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For the voltage-divider bias configuration of Fig. 2-19, if VD = 12 V and VGS

For the voltage-divider bias configuration of Fig. 2-19, if VD = 12 V and VGS

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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For the voltage-divider bias configuration of Fig. 2-19, if VD = 12 V and VGS
= − 2 V, determine the value of RS.

1ZAE @ 9:36 Asiacell ll. قم بال لمس ل لعودة إلى الاتصال ۰ ۳۹:۰ Lecture 2.pdf Exercises: 1. For the common-drain (source-follower) configuration of Fig. 2-18, dete the following: V GsQ, Ipo, VD, VG, Vs, VDG, and Vps- V DD + 9V DSs =16m4 Vp =-4V C2 I V, H P Vo RGŽ 1MQ Rs 2.2k2 Fig. 2-18 2. For the voltage-divider bias configuration of Fig. 2-19, if Vp = 12 V and =- 2 V, determine the value of Rs. D o16 V 1.8 k2 91 k2 0 12 V + VGs 47 kQ Rs Fig. 2-19
Transcribed Image Text:1ZAE @ 9:36 Asiacell ll. قم بال لمس ل لعودة إلى الاتصال ۰ ۳۹:۰ Lecture 2.pdf Exercises: 1. For the common-drain (source-follower) configuration of Fig. 2-18, dete the following: V GsQ, Ipo, VD, VG, Vs, VDG, and Vps- V DD + 9V DSs =16m4 Vp =-4V C2 I V, H P Vo RGŽ 1MQ Rs 2.2k2 Fig. 2-18 2. For the voltage-divider bias configuration of Fig. 2-19, if Vp = 12 V and =- 2 V, determine the value of Rs. D o16 V 1.8 k2 91 k2 0 12 V + VGs 47 kQ Rs Fig. 2-19
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