a)26.5b)28.5Correct answer is between '26.5,28.5'. Can you explain this answer? has been provided alongside types of In resonant pulse commutation, C = 30 μF and L = 5 μH. Initial voltage across capacitor = VS = VC = 240 V. If the constant load current of 240 A, then circuit then of time for main thyristor is______μsec.a)26.5b)28.5Correct answer is between '26.5,28.5'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice In resonant pulse commutation, C = 30 μF and L = 5 μH. Initial voltage across capacitor = VS = VC = 240 V. If the constant load current of 240 A, then circuit then of time for main thyristor is______μsec.a)26.5b)28.5Correct answer is between '26.5,28.5'. Can you explain this answer? tests, examples and also practice GATE tests.