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3. Determine the voltage drop across the resistor of Fig. 20.21 if the incident flux is 3000 fc, Vx, = 25 V, and R = 100 kn. Use the characteristics of Fig. 20.22. Figure 20.21 Photodiode: (a) basic busing arrangement and construction; (b) symbol. Dark 2000 f 3000 f 4000 fe 5000 f 4₂(A) -400 -800 Figure 20.22 Photodio characteristics

3. Determine the voltage drop across the resistor of Fig. 20.21 if the incident flux is 3000 fc, Vx, = 25 V, and R = 100 kn. Use the characteristics of Fig. 20.22. Figure 20.21 Photodiode: (a) basic busing arrangement and construction; (b) symbol. Dark 2000 f 3000 f 4000 fe 5000 f 4₂(A) -400 -800 Figure 20.22 Photodio characteristics

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
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3. Determine the voltage drop across the resistor of Fig. 20.21 if the incident flux is 3000 fc, Vx, = 25 V, and R = 100 kn. Use the characteristics of Fig. 20.22. (a) (b) Figure 20.21 Photodiode: (a) basic biasing arrangement and construction; (b) symbol. -20 Dark current 1000 fe 2000 f 3000 f 4000 fe 5000 f -10 4 (PA) 0 V -200 -600 -800 Figure 20.22 Photodiode characteristics.
Transcribed Image Text:3. Determine the voltage drop across the resistor of Fig. 20.21 if the incident flux is 3000 fc, Vx, = 25 V, and R = 100 kn. Use the characteristics of Fig. 20.22. (a) (b) Figure 20.21 Photodiode: (a) basic biasing arrangement and construction; (b) symbol. -20 Dark current 1000 fe 2000 f 3000 f 4000 fe 5000 f -10 4 (PA) 0 V -200 -600 -800 Figure 20.22 Photodiode characteristics.
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