If the operating point of the transistor (Q-point) is defined at Ic. = 5.2mA and= 7.5V, while VBE = 0.7V, Rg = 3000, Rc1 = 3kN, and Rc2 = 100n,VCEQi. Find B and Rg at the operating pointii. Find Rc3 Figure Q4(a)(i) shows a circuit containing a transistor. Figure Q4(a)(ii) shows the loadline for Figure Q4(a)) transistor.V cRc2RcRBRC3C2C1RETransistor(i)etmA)165 A150 A101354120pA105A90 A75A60 A45ALoad line30 A15 A10152025V(V)X-grid resolution of 0.5 V(ii)Figure Q4(a)Y-grid resolution of 0.2 mA

Answered: Image /qna-images/answer/b3f0e24f-7583-4d6e-8aaa-048bf7747556.jpg

If the operating point of the transistor (Q-point) is defined at Ic. = 5.2mA and VCE, = 7.5V, while Vsg = 0.7V, Rg = 300N, Rc1 = 3kN, and Rc2 = 100N, %3D i. Find B and Rg at the operating point ii. Find Rc3

If the operating point of the transistor (Q-point) is defined at Ic. = 5.2mA and VCE, = 7.5V, while Vsg = 0.7V, Rg = 300N, Rc1 = 3kN, and Rc2 = 100N, %3D i. Find B and Rg at the operating point ii. Find Rc3

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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Question

If the operating point of the transistor (Q-point) is defined at Ic. = 5.2mA and
= 7.5V, while VBE = 0.7V, Rg = 3000, Rc1 = 3kN, and Rc2 = 100n,
VCEQ
i. Find B and Rg at the operating point
ii. Find Rc3

Figure Q4(a)(i) shows a circuit containing a transistor. Figure Q4(a)(ii) shows the load
line for Figure Q4(a)) transistor.
V c
Rc2
Rc
RB
RC3
C2
C1
RE
Transistor
(i)
etmA)
165 A
150 A
10
1354
120pA
105A
90 A
75A
60 A
45A
Load line
30 A
15 A
10
15
20
25
V(V)
X-grid resolution of 0.5 V
(ii)
Figure Q4(a)
Y-grid resolution of 0.2 mA

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