The capacitance of a multi-layer parallel plate electrode system is 4.25 picofarad Sum of the voltages across the dielectric layers is equal to the voltage applied to the entire system. The relative permittivity (&:) and electric field strength (Es) across any dielectric layer are given in table. The maximum voltage that could have been applied to the system without having any discharge is 200 kV. Find the area of electrode surface in cm? Ca = 8.85x10- F-m Layer No. Relative permittivity Electric field strength (kV/cm) 4.8 120 50 5.2 130 2.6 70 2.4 60 5.2 130 1.6 40 8. 3.2 80

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Chapter21: Resistive-capacitive Series Circuits
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High voltage system EENG451
The capacitance of a multi-layer parallel plate electrode system is 4.25 picofarad. Sum of the voltages across
the dielectric layers is equal to the voltage applied to the entire system. The relative permittivity (ɛ) and
electric field strength (Es) across any dielectric layer are given in table. The maximum voltage that could
have been applied to the system without having any discharge is 200 kV.
Find the area of electrode surface in cm².
Ca = 8.85x10- F-m
Layer No.
Relative permittivity
Electric field strength (kV/cm)
4.8
120
2
50
3
5.2
130
4
2.6
70
2.4
60
5.2
130
7
1.6
40
8.
3.2
80
Transcribed Image Text:The capacitance of a multi-layer parallel plate electrode system is 4.25 picofarad. Sum of the voltages across the dielectric layers is equal to the voltage applied to the entire system. The relative permittivity (ɛ) and electric field strength (Es) across any dielectric layer are given in table. The maximum voltage that could have been applied to the system without having any discharge is 200 kV. Find the area of electrode surface in cm². Ca = 8.85x10- F-m Layer No. Relative permittivity Electric field strength (kV/cm) 4.8 120 2 50 3 5.2 130 4 2.6 70 2.4 60 5.2 130 7 1.6 40 8. 3.2 80
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