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Vin 1 uF 80 k Ohm 80k 20k 20 k Ohm 3k 3 k 0hm 1 k Ohm Vo 5 kOhm V

Vin 1 uF 80 k Ohm 80k 20k 20 k Ohm 3k 3 k 0hm 1 k Ohm Vo 5 kOhm V

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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Vin 1 uF HH 80 k Ohm 80k 20k 20 k 0hm 3k 23 kOhm 1 k Ohm Vo 5 k Ohm
Transcribed Image Text:Vin 1 uF HH 80 k Ohm 80k 20k 20 k 0hm 3k 23 kOhm 1 k Ohm Vo 5 k Ohm
a The TRANSISTORS IN The Circuit Shown have B = 120, Them if v= lov The operating point di is!- (1) ICO, ca ICO = lib (iii) ICO, = (iv) ICO₁ = Amplificer (1) Vo ® if V=lov Then the voltage gain of The b UI Vo +0195 Vim (ii) Vo = -2,89 ve VIN Vin = I'N No. VIN 1,15mA and VCEOI and VCEα₁ = 5,4 2153 mmA and VCE01 = 3,07 1173mm A And NCEOI VCE01 = 2135 3,05mA and VCE@1 = 1175 +2191 = -9125 © If I E₁ = 2mA, Them The R input is ୨
Transcribed Image Text:a The TRANSISTORS IN The Circuit Shown have B = 120, Them if v= lov The operating point di is!- (1) ICO, ca ICO = lib (iii) ICO, = (iv) ICO₁ = Amplificer (1) Vo ® if V=lov Then the voltage gain of The b UI Vo +0195 Vim (ii) Vo = -2,89 ve VIN Vin = I'N No. VIN 1,15mA and VCEOI and VCEα₁ = 5,4 2153 mmA and VCE01 = 3,07 1173mm A And NCEOI VCE01 = 2135 3,05mA and VCE@1 = 1175 +2191 = -9125 © If I E₁ = 2mA, Them The R input is ୨
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