2. U= 36 kV is applied between the electrodes in a parallel planar electrode system, shown in theFigure, with an electrode opening a = 15 mm.U=36 kVa1 = 5mm (air)at-Snma2 = 10mm (glass)a=15 mma) Before placing glass pieces between the electrodes, if there is only air with a puncturestrength Edair= 30 kV / cm, calculate the electric field strength in the system. Determinewhether the system will be punctured or not?b) f a piece of glass with a 10 mm thick puncture strength Edcam = 100 kV / cm and r2 (glass) =4 is placed on the lower electrode, the voltages falling on the glass Riece and the remaining aitlayer of 5 mm thickness with r1 (ai) = 1, and Calculate the electric field strength Examine thesystem in terms of puncture?c) In this two-Jayered plane electrode system consisting of air and glass, by showing thedistance from the grounded lower plane electrode as x, find the relation between theelectrodes giving the potential at any point depending on the x and U voltage Plot thevariation of the potential with x.d) Calculate the capacity of the two-layer system by taking the surface area of planeelectrodes as S = 50 cm2 (0 8.854 pF/m).

A) For air puncture strenght Edair = 30 kv/cmWe have C= Ad = 8.854x10-12x50x10-415x10-3= 2.95 PF Q…

2.U= 36 kV is applied between the electrodes in a parallel planar electrode system, shown in the Figure, with an electrode opening a = 15 mm. | U=36 kV al = 5mm (air} al-Smm a2 = 10mm (glass) a=15 mm a) Before placing glass pieces between the electrodes, if there is only air with a puncture strength Edair = 30 kV / cm, calculate the electric field strength in the whether the system will be punctured or not? b) If a piece of glass with a 10 mm thịck puncture strength Edcam = 100 kV / cm and r2 (glass) = 4 is placed on the lower electrode, the voltages falling on the glass Riece and the remaining air layer of 5 mm thickness with r1 (air) = 1, and Calculate the electric field strength Examine the system in terms of puncture? c) In this two-Jayered plane electrode system consisting of air and glass, by showing the distance from the grounded lower plane electrode as x, find the relation between the electrodes giving the potential at any point depending on the x and U voltage Plot the variation of the potential with x. d) Calculate the capacity of the two-layer system by taking the surface area of plane electrodes as S = 50 cm2 (0 = 8,854 pE/ m). tem. Determine

2.U= 36 kV is applied between the electrodes in a parallel planar electrode system, shown in the Figure, with an electrode opening a = 15 mm. | U=36 kV al = 5mm (air} al-Smm a2 = 10mm (glass) a=15 mm a) Before placing glass pieces between the electrodes, if there is only air with a puncture strength Edair = 30 kV / cm, calculate the electric field strength in the whether the system will be punctured or not? b) If a piece of glass with a 10 mm thịck puncture strength Edcam = 100 kV / cm and r2 (glass) = 4 is placed on the lower electrode, the voltages falling on the glass Riece and the remaining air layer of 5 mm thickness with r1 (air) = 1, and Calculate the electric field strength Examine the system in terms of puncture? c) In this two-Jayered plane electrode system consisting of air and glass, by showing the distance from the grounded lower plane electrode as x, find the relation between the electrodes giving the potential at any point depending on the x and U voltage Plot the variation of the potential with x. d) Calculate the capacity of the two-layer system by taking the surface area of plane electrodes as S = 50 cm2 (0 = 8,854 pE/ m). tem. Determine

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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