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PN Junction P N V. A 1. You are given a PN junction with a uniform p-side doping of NA Np = 5 * 1014/cm³. 2 * 1017/cm3 and n-side doping of (a) Draw the energy band diagram of the entire wafer, indicating Ec,Ev,EF, andE;. The locations and curves of the energy levels do not have to be exact, the energy levels just have to be in the correct order. Also indicate with an arrow the built-in voltage vri. (b) Calculate the value of the built-in voltage. You may use T = VrH = 0.026V.

PN Junction P N V. A 1. You are given a PN junction with a uniform p-side doping of NA Np = 5 * 1014/cm³. 2 * 1017/cm3 and n-side doping of (a) Draw the energy band diagram of the entire wafer, indicating Ec,Ev,EF, andE;. The locations and curves of the energy levels do not have to be exact, the energy levels just have to be in the correct order. Also indicate with an arrow the built-in voltage vri. (b) Calculate the value of the built-in voltage. You may use T = VrH = 0.026V.

Introductory Circuit Analysis (13th Edition)
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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This about PN Junctions of semiconductors.

PN Junction N V. -- 1. You are given a PN junction with a uniform p-side doping of NA Np = 5 * 1014/cm³. 2 * 1017/cm³ and n-side doping of (a) Draw the energy band diagram of the entire wafer, indicating Ec,Ev,EF, andE;. The locations and curves of the energy levels do not have to be exact, the energy levels just have to be in the correct order. Also indicate with an arrow the built-in voltage vri. (b) Calculate the value of the built-in voltage. You may use kT = VrH = 0.026V. P.
Transcribed Image Text:PN Junction N V. -- 1. You are given a PN junction with a uniform p-side doping of NA Np = 5 * 1014/cm³. 2 * 1017/cm³ and n-side doping of (a) Draw the energy band diagram of the entire wafer, indicating Ec,Ev,EF, andE;. The locations and curves of the energy levels do not have to be exact, the energy levels just have to be in the correct order. Also indicate with an arrow the built-in voltage vri. (b) Calculate the value of the built-in voltage. You may use kT = VrH = 0.026V. P.
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