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2. a. Using the characteristics of Fig. 2.152b, determine ID and V₁ for the circuit of Fig. 2.153. b. Repeat part (a) with R = 0.47 kn. c. Repeat part (a) with R = 0.68 kn. d. Is the level of VD relatively close to 0.7 V in each case? + VD. Si E 6 V + R 0.2 KM VR

2. a. Using the characteristics of Fig. 2.152b, determine ID and V₁ for the circuit of Fig. 2.153. b. Repeat part (a) with R = 0.47 kn. c. Repeat part (a) with R = 0.68 kn. d. Is the level of VD relatively close to 0.7 V in each case? + VD. Si E 6 V + R 0.2 KM VR

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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2. a. Using the characteristics of Fig. 2.152b, determine ID and VD for the circuit of Fig. 2.153. b. Repeat part (a) with R = 0.47 kn. c. Repeat part (a) with R = 0.68 kn. d. Is the level of VD relatively close to 0.7 V in each case? + VD Si 30+ 25+ -20+ 15- 10+ -0 ID (mA)- 0.7 V- 2 3 E=6V 5 FIG. 2.153 6 + R20.2 k VR (b) FIG. 2.152 8 O 10 11 12 VD (V)
Transcribed Image Text:2. a. Using the characteristics of Fig. 2.152b, determine ID and VD for the circuit of Fig. 2.153. b. Repeat part (a) with R = 0.47 kn. c. Repeat part (a) with R = 0.68 kn. d. Is the level of VD relatively close to 0.7 V in each case? + VD Si 30+ 25+ -20+ 15- 10+ -0 ID (mA)- 0.7 V- 2 3 E=6V 5 FIG. 2.153 6 + R20.2 k VR (b) FIG. 2.152 8 O 10 11 12 VD (V)
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