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An impulse generator has 6 stages with each capacitor rated for 0.16 micro F and 125kv....

An impulse generator has 6 stages with each capacitor rated for 0.16 micro F and 125kv. The load capacitor available is 1400pF . Calculate the series resistance and the damping resistance needed to produce 1.2/50 microseconds is impulse wave. Plot the output voltage as a function of time, hence determine the maximum output voltage of the generator, if the charging voltage is 120kv?

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A voltage impulse generator has 10 stages having the same value of capacitor rated at 0.15...
A voltage impulse generator has 10 stages having the same value of capacitor rated at 0.15 μF and a loading capacitor is rated at 1,500 pF with 150 kV dc charging voltage. Given that an impulse waveform of 1.5/50 μs. Determine; i) The impulse front time, Tf, ii) The impulse tail time, Tt, iii) The constants α and β, iv) Maximum output voltage, Vmax.
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