Q2: An impulse generator has 12 capacitors of 0.12 μF, and 200 KV rating. The wave front and wave tail resistance are 1.25 KΩ and 4 KΩ respectively. If the load capacitance including that of the test object is 1000 pF, find: (1) the wave front time , (2) the wave tail time, and (3) the peak voltage of impulse wave produced, and (4) the regulation of this generator? If t1=3R1C1C2 / (C1+ C2) and t2=0.7(R1+R2) (C1+ C2)
Q2: An impulse generator has 12 capacitors of 0.12 μF, and 200 KV rating. The wave front and wave tail resistance are 1.25 KΩ and 4 KΩ respectively. If the load capacitance including that of the test object is 1000 pF, find: (1) the wave front time , (2) the wave tail time, and (3) the peak voltage of impulse wave produced, and (4) the regulation of this generator? If t1=3R1C1C2 / (C1+ C2) and t2=0.7(R1+R2) (C1+ C2)
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter21: Resistive-capacitive Series Circuits
Section: Chapter Questions
Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...
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Q2: An impulse generator has 12 capacitors of 0.12 μF, and 200 KV rating. The wave front and wave tail resistance are 1.25 KΩ and 4 KΩ respectively. If the load capacitance including that of the test object is 1000 pF, find: (1) the wave front time , (2) the wave tail time, and (3) the peak voltage of impulse wave produced, and (4) the regulation of this generator? If
t1=3R1C1C2 / (C1+ C2) and t2=0.7(R1+R2) (C1+ C2)
(Use Exact Method)
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