This document discusses diode modeling and provides an assignment on diode circuits. It covers ideal, practical, and complete diode approximations. The assignment involves determining voltages across diodes in series and parallel circuits using both ideal diode and complete diode models, accounting for diode resistances.

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CHAPTER 1

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DIODE MODEL
DIODE BIASING

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DIODE MODEL
DIODE APPROXIMATION
• IDEAL

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DIODE MODEL
DIODE APPROXIMATION
• PRACTICAL

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DIODE MODEL
DIODE APPROXIMATION
• COMPLETE

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DIODE MODEL
EXAMPLE

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DIODE MODEL
SOLUTION

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DIODE MODEL
SOLUTION CONTINUE…..

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DIODE MODEL
ASSIGNMENT 2DATE GIVEN= 27/10/2016 DUE DATE= 3/10/2016
1.

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DIODE MODEL
ASSIGNMENT 2DATE GIVEN= 27/10/2016 DUE DATE= 3/10/2016

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DIODE MODEL
ASSIGNMENT 2DATE GIVEN= 27/10/2016 DUE DATE= 3/10/2016

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DIODE MODEL
ASSIGNMENT 2DATE GIVEN= 27/10/2016 DUE DATE= 3/10/2016
18. Determine the voltage across each diode in above figure assuming an ideal diode
19. Determine the voltage across each diode in above fig , using complete diode model with rd=10
and rR=100M

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