The electric field distribution in the "depleted region" of a semiconductor diode made from a material with a relative dielectric permittivity of 20 is given by the formulas Ex-1x1012x, Ey-2x1012y, E₂-0 where the electric field is in V/m and X and y are Cartesian coordinates in metres. Calculate and enter the charge density in this part of the device, in C/m³ to 3 significant figures. Your result should not depend on X,Y, and Z.

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
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ISBN:9781337399128
Author:Russell E. Smith
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Chapter12: Electronic Control Devices
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QUESTION 3
The electric field distribution in the "depleted region" of a semiconductor diode made from a material with a relative dielectric permittivity of 20 is given by the formulas
Ex-1×10¹2x, Ey-2x1012y, E₂-0 where the electric field is in V/m and X and y are Cartesian coordinates in metres. Calculate and enter the charge density in this part of the
device, in C/m³ to 3 significant figures. Your result should not depend on X,Y, and Z.
Transcribed Image Text:QUESTION 3 The electric field distribution in the "depleted region" of a semiconductor diode made from a material with a relative dielectric permittivity of 20 is given by the formulas Ex-1×10¹2x, Ey-2x1012y, E₂-0 where the electric field is in V/m and X and y are Cartesian coordinates in metres. Calculate and enter the charge density in this part of the device, in C/m³ to 3 significant figures. Your result should not depend on X,Y, and Z.
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