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In a Si semiconductor sample of 100 um length at 300K the hole concentration as a function of the sample length follows a quadratic relationship of the form p(x) = ix 1013 x², at equilibrium the value of the electric field at x = 40 µm will be: %3D

In a Si semiconductor sample of 100 um length at 300K the hole concentration as a function of the sample length follows a quadratic relationship of the form p(x) = ix 1013 x², at equilibrium the value of the electric field at x = 40 µm will be: %3D

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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田☆ 48 /75 125% In a Si semiconductor sample of 100 um length at 300K the hole concentration as a function of the sample length follows a quadratic relationship of the form p(x) = 1x 1013 x2, at equilibrium the value of the electric field at x = 40 µm will be: %3D Select one:
Transcribed Image Text:田☆ 48 /75 125% In a Si semiconductor sample of 100 um length at 300K the hole concentration as a function of the sample length follows a quadratic relationship of the form p(x) = 1x 1013 x2, at equilibrium the value of the electric field at x = 40 µm will be: %3D Select one:
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