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Q1 using the curves of Fig. 1: a. Determine the voltage across Si diode at a current of 2 mA. b. Repeat for a current of 5 mA. c. Repeat for a current of 30 mA. d. Determine the average value of the diode voltage for the range of currents listed above.

Q1 using the curves of Fig. 1: a. Determine the voltage across Si diode at a current of 2 mA. b. Repeat for a current of 5 mA. c. Repeat for a current of 30 mA. d. Determine the average value of the diode voltage for the range of currents listed above.

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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A Q1 using the curves of Fig. 1: a. Determine the voltage across Si diode at a current of 2 mA. b. Repeat for a current of 5 mA. c. Repeat for a current of 30 mA. d. Determine the average value of the diode voltage for the range of currents listed above. Vay (GaAs). 100 V VBV (Si) 1, (GaAs) 50 V 1, (Si) 4/p(mA) 30- 25 20 15 10 Vxy (Ge) 1, (Ge) SpA 0.3 0.7 Vx (Gr) Vx (Si) 10 pA Ge 1 μA Si GaAs 1.0-1.2 V₁ (GaAs) VD (V)
Transcribed Image Text:A Q1 using the curves of Fig. 1: a. Determine the voltage across Si diode at a current of 2 mA. b. Repeat for a current of 5 mA. c. Repeat for a current of 30 mA. d. Determine the average value of the diode voltage for the range of currents listed above. Vay (GaAs). 100 V VBV (Si) 1, (GaAs) 50 V 1, (Si) 4/p(mA) 30- 25 20 15 10 Vxy (Ge) 1, (Ge) SpA 0.3 0.7 Vx (Gr) Vx (Si) 10 pA Ge 1 μA Si GaAs 1.0-1.2 V₁ (GaAs) VD (V)
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