A six-stage impulse generator designed to generate the standard waveform (1.2/5 us) has a per stage capacitance of 0.06 uF to be used to test transformers with an equivalent winding to earth capacitance of 1 nF. A peak output voltage of 550 kV is required for testing the transformer. O Draw the basic circuit diagram of the multi-stage impulse generator indicating all relevant values on it. A (1) Calculate the wave front, wave tail control resistors and maximum impulse voltage output from the generator. (

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b) A six-stage impulse generator designed to generate the standard
waveform (1.2/5 us) has a per stage capacitance of 0.06 uF to be
used to test transformers with an equivalent winding to earth
capacitance of 1 nF. A peak output voltage of 550 kV is required for
testing the transformer.
O Draw the basic circuit diagram of the multi-stage impulse
generator indicating all relevant values on it.
(i) Calculate the wave front, wave tail control resistors and maximum
impulse voltage output from the generator. (
A BIA
Transcribed Image Text:b) A six-stage impulse generator designed to generate the standard waveform (1.2/5 us) has a per stage capacitance of 0.06 uF to be used to test transformers with an equivalent winding to earth capacitance of 1 nF. A peak output voltage of 550 kV is required for testing the transformer. O Draw the basic circuit diagram of the multi-stage impulse generator indicating all relevant values on it. (i) Calculate the wave front, wave tail control resistors and maximum impulse voltage output from the generator. ( A BIA
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