For the amplifier circuit shown in figure below with (a = 0.99) and (r, =½. = 0). determine: Vcc + 20V 1- re 2- (hfe) and (hie) 3- dc output voltage (Vc). 4- (Zb), (Z¡), (Z.), and (Z') 5- (A,) and (A¡) 6- ac output voltage (V,) R{ 4 kQ R 9 kQ H 1 Cs Z. R, 310kQ Z, Rs5002 Z, R, 50mV 1kQ REIŽ180N RE2{ 8202
For the amplifier circuit shown in figure below with (a = 0.99) and (r, =½. = 0). determine: Vcc + 20V 1- re 2- (hfe) and (hie) 3- dc output voltage (Vc). 4- (Zb), (Z¡), (Z.), and (Z') 5- (A,) and (A¡) 6- ac output voltage (V,) R{ 4 kQ R 9 kQ H 1 Cs Z. R, 310kQ Z, Rs5002 Z, R, 50mV 1kQ REIŽ180N RE2{ 8202
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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![For the amplifier circuit shown in figure below with (a = 0.99) and (r, = 1/h., = 0).
determine:
V cc + 20V
1- re
2- (hfe) and (hie)
3- dc output voltage (Vc).
4- (Zp), (Z;), (Z), and (Z')
5- (A,) and (A¡)
6- ac output voltage (V.)
R. 4 kQ
RE 9 kQ
Z,
RL
10kΩ
Rs$5002
R, 1kQ REI 1802
50mV
RE2{ 8202
CE](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff434faf5-9ab5-41dc-a8bf-95e68a377f5d%2F6dda4ee8-d6d8-43be-86c1-c30b767d05d3%2F18tc30p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the amplifier circuit shown in figure below with (a = 0.99) and (r, = 1/h., = 0).
determine:
V cc + 20V
1- re
2- (hfe) and (hie)
3- dc output voltage (Vc).
4- (Zp), (Z;), (Z), and (Z')
5- (A,) and (A¡)
6- ac output voltage (V.)
R. 4 kQ
RE 9 kQ
Z,
RL
10kΩ
Rs$5002
R, 1kQ REI 1802
50mV
RE2{ 8202
CE
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