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Question: 17 if the fermi energy of a silicon sample is...

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17. If the Fermi energy of a silicon sample is uniformly 0.2 eV below the conduction band, calculate: () the electron and hole densities and (i) Doping concentration. Assume the silicon bandgap is 1.12 eV, the temperature is 300 °K, and the effective density of sates in the conduction band is 2.86 x 10 cm3
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