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a) Analyse the circuit provided in Figure 2 to determine the Ig, Ig , Vo V, and Vg using exact anaylsis if (R, = b) Analyse the circuit provided in Figure 2 to determine A, based on the ac equivalent circuit? (R1 = 47 ReRL ΚD and R,- Rc + R1. for AC equivalent circuit). Vcc +10 V Boc = 150 Bar = 175 R1 kl 4.7 kN 10 uF 10 uF R, * 600 N R2 * 10 kN RE 470 2 Rg2 470 Ω 10 mV ` 100 µF

a) Analyse the circuit provided in Figure 2 to determine the Ig, Ig , Vo V, and Vg using exact anaylsis if (R, = b) Analyse the circuit provided in Figure 2 to determine A, based on the ac equivalent circuit? (R1 = 47 ReRL ΚD and R,- Rc + R1. for AC equivalent circuit). Vcc +10 V Boc = 150 Bar = 175 R1 kl 4.7 kN 10 uF 10 uF R, * 600 N R2 * 10 kN RE 470 2 Rg2 470 Ω 10 mV ` 100 µF

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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Take r1 =26 for part a

a) Analyse the circuit provided in Figure 2 to determine the IB, Ig , Vc, VB, and Vg using exact anaylsis if (R, = b) Analyse the circuit provided in Figure 2 to determine A, based on the ac equivalent circuit? (R1 = 47 KO and R. for AC equivalent circuit). Rc + R1. Vcc +10 V Boc = 150 Bac = 175 Re * 4.7 kl R1 kN Vout C 10 uF 10μF R, , 600 Ω 10 kN RE 470 N 10 mV *100 µF 470 N
Transcribed Image Text:a) Analyse the circuit provided in Figure 2 to determine the IB, Ig , Vc, VB, and Vg using exact anaylsis if (R, = b) Analyse the circuit provided in Figure 2 to determine A, based on the ac equivalent circuit? (R1 = 47 KO and R. for AC equivalent circuit). Rc + R1. Vcc +10 V Boc = 150 Bac = 175 Re * 4.7 kl R1 kN Vout C 10 uF 10μF R, , 600 Ω 10 kN RE 470 N 10 mV *100 µF 470 N
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