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10kN, Q 1. The parameters of the circuit in Figure 1 are R, = 1kN, C = 10µF, C; = 20PF, R; = 25kN, RL %3D R, 10kN, C, = 10PF, and gm = 15mA/V. Use s-domain analysis to find the low 3-dB frequency ft. the high 3- %3D dB frequency fa, and the midband gain Au(mid) = ApB. C R, 8mvi RL R; R C, Vo Figure 1

10kN, Q 1. The parameters of the circuit in Figure 1 are R, = 1kN, C = 10µF, C; = 20PF, R; = 25kN, RL %3D R, 10kN, C, = 10PF, and gm = 15mA/V. Use s-domain analysis to find the low 3-dB frequency ft. the high 3- %3D dB frequency fa, and the midband gain Au(mid) = ApB. C R, 8mvi RL R; R C, Vo Figure 1

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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Q 1. The parameters of the circuit in Figure 1 are R, = 1kN, C1 = 10HF, C; = 20pF, R; = 25kN, RL R, = 10kN, C, = 10pF, and gm = 15mA/V. Use s-domain analysis to find the low 3-dB frequency fL. the high 3- dB frequency fn, and the midband gain Au(mid) = ApB. 10kN, %3D %3D C R, 8mvi RL R; R Co Vo Vs Figure 1
Transcribed Image Text:Q 1. The parameters of the circuit in Figure 1 are R, = 1kN, C1 = 10HF, C; = 20pF, R; = 25kN, RL R, = 10kN, C, = 10pF, and gm = 15mA/V. Use s-domain analysis to find the low 3-dB frequency fL. the high 3- dB frequency fn, and the midband gain Au(mid) = ApB. 10kN, %3D %3D C R, 8mvi RL R; R Co Vo Vs Figure 1
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