1] A silicon wafer is doped with 1015 cm 3 donor atoms. Assume light generates density of electrons and holes equal to 1

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1] A silicon wafer is doped with 1015 cm 3 donor atoms. Assume light generates density of electrons and holes equal to 1

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1 A Silicon Wafer Is Doped With 1015 Cm 3 Donor Atoms Assume Light Generates Density Of Electrons And Holes Equal To 1 1
1 A Silicon Wafer Is Doped With 1015 Cm 3 Donor Atoms Assume Light Generates Density Of Electrons And Holes Equal To 1 1 (29.28 KiB) Viewed 36 times
1] A silicon wafer is doped with 1015 cm 3 donor atoms. Assume light generates density of electrons and holes equal to 1018 cm3. Calculate the total electron and hole concentrations and location of the quasi-Fermi levels for the electrons and holes with respect to the intrinsic Fermi level. (n = 1x1010 cm3, Nc = 2.8x1019 cm3, Ny = 1.04x1019 cm3, T = 300K).
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