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Vc RC RB1 V. out Rin Vin RE Rp2 Vc=9 V, Rin=1.1 kO, R81=170 kN, R82=110 kN, Rc=5.3 kN, Rɛ=3.6 kN %3D %3D Calculate the input resistance r; [Q] (VBE=0.7V, V7 = 25 mV, ß = 200).

Vc RC RB1 V. out Rin Vin RE Rp2 Vc=9 V, Rin=1.1 kO, R81=170 kN, R82=110 kN, Rc=5.3 kN, Rɛ=3.6 kN %3D %3D Calculate the input resistance r; [Q] (VBE=0.7V, V7 = 25 mV, ß = 200).

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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VC=9 V, Rin=1.1 kΩ, RB1=170 kΩ, RB2=110 kΩ, RC=5.3 kΩ, RE=3.6 kΩ

Calculate the input resistance ri [Ω] (VBE=0.7V, VT = 25 mV, β = 200).

Vc RC RB1 Vout HH Rin Vin RE RB2 Vc=9 V, Rin=1.1 kO, R81=170 kN, Rg2=110 k2, Rc=5.3 kN, Rɛ=3.6 k %3D Calculate the input resistance r; [Q] (VBE=0.7V, V7 = 25 mV, ß = 200). Tolerance +0.05 relative
Transcribed Image Text:Vc RC RB1 Vout HH Rin Vin RE RB2 Vc=9 V, Rin=1.1 kO, R81=170 kN, Rg2=110 k2, Rc=5.3 kN, Rɛ=3.6 k %3D Calculate the input resistance r; [Q] (VBE=0.7V, V7 = 25 mV, ß = 200). Tolerance +0.05 relative
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