Concept Map: Energy dependence of average electron energy vs doping density and temp. + [ (N₁ = N₁ )² + ₁ 2 p=n₁e₁-E, KT

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Concept Map Energy Dependence Of Average Electron Energy Vs Doping Density And Temp N N 2 P N E E Kt 1 (32.08 KiB) Viewed 68 times

Concept Map: Energy dependence of average electron energy vs doping density and temp. + [ (N₁ = N₁ )² + ₁ 2 p=n₁e₁-E, KT N₁-NA. 2 n = n₁e₁-E₁)/kT n= = +n ni ²] p=0²/a = N₁-No + [(N₁-ND) *+ ²] 2 2 E₁-E, KTln(n/n,) = -kTln(p/n,) = To Do: 1) Determine Er-Ei for ND-1E+15Pcm³ at 300K, assume ni=1.5E+10cm³. 2) Determine Er-Ei for NA-1E+15Pcm³ at 300K, assume ni=1.5E+10cm³³. You should assume or look up value for k and that in each case the dopant is present in large majority...at least 3-5 orders of mag.. Be sure to show all of your work.