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2. An abrupt Si junction (area=0.0001 cm?) has the following parameters. n-side: Na = 5x1017cm3 p-side: Na = 1017cm3 %3D Draw and label the band diagram, and calculate the difference between the Fermi level and the intrinsic Fermi level on both sides. Calculate the built-in potential at the junction in equilibrium and the depletion width. What is the total number of exposed acceptors in the depletion region?

2. An abrupt Si junction (area=0.0001 cm?) has the following parameters. n-side: Na = 5x1017cm3 p-side: Na = 1017cm3 %3D Draw and label the band diagram, and calculate the difference between the Fermi level and the intrinsic Fermi level on both sides. Calculate the built-in potential at the junction in equilibrium and the depletion width. What is the total number of exposed acceptors in the depletion region?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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2. An abrupt Si junction (area=0.0001 cm?) has the following parameters. n-side: Na = 5x1017cm3 p-side: Na = 10"cm3 Draw and label the band diagram, and calculate the difference between the Fermi level and the intrinsic Fermi level on both sides. Calculate the built-in potential at the junction in equilibrium and the depletion width. What is the total number of exposed acceptors in the depletion region?
Transcribed Image Text:2. An abrupt Si junction (area=0.0001 cm?) has the following parameters. n-side: Na = 5x1017cm3 p-side: Na = 10"cm3 Draw and label the band diagram, and calculate the difference between the Fermi level and the intrinsic Fermi level on both sides. Calculate the built-in potential at the junction in equilibrium and the depletion width. What is the total number of exposed acceptors in the depletion region?
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