Exercises:1. For each one of the circuits shown in Fig. 3-10, determine:(a) VGs, and gm•(b) Z;, and Z,.(c) A, =V,/V;, and A, = I,/I;.V Dp+18VRp$3.3kQCc I.I Dss = 5mAVp =-4VDSS5.6µF +V,R§4.7k2Z.ICs5.6µF +V; Rs1.2k2z,Rsig $1k2

Answered: Image /qna-images/answer/70d7c6b0-08a6-4561-ab1e-874543346dee.jpg

Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm. (b) Zi, and Zo. (c) A, =V,/V,, and A, = 1,/1,. V DD +18V Rp3.3k2 I Dss = 5mA Vp = -4V DSS 5.6uF. V,R4.7k2 I Cs 5.6µF + R. sig 1kQ V; Rs1.2k2 Z

Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm. (b) Zi, and Zo. (c) A, =V,/V,, and A, = 1,/1,. V DD +18V Rp3.3k2 I Dss = 5mA Vp = -4V DSS 5.6uF. V,R4.7k2 I Cs 5.6µF + R. sig 1kQ V; Rs1.2k2 Z

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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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

Exercises:
1. For each one of the circuits shown in Fig. 3-10, determine:
(a) VGs, and gm•
(b) Z;, and Z,.
(c) A, =V,/V;, and A, = I,/I;.
V Dp
+18V
Rp$3.3kQ
Cc I.
I Dss = 5mA
Vp =-4V
DSS
5.6µF +
V,R§4.7k2
Z.
I
Cs
5.6µF +
V; Rs1.2k2
z,
Rsig $1k2

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