The electric field of a step-approximated PN Junction is: where Ks = 11.8 for Silicon and E = 8.85E - 14. ↑ Charge Р qND(x) -Xn Xp -qN₁(x) dE de - Kra = da Find the maximum electric field Emaz in the depletion region. Hint: What is the value of a linear function after has passed? ↑ 0 Given that the depletion region extends to x = 6.852E-5 cm in the n-side with ND = 1.313E14.

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The electric field of a step-approximated PN Junction is:
where Ks = 11.8 for Silicon and E
= 8.85E - 14.
↑
Charge
Р
qND(x)
-Xn
Xp
-qN₁(x)
dE
de - Kra
=
da
Find the maximum electric field Emaz in the depletion region.
Hint: What is the value of a linear function after has passed?
↑
0
Given that the depletion region extends to x = 6.852E-5 cm in the n-side with ND = 1.313E14.
Transcribed Image Text:The electric field of a step-approximated PN Junction is: where Ks = 11.8 for Silicon and E = 8.85E - 14. ↑ Charge Р qND(x) -Xn Xp -qN₁(x) dE de - Kra = da Find the maximum electric field Emaz in the depletion region. Hint: What is the value of a linear function after has passed? ↑ 0 Given that the depletion region extends to x = 6.852E-5 cm in the n-side with ND = 1.313E14.
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