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19. Determine the input and output impedances for each amplifier configuration in Figure 12–69. Aol = 175,000 Z, = 10 MQ Zout = 75 N Al = 200,000 Z, = 1 MQ Zou = 25 N Ao = 50,000 Z, = 2 MN Zout = 50 N Vin Vin oVout oVout out 560 kN R 1.0 M. 47 kN R; 2.7 kM R; 1.5 kN 56 kN (a) (b) (c)

19. Determine the input and output impedances for each amplifier configuration in Figure 12–69. Aol = 175,000 Z, = 10 MQ Zout = 75 N Al = 200,000 Z, = 1 MQ Zou = 25 N Ao = 50,000 Z, = 2 MN Zout = 50 N Vin Vin oVout oVout out 560 kN R 1.0 M. 47 kN R; 2.7 kM R; 1.5 kN 56 kN (a) (b) (c)

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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19. Determine the input and output impedances for each amplifier configuration in Figure 12–69. Aol = 175,000 Z, = 10 MQ Zout = 75 N A = 200,000 Zi, = 1 MQ Zout = 25 N Aol = 50,000 Z, = 2 MN Zout = 50 N Vin Vin V out out out 560 kN 47 kN 1.0 MQ R; 2.7 kN R; 1.5 kN R; 56 kM (a) (b) (c)
Transcribed Image Text:19. Determine the input and output impedances for each amplifier configuration in Figure 12–69. Aol = 175,000 Z, = 10 MQ Zout = 75 N A = 200,000 Zi, = 1 MQ Zout = 25 N Aol = 50,000 Z, = 2 MN Zout = 50 N Vin Vin V out out out 560 kN 47 kN 1.0 MQ R; 2.7 kN R; 1.5 kN R; 56 kM (a) (b) (c)
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