Assuming p = 60 kv/m, what is the z-component of the electric displacement D₂ in silicon (in units of 0 kV/m)? Answer: Assuming p = 60 kv/m, what is the x-component of the electric displacement D2 in silicon (in units of €0 kV/m)? Answer:
Assuming p = 60 kv/m, what is the z-component of the electric displacement D₂ in silicon (in units of 0 kV/m)? Answer: Assuming p = 60 kv/m, what is the x-component of the electric displacement D2 in silicon (in units of €0 kV/m)? Answer:
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Transcribed Image Text:Assuming p = 6€ kV/m, what is the z-component of the electric displacement
D2 in silicon (in units of € kV/m)?
Answer:
Assuming p = 6€0 kV/m, what is the x-component of the electric displacement
D₂ in silicon (in units of €0 kV/m)?
Answer:
Transcribed Image Text:The figure shows the interface between two linear dielectrics, silicon and silicon
dioxide with relative permittivities 12 and 4 respectively. The interfaces of the two
materials are perpendicular to the 2 as shown in the figure, and can contain an
interface charge density, p. An electric field in silicon dioxide (region 1) is given as
: 4î + 6k kV/m. D₁ and D₂ are the corresponding electric displacements
in regions 1 and 2 respectively. The questions on this page are all based on this
E₁
=
system.
Р
E2, D2,
E₁, D₁
Region 2: Si
Er2 = 12
Er1 = 4
Region 1: SiO₂
N
12,
X
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