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For the BJT amplifier in the figure below, determine Avmid, Zin, and the cutoff frequencies fi, fu and fr. 14 V Cw, 5 pF Che= 12 pF Cw 8 pF Che= 40 pF Cee = 8 pF %3! 5.6 k2 68 kn 0.47 µF B = 120 I kn 0.47 µF 3.3 k2 10 k2 1.2 k2 V, 20 µF

For the BJT amplifier in the figure below, determine Avmid, Zin, and the cutoff frequencies fi, fu and fr. 14 V Cw, 5 pF Che= 12 pF Cw 8 pF Che= 40 pF Cee = 8 pF %3! 5.6 k2 68 kn 0.47 µF B = 120 I kn 0.47 µF 3.3 k2 10 k2 1.2 k2 V, 20 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
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For the BJT amplifier in the figure below, determine Aymid, Zin, and the cutoff frequencies fi. fH and fr. 14 V Cw = 5 pF Che = 12 pF Cw. = 8 pF Che = 40 pF C = 8 pF 5.6 k2 68 k2 0.47 µF V. V; B = 120 I k2 0.47 µF 3.3 k2 10 k2 1.2 k2, V, 20 µF
Transcribed Image Text:For the BJT amplifier in the figure below, determine Aymid, Zin, and the cutoff frequencies fi. fH and fr. 14 V Cw = 5 pF Che = 12 pF Cw. = 8 pF Che = 40 pF C = 8 pF 5.6 k2 68 k2 0.47 µF V. V; B = 120 I k2 0.47 µF 3.3 k2 10 k2 1.2 k2, V, 20 µF
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