Given : Vcc = +15V; Cb = 10uF; Cc = 10uF; RB = 120 ks2; Rc = 3 k2; RE = 1.75 k2; B = 65; Silicon diode. NPN type transistor. Determine the following: 1. I B at quiescent 2. alpha 3. VCE at quiescent 4. Ic' 5. Ic (sat) 6. construct a voltage feedback bias circuit

Given : Vcc = +15V; Cb = 10uF; Cc = 10uF; RB = 120 ks2; Rc = 3 k2; RE = 1.75 k2; B = 65; Silicon diode. NPN type transistor. Determine the following: 1. I B at quiescent 2. alpha 3. VCE at quiescent 4. Ic' 5. Ic (sat) 6. construct a voltage feedback bias circuit

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Given:
Given : Vcc = +15V; Cb = 10uF; Cc = 10uF; RB = 120 k; Rc = 3 k2; RE = 1.75 km2; B = 65; Silicon diode.
NPN type transistor.
Determine the following:
1. IB at quiescent
2. alpha
3. VCE at quiescent
4. Ic'
5. Ic (sat)
6. construct a voltage feedback bias circuit

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Step 1: Given that

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Step 2: 1. Calculation of Base current at Q point

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Step 3: 2. Calculation of alpha

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Step 4: 3. Calculation of VCE

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Step 5: 4. Calculation of collector current

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Step 6: 5. Calculation of Icsat

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