1- Use your results to Plot the characteristics of the diode in both, forward and reverse biasing (in different sheets and with clear scales), Observe your forward biasing graph, any function give you? What kind of a device is a diode (linear or nonlinear)? Why? 2- How is the electric field across the pn junction created? 3- Because of its barrier potential. Can a diode be used as a voltage source? Explain. 4- By using your results, determine the rd and rR for the Diode 5- Compare between the important characteristics of silicon & germanium diode. Which one is widely used?

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Discussion:
1- Use your results to Plot the characteristics of the diode in both, forward and
reverse biasing (in different sheets and with clear scales), Observe your forward
biasing graph, any function give you? What kind of a device is a diode (linear or
nonlinear)? Why?
2- How is the electric field across the pn junction created?
3- Because of its barrier potential. Can a diode be used as a voltage source? Explain.
4- By using your results, determine the rd and rR for the Diode
5- Compare between the important characteristics of silicon & germanium diode.
Which one is widely used?
Transcribed Image Text:Discussion: 1- Use your results to Plot the characteristics of the diode in both, forward and reverse biasing (in different sheets and with clear scales), Observe your forward biasing graph, any function give you? What kind of a device is a diode (linear or nonlinear)? Why? 2- How is the electric field across the pn junction created? 3- Because of its barrier potential. Can a diode be used as a voltage source? Explain. 4- By using your results, determine the rd and rR for the Diode 5- Compare between the important characteristics of silicon & germanium diode. Which one is widely used?
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