The charge density in silicon is -8.5x10^15 electrons/cc when -2.04 microns + 2.09 microns. What is the voltage drop across the region {V(+2.09) - V(-2.09)}? Please use three significant digits and fixed point notation.
The charge density in silicon is -8.5x10^15 electrons/cc when -2.04 microns + 2.09 microns. What is the voltage drop across the region {V(+2.09) - V(-2.09)}? Please use three significant digits and fixed point notation.
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Transcribed Image Text:-4 Ci, please use three significant figures and fixed point notation.
QUESTION 6
The charge density in silicon is -8.5x10^15 electrons/cc when -2.04 microns < x < 0. The charge density is +8.5x10^15 electrons/cc when 0<x< +2.04 microns.
What is the electric field in volts/micron when x =0 ? 1 micron = 10^-4 cm, the charge on an electron is 1.602x10^-19 coulombs, the dielectic constant in silicon is
1.036x10^-12 Fd/cm. please use three significant figures and fixed point notation.
QUESTION 7
If the electric field is -a x(b - |z), where a is 2.2 volts/micron^2, and b is 2.09 microns. The electric field is zero when z < -2.09 microns, and zero when z> +
2.09 microns. What is the voltage drop across the region {V(+2.09) - V(-2.09)}? Please use three significant digits and fixed point notation.
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