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Exercise 2-7: Find the current-through each-resistor and the voltage at each node of the voltage- controlled current source in Fig. 2-11. What is the transconductance of the source? [Answer: V= 3.75 V, V= 7.5 V, Vc=3.75 V, L=2.5 mA, k=1.5625 mA, 2=0.9375 mA, I=0.9375 mA, I-0.9375 mA, gm-0.25 nS] %3D R-4D R-4k0 R = 4 k0 Y- + 10 Vo- R 1.5 ka

Exercise 2-7: Find the current-through each-resistor and the voltage at each node of the voltage- controlled current source in Fig. 2-11. What is the transconductance of the source? [Answer: V= 3.75 V, V= 7.5 V, Vc=3.75 V, L=2.5 mA, k=1.5625 mA, 2=0.9375 mA, I=0.9375 mA, I-0.9375 mA, gm-0.25 nS] %3D R-4D R-4k0 R = 4 k0 Y- + 10 Vo- R 1.5 ka

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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Fig. 2-10 Exercise 2-7: Find the current through each resister and the voltage at each node of the voltage- controlled current source in Fig. 2-11. What is the transconductance of the source? [Answer: V= 3.75 V, V=7.5 V, Vc=3.75 V, h=2.5 mA, I =1.5625 mA, h= 0.9375 mA, I=0.9375 mA, I=0.9375 mA, gm=0.25 nS] R3 -4 LD R- 4 ka R = 4 k0 Vin - + 10 Vo-W R2 - 4 ka RL = 1.5 ka3 Fig. 2-11
Transcribed Image Text:Fig. 2-10 Exercise 2-7: Find the current through each resister and the voltage at each node of the voltage- controlled current source in Fig. 2-11. What is the transconductance of the source? [Answer: V= 3.75 V, V=7.5 V, Vc=3.75 V, h=2.5 mA, I =1.5625 mA, h= 0.9375 mA, I=0.9375 mA, I=0.9375 mA, gm=0.25 nS] R3 -4 LD R- 4 ka R = 4 k0 Vin - + 10 Vo-W R2 - 4 ka RL = 1.5 ka3 Fig. 2-11
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