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1. Determine whether each silicon diode below figures is forward-biased or reverse- biased. 2. Determine the voltage across each diode in below figures, assuming the practical model. 3. Determine the voltage across each diode in below figures, assuming an ideal diode. 4. Determine the voltage across each diode in below figures, using the complete diode model with: ra = 10 N and rg = 100 M). 100 V 102 5vE 560 N 8 V (a)

1. Determine whether each silicon diode below figures is forward-biased or reverse- biased. 2. Determine the voltage across each diode in below figures, assuming the practical model. 3. Determine the voltage across each diode in below figures, assuming an ideal diode. 4. Determine the voltage across each diode in below figures, using the complete diode model with: ra = 10 N and rg = 100 M). 100 V 102 5vE 560 N 8 V (a)

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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1. Determine whether each silicon diode below figures is forward-biased or reverse- biased. 2. Determine the voltage across each diode in below figures, assuming the practical model. 3. Determine the voltage across each diode in below figures, assuming an ideal diode. 4. Determine the voltage across each diode in below figures, using the complete diode model with: ra = 10 N and rg = 100 M). 100 V 10 N 5vE 560 N 8 V (a)
Transcribed Image Text:1. Determine whether each silicon diode below figures is forward-biased or reverse- biased. 2. Determine the voltage across each diode in below figures, assuming the practical model. 3. Determine the voltage across each diode in below figures, assuming an ideal diode. 4. Determine the voltage across each diode in below figures, using the complete diode model with: ra = 10 N and rg = 100 M). 100 V 10 N 5vE 560 N 8 V (a)
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