200kV is applied to the three-layer planar electrode system. Di electric coefficients and layer thicknesses are ₁ = 2⁹0 £2 = £0 a₁=1,5cm E3 = 580 a2=0,5cm a3-2cm a) Calculate the electric fields in the layers and the voltages falling on the layers? b) Since Ed1=50kV/cm, Ed2= 30kV/cm, Ed3= 180kV/cm, examine the breakdown status of the system?
200kV is applied to the three-layer planar electrode system. Di electric coefficients and layer thicknesses are ₁ = 2⁹0 £2 = £0 a₁=1,5cm E3 = 580 a2=0,5cm a3-2cm a) Calculate the electric fields in the layers and the voltages falling on the layers? b) Since Ed1=50kV/cm, Ed2= 30kV/cm, Ed3= 180kV/cm, examine the breakdown status of the system?
Related questions
Question
5
Transcribed Image Text:200kV is applied to the three-layer planar electrode
system. Di electric coefficients and layer
thicknesses are
&₁ = 280
E₂ = 80
a₁ 1,5cm
E3 = 580
a2=0,5cm
a3-2cm
a) Calculate the electric fields in the layers and the
voltages falling on the layers?
b) Since Ed1=50kV/cm, Ed2= 30kV/cm, Ed3=
180kV/cm, examine the breakdown status of the
system?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 4 steps with 3 images
