1. Show how to find the answer. Table 1 is used to answer question 1. Materials Eg (eV)B (cm³K 3/2 Silicon (Si) 1.1 5.23x1015 Gallium Arsenide 1.4 2.10x1014 (GaAs) Germanium (Ge) 0.66 1.66x1015 Calculate the carrier concentration of Germanium (GE) at 300 °K using the data in Table 1 wheri ni = B and. K=P:6x10-5 Calculate the Built-in Potential Barrier of a Germanium (GE) P-N junction at a temperature (T = 300 °K) with N 10 particles/cm, NF 10" particles/cm and V,= 2.60x10. with the n; Value trom clause 1 •2 When Voi e ķ Tn( Na Nd
1. Show how to find the answer. Table 1 is used to answer question 1. Materials Eg (eV)B (cm³K 3/2 Silicon (Si) 1.1 5.23x1015 Gallium Arsenide 1.4 2.10x1014 (GaAs) Germanium (Ge) 0.66 1.66x1015 Calculate the carrier concentration of Germanium (GE) at 300 °K using the data in Table 1 wheri ni = B and. K=P:6x10-5 Calculate the Built-in Potential Barrier of a Germanium (GE) P-N junction at a temperature (T = 300 °K) with N 10 particles/cm, NF 10" particles/cm and V,= 2.60x10. with the n; Value trom clause 1 •2 When Voi e ķ Tn( Na Nd
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter1: Atomic Structure
Section: Chapter Questions
Problem 6RQ: How many valence electrons are generally contained in materials used for insulators?
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