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For the circuit shown below, calculate: - 1. The input impedance of the circuit 2. The output impedance with load 3. The total voltage gain 4. The total current gain 24 V -Vcc 22 k Ohm 8k Ohm 15 k Ohm 6k Ohm 3.3 M Ohm Darlington B1=50 B2=50 B1=100 1 uF B2 =80 3.3k Ohm 1.5 K Ohm 12k Ohm 2k Ohm 1k Ohn 470 Ohm

For the circuit shown below, calculate: - 1. The input impedance of the circuit 2. The output impedance with load 3. The total voltage gain 4. The total current gain 24 V -Vcc 22 k Ohm 8k Ohm 15 k Ohm 6k Ohm 3.3 M Ohm Darlington B1=50 B2=50 B1=100 1 uF B2 =80 3.3k Ohm 1.5 K Ohm 12k Ohm 2k Ohm 1k Ohn 470 Ohm

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
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Q1) For the circuit shown below, calculate: - 1. The input impedance of the circuit 2. The output impedance with load 3. The total voltage gain 4. The total current gain or cree 24 V dan 22 k Ohm 8k Ohm 15 k Ohm 6k Ohm 33MOhm Darlington B1=50 B2-50 P2=80 510ean B1=100 1uF to Exte 33k Ohm 1.5KOhm 12k Olm 2k Ohm 1kOhh 470 Ohm 02)
Transcribed Image Text:Q1) For the circuit shown below, calculate: - 1. The input impedance of the circuit 2. The output impedance with load 3. The total voltage gain 4. The total current gain or cree 24 V dan 22 k Ohm 8k Ohm 15 k Ohm 6k Ohm 33MOhm Darlington B1=50 B2-50 P2=80 510ean B1=100 1uF to Exte 33k Ohm 1.5KOhm 12k Olm 2k Ohm 1kOhh 470 Ohm 02)
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