The electron concentration in a region of silicon is shown in Fig. P2.44. (a) If the electron mobility is 350 cm²/Vs and the width WB = 0.25 µm, deter- mine the electron diffusion current density. Assume room temperature. (b) Plot the electron velocity for 0≤x≤ WB. 1018 0 0 n(x) (#/cm³) WB X

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Hello. I just want to find part a.  I think I know how to get B when I get there. I am just having trouble with part A. 

Thank you for the help. 

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100|-|
1018
0
1
100%
O
The electron concentration in a region of silicon is
shown in Fig. P2.44. (a) If the electron mobility is
350 cm²/Vs and the width WB = 0.25 µm, deter-
mine the electron diffusion current density. Assume
room temperature. (b) Plot the electron velocity for
0 ≤ x ≤ WB.
n(x) (#/cm³)
0
igure P2.44
Normal text ▼ Arial
WB
11 +BIU A
21 113114115116117 Ol
X
✔
78%
→
54°F
o
2
M.
D
im
10
134
>
**
=S ■
n
10:22 AM
10/17/2022
X
:
2
Transcribed Image Text:Untitled document - Google Docs X + ← → с https://docs.google.com/document/d/1GwQ1Wwe2FWPJw6pxcqiPqsA3PHjVT-wR89GVTq_N1dY/edit Search the menus (Alt+/) Type here to search 100|-| 1018 0 1 100% O The electron concentration in a region of silicon is shown in Fig. P2.44. (a) If the electron mobility is 350 cm²/Vs and the width WB = 0.25 µm, deter- mine the electron diffusion current density. Assume room temperature. (b) Plot the electron velocity for 0 ≤ x ≤ WB. n(x) (#/cm³) 0 igure P2.44 Normal text ▼ Arial WB 11 +BIU A 21 113114115116117 Ol X ✔ 78% → 54°F o 2 M. D im 10 134 > ** =S ■ n 10:22 AM 10/17/2022 X : 2
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