transistor hasbe=4R2NccB=80The interelecirude copacilaueCbe=80PF Cbc=2 PFCce = 120 PFEffect of R, and R2 negleded .LUF R,Ike:R2910244Fl0k2%3DFind the higher cut-off frequency af the amplifier.A2650kHz®705kHz ©265 kHz D 141 KHz e5 99 KHzB)

Answered: Image /qna-images/answer/615b415b-a56d-403c-a1d7-0f3108406c03.jpg

transistor has B=80 The intereledlrede copacitance Cbe=80PF Cbc=2 PF Cce=120PF Ncc be=4R2 LUF R, ike %3D g1o | 244F Effect of R, and Rz negleded. Find the higher cutaoff frequency af the amplifier. A2650kHze705kHz ©265 kHz O 141 KHz 599 kHz

transistor has B=80 The intereledlrede copacitance Cbe=80PF Cbc=2 PF Cce=120PF Ncc be=4R2 LUF R, ike %3D g1o | 244F Effect of R, and Rz negleded. Find the higher cutaoff frequency af the amplifier. A2650kHze705kHz ©265 kHz O 141 KHz 599 kHz

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

transistor has
be=4R2
Ncc
B=80
The interelecirude copacilaue
Cbe=80PF Cbc=2 PF
Cce = 120 PF
Effect of R, and R2 negleded .
LUF R,
Ike:
R2
910244F
l0k2
%3D
Find the higher cut-off frequency af the amplifier.
A2650kHz®705kHz ©265 kHz D 141 KHz e5 99 KHz
B)

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