1 1. Which is the largest capacitance of a test object that can beinstalled in parallel with C₂ in the impulse test set-up below? Thetest object shall be exposed to a standard lightning impulse test(1.2/50 us) with front time tolerances ± 30% and half valuetolerances +20%.C₁'s 15 nF/stageR₂'s= 3.6k/stageR₁ = 62502ΩC₂ = 0.5 nFR is the charging resistanceU₂ DCSphere-gapOC₁R₁R₂C₂

Solution- Impulse test- Given, C1's = 15 nF/stageR2's = 3.6 Kohm/stageR1 = 625 ohmC2 =0.5 nF

capacit installed in parallel with C₂ in the impulse test set-up below? Th test object shall be exposed to a standard lightning impulse tes (1.2/50 us) with front time tolerances ± 30% and half valu tolerances ±20%. C₁'s 15 nF/stage R Sphere-gap R₁

capacit installed in parallel with C₂ in the impulse test set-up below? Th test object shall be exposed to a standard lightning impulse tes (1.2/50 us) with front time tolerances ± 30% and half valu tolerances ±20%. C₁'s 15 nF/stage R Sphere-gap R₁

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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Question

1. Which is the largest capacitance of a test object that can be
installed in parallel with C₂ in the impulse test set-up below? The
test object shall be exposed to a standard lightning impulse test
(1.2/50 us) with front time tolerances ± 30% and half value
tolerances +20%.
C₁'s 15 nF/stage
R₂'s= 3.6k/stage
R₁ = 62502
Ω
C₂ = 0.5 nF
R is the charging resistance
U₂ DC
Sphere-gap
O
C₁
R₁
R₂
C₂

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