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4. A BJT amplifier has the following component values as shown in the figure with a hoe = 20µS and ß = 180. Solve for the AC parameters ZIT, Zor, AT, and Avr using the r, transistor model. The V; terminal is connected to a 2 mV sinusoidal source with a series source resistance of 7500 and the V, terminal is connected to a 2kN load. Vcc = 20 V 4.7 k2 220 k2 Cc Cc 56 kQ CE 2.2 k2

4. A BJT amplifier has the following component values as shown in the figure with a hoe = 20µS and ß = 180. Solve for the AC parameters ZIT, Zor, AT, and Avr using the r, transistor model. The V; terminal is connected to a 2 mV sinusoidal source with a series source resistance of 7500 and the V, terminal is connected to a 2kN load. Vcc = 20 V 4.7 k2 220 k2 Cc Cc 56 kQ CE 2.2 k2

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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4. A BJT amplifier has the following component values as shown in the figure with a hoe = 20µS and ß = 180. Solve for the AC parameters ZIT, Zor, ArTr, and AyT using the r̟ transistor model. The V; terminal is connected to a 2 mV sinusoidal source with a series source resistance of 750N and the V, terminal is connected to a 2kN load. Vcc = 20 V ' 4.7 k. 220 k2 Cc V, AH Cc 56 k2 ' 2.2 kN CE
Transcribed Image Text:4. A BJT amplifier has the following component values as shown in the figure with a hoe = 20µS and ß = 180. Solve for the AC parameters ZIT, Zor, ArTr, and AyT using the r̟ transistor model. The V; terminal is connected to a 2 mV sinusoidal source with a series source resistance of 750N and the V, terminal is connected to a 2kN load. Vcc = 20 V ' 4.7 k. 220 k2 Cc V, AH Cc 56 k2 ' 2.2 kN CE
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