A hypothetical semiconductor has an intrinsic carrier concentration of 1x10ºcm³ @100°C and effective density of states for conduction and valency band Of 10-18/cm³ each. Calculate the Eg. If it is now doped with 1016cm³ donors, what is the equilibrium hole and electron concentration. If the semiconductor is now doped with acceptors with concentration of 1018cm-3 what is the new equilibrium hole and electron concentrations.
A hypothetical semiconductor has an intrinsic carrier concentration of 1x10ºcm³ @100°C and effective density of states for conduction and valency band Of 10-18/cm³ each. Calculate the Eg. If it is now doped with 1016cm³ donors, what is the equilibrium hole and electron concentration. If the semiconductor is now doped with acceptors with concentration of 1018cm-3 what is the new equilibrium hole and electron concentrations.
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Transcribed Image Text:A hypothetical semiconductor has an intrinsic carrier concentration of 1X10-9 cm³@100°C
and effective density of states for conduction and valency band Of 10-18/cm³ each. Calculate
the Eg. If it is now doped with 1016cm³ donors, what is the equilibrium hole and electron
concentration. If the semiconductor is now doped with acceptors with concentration of
1018cm3 what is the
equilibrium hole and electron concentrations.
new
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