Problems Ql: Calculate electrons and holes concentration in a germanium sample. If T=300 K, N=5x10/m', N-0. Assume that n=2.4x10%/m. (Ans: 5.97x10"/m., 9.65x10/m) Q2: Calculate holes and electrons concentration in compensated silicon p-type sample. If T=300 K, N=3×10'/m², N=102/m'. Assume that n=1.5x10/m'. (Ans: 7x10/m', 3.2x10/m)
Problems Ql: Calculate electrons and holes concentration in a germanium sample. If T=300 K, N=5x10/m', N-0. Assume that n=2.4x10%/m. (Ans: 5.97x10"/m., 9.65x10/m) Q2: Calculate holes and electrons concentration in compensated silicon p-type sample. If T=300 K, N=3×10'/m², N=102/m'. Assume that n=1.5x10/m'. (Ans: 7x10/m', 3.2x10/m)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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![Electronic Physics
Dr. Ghusoon Mohsin Ali
Problems
Q1: Calculate electrons and holes concentration in a germanium sample.
If T=300 K, N-5x10/m', N-0. Assume that n;=2.4x10/m'.
(Ans: 5.97x10"/m', 9.65x10/m)
Q2: Calculate holes and electrons concentration in compensated silicon
p-type sample. If T=300 K, N-3x102/m2, N-102/m'. Assume that
n=1.5x10/m.
(Ans: 7x102/m', 3.2x10/m)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1744957e-6879-4423-8f58-15a4105543b1%2F6aa76677-75a6-4ef3-9eae-cf92f5897b81%2Fs0txif_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Electronic Physics
Dr. Ghusoon Mohsin Ali
Problems
Q1: Calculate electrons and holes concentration in a germanium sample.
If T=300 K, N-5x10/m', N-0. Assume that n;=2.4x10/m'.
(Ans: 5.97x10"/m', 9.65x10/m)
Q2: Calculate holes and electrons concentration in compensated silicon
p-type sample. If T=300 K, N-3x102/m2, N-102/m'. Assume that
n=1.5x10/m.
(Ans: 7x102/m', 3.2x10/m)
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