Calculate the drift current density in a gallium arsenide sample at T doping concentration of Na = 0 and Na = 1021 /m². If µ, = 0.85 m² /V.s, µ, 0.04 m²/V.s, E = 15 V/cm, and n; = 2.2 × 1017 /m². 300 K, with %3D %3D 200.4x10^4 A /m ^2 20.4x10^4 A /m ^2 136x10^4 A /m ^2 2.04x10^4 A /m ^2 O

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Calculate the drift current density in a gallium arsenide sample at T = 300 K, with
doping concentration of Na = 0 and Na = 1021/m³. If µn = 0.85 m² /V.s, µ
0.04 m²/V.s, E = 15 V/cm, and n; = 2.2 x 1017/m³.
%3D
200.4x10^4 A /m ^2 O
20.4x10^4 A /m ^2
136x10^4 A /m ^2
2.04x10^4 A /m ^2 O
Transcribed Image Text:Calculate the drift current density in a gallium arsenide sample at T = 300 K, with doping concentration of Na = 0 and Na = 1021/m³. If µn = 0.85 m² /V.s, µ 0.04 m²/V.s, E = 15 V/cm, and n; = 2.2 x 1017/m³. %3D 200.4x10^4 A /m ^2 O 20.4x10^4 A /m ^2 136x10^4 A /m ^2 2.04x10^4 A /m ^2 O
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