2. An 8-stage impulse generator has 1.2 uF capacitors rated for 167 kV. What is its maximumdischarge energy? If it has to produce a 1/50 μs waveform across a load capacitor of 15,000 pF,find the values if the wave front and wave tail resistances.3. Calculate the peak current and waveshape of the output current of the following generator. Totalcapacitance of the generator is 53 uF. The charging voltage is 200 kV. The circuit inductance is1.47 mH, and the dynamic resistance of the test object is 0.051 ohms.4. A single-phase testing transformer rated for 2 kV/350 kV, 3500 kVA, 50 Hz on testing yields thefollowing data: (i) No-load voltage on HV side 2% higher than the rated value when the inputvoltage is 2 kV on the LV side (ii) Short circuit test with HV side shorted, rated current wasobtained with 10% rated voltage on the input side. Calculate the self-capacitance on the HVside and the leakage reactance referred to the HV side. Neglect resistance.

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An 8-stage impulse generator has 1.2 uF capacitors rated for kV. What is its maximum discharge energy? If it has to produce a 1/50 μs waveform across a load capacitor of 15,000 pF, find the values if the wave front and wave tail resistances.

An 8-stage impulse generator has 1.2 uF capacitors rated for kV. What is its maximum discharge energy? If it has to produce a 1/50 μs waveform across a load capacitor of 15,000 pF, find the values if the wave front and wave tail resistances.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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