The linear electron-concentration profile shown in Fig. E3.5 has been established in a piece of silicon. If = no 10¹7/cm³ and W = 0.5 µm, find the electron-current density in microamperes per micron squared (µA/μm²). If a diffusion current of 1 mA is required, what must the cross-sectional area (in a direction perpendicular to the page) be? Recall that Dn = 35 cm²/s.

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3.5
If no
The linear electron-concentration profile shown in Fig. E3.5 has been established in a piece of silicon.
10¹7/cm³ and W = 0.5 µm, find the electron-current density in microamperes per micron
squared (µA/µm²). If a diffusion current of 1 mA is required, what must the cross-sectional area (in a
direction perpendicular to the page) be? Recall that D₁ = 35 cm²/s.
n
=
Transcribed Image Text:3.5 If no The linear electron-concentration profile shown in Fig. E3.5 has been established in a piece of silicon. 10¹7/cm³ and W = 0.5 µm, find the electron-current density in microamperes per micron squared (µA/µm²). If a diffusion current of 1 mA is required, what must the cross-sectional area (in a direction perpendicular to the page) be? Recall that D₁ = 35 cm²/s. n =
Figure E3.5
n(x) A
no
0
W
X
Transcribed Image Text:Figure E3.5 n(x) A no 0 W X
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