Consider a single-phase TSC connected to a distribution system of 18 kVrms and 60 Hz. Consider...

 

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Consider a single-phase TSC connected to a distribution system of 18 kVrms and 60 Hz. Consider single-phase TSC connected to a distribution system of 18 kVrms and 60 Hz. What should be the value of capacitance of the capacitor (bank) so that t he TSC can supply 10 MVAr? B) Draw the following waveforms assuming that the thyristors are fired in every line cycle: Grid voltage, (ii) voltage across the capacitor; (III) voltage across the antiparallel thyristors and (IV) current through the capacitor. Draw the following waveforms assuming that the thyristors are not fired and that the last Thyristor Le conduct was the one conducting positive current to the capacitor: Grid voltage. (ii) voltage across the capacito r. (III) voltage across the antiparallel thyristors and current through the capacitor: D) What is the peak value of the voltage that appears across each thyr istor? Consider a single-phase TSC connected to a distribution system of 18 kVrms and 60 Hz. Consider single-phase TSC connected to a distribution system of 18 kVrms and 60 Hz. What should be the value of capacitance of the capacitor (bank) so that t he TSC can supply 10 MVAr? B) Draw the following waveforms assuming that the thyristors are fired in every line cycle: Grid voltage, (ii) voltage across the capacitor; (III) voltage across the antiparallel thyristors and (IV) current through the capacitor. Draw the following waveforms assuming that the thyristors are not fired and that the last Thyristor Le conduct was the one conducting positive current to the capacitor: Grid voltage. (ii) voltage across the capacito r. (III) voltage across the antiparallel thyristors and current through the capacitor: D) What is the peak value of the voltage that appears across each thyr istor?

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Lets go through the calculations and show the workings step by step To determine the value of capaci... View the full answer