b) The net doping density. 3. A semiconductor has an intrinsic resistivity of 3x104 ohm-cm. Donor and acceptor atoms are added with densities of 10¹4 cm3 and 5x10¹² cm²³ respectively. Given ₁=1600 and p =600 cm²/V-s, determine the current density if the applied electric field is 100mV/cm. Assume that the carrier mobilities do not change with the change of doping density. P O n 4. A bar of intrinsic semiconductor has a resistance of 5 ohms at 360 K and 50 ohms at 330 K. Assume that the change in resistance is a result of the change in n, only. Calculate the band gap energy of the semiconductor. Assume that the carrier mobilities do not change with the change of temperature. hp PLECARE

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b) The net doping density.
3. A semiconductor has an intrinsic resistivity of 3x104 ohm-cm. Donor and
acceptor atoms are added with densities of 10¹4 cm3 and 5x10¹² cm²³ respectively.
Given ₁=1600 and p =600 cm²/V-s, determine the current density if the
Р
O
n
applied electric field is 100mV/cm. Assume that the carrier mobilities do not
change with the change of doping density.
4. A bar of intrinsic semiconductor has a resistance of 5 ohms at 360 K and 50 ohms
at 330 K. Assume that the change in resistance is a result of the change in n, only.
Calculate the band gap energy of the semiconductor. Assume that the carrier
mobilities do not change with the change of temperature.
Transcribed Image Text:b) The net doping density. 3. A semiconductor has an intrinsic resistivity of 3x104 ohm-cm. Donor and acceptor atoms are added with densities of 10¹4 cm3 and 5x10¹² cm²³ respectively. Given ₁=1600 and p =600 cm²/V-s, determine the current density if the Р O n applied electric field is 100mV/cm. Assume that the carrier mobilities do not change with the change of doping density. 4. A bar of intrinsic semiconductor has a resistance of 5 ohms at 360 K and 50 ohms at 330 K. Assume that the change in resistance is a result of the change in n, only. Calculate the band gap energy of the semiconductor. Assume that the carrier mobilities do not change with the change of temperature.
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