The pure silicon mold given on the side is doped with 10 ^ 18cm ^ -3 phosphorus atoms. When the electrical field is applied to the silicon mold, the resulting flux density is 500A / cm ^ 2. The resistance of the silicon cup was measured as 50 ohms. The ability to move electrons is 1200cm ^ 2 / etc. The ability to characterize holes is 400cm ^ 2 / etc. accordingly, what is the length of the silicon container. Yan tarafta verilen saf silikon kalıp, 101%cm-³ Fosfor atomu ilekalıbaSilikon20μkatkılanmaktadır.elektrikselalanuygulandığında oluşan toplam akı yoğunluğu 500 A/cm²" dir.Silikon kalıbın direnci de 502 olarak ölçülmüştür. Elektronhareket etme yeteneği 1200 cm?/V.s, deliklerin hareket etmeyeteneği ise 400 cm²/V.s’dir. Buna göreSilikon kalıbın uzunluğu kaç um’dir?50µmLSi için;E̟(eV) = 1.1E = 1.035 *1012 (F / cm)B(cm*K2) = 5.23 *10'5q = 1.6 *10-19k = 86 *10°eV | Kn: =1.5 x 1010 / cm³%3DV, = 0.025V

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Answered: The pure silicon mold given on the side…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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The pure silicon mold given on the side is doped with 10 ^ 18cm ^ -3 phosphorus atoms. When the electrical field is applied to the silicon mold, the resulting flux density is 500A / cm ^ 2. The resistance of the silicon cup was measured as 50 ohms. The ability to move electrons is 1200cm ^ 2 / etc. The ability to characterize holes is 400cm ^ 2 / etc. accordingly, what is the length of the silicon container.

Yan tarafta verilen saf silikon kalıp, 101%cm-³ Fosfor atomu ile
kalıba
Silikon
20μ
katkılanmaktadır.
elektriksel
alan
uygulandığında oluşan toplam akı yoğunluğu 500 A/cm²" dir.
Silikon kalıbın direnci de 502 olarak ölçülmüştür. Elektron
hareket etme yeteneği 1200 cm?/V.s, deliklerin hareket etme
yeteneği ise 400 cm²/V.s’dir. Buna göre
Silikon kalıbın uzunluğu kaç um’dir?
50µm
L
Si için;
E̟(eV) = 1.1
E = 1.035 *1012 (F / cm)
B(cm*K2) = 5.23 *10'5
q = 1.6 *10-19
k = 86 *10°eV | K
n: =
1.5 x 1010 / cm³
%3D
V, = 0.025V

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