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Reference to Multi-stage Amplifier. FET Data (Cgd = 2pF, %3D Cgs= 4pF, Cds=0.5pF, Cwi=5pF,Cwo=6pF). BJT Data (Cbe = 36pF, Cbc= 4pF, Cce=1pF, Cwi=6pF,Cwo=8pF) %3D 1. For the multi-stage amplifier of the figure, calculate the polarization voltages and current collector of each stage. Also, calculate the voltage gain for each stage and the overall voltage gain (transfer function) for the multi-stage amplifier. 2. Calculate the input and output impedances for the cascade amplifier and the cutoff frequencies (fi & fH) for the cascade amplifier. Draw the equivalent circuit for each stage. +20 V 2.2 k2 15 k2 2.2 k2 0.5 µF 0.5 µF Vi o 7 mV = 10 mA Vp = -4 V 0.05 µF B= 200 3.0 M2 + 4.2 k2 680 2 =100 µF 1 k2 100 µF

Reference to Multi-stage Amplifier. FET Data (Cgd = 2pF, %3D Cgs= 4pF, Cds=0.5pF, Cwi=5pF,Cwo=6pF). BJT Data (Cbe = 36pF, Cbc= 4pF, Cce=1pF, Cwi=6pF,Cwo=8pF) %3D 1. For the multi-stage amplifier of the figure, calculate the polarization voltages and current collector of each stage. Also, calculate the voltage gain for each stage and the overall voltage gain (transfer function) for the multi-stage amplifier. 2. Calculate the input and output impedances for the cascade amplifier and the cutoff frequencies (fi & fH) for the cascade amplifier. Draw the equivalent circuit for each stage. +20 V 2.2 k2 15 k2 2.2 k2 0.5 µF 0.5 µF Vi o 7 mV = 10 mA Vp = -4 V 0.05 µF B= 200 3.0 M2 + 4.2 k2 680 2 =100 µF 1 k2 100 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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Reference to Multi-stage Amplifier. FET Data (Cgd = 2pF, Cgs= 4pF, Cds=0.5pF, Cwi=5pF,Cwo-6pF). BJT Data (Cbe = 36pF, Cbc= 4pF, Cce=1pF, Cwi=6pF,Cwo=8pF) 1. For the multi-stage amplifier of the figure, calculate the polarization voltages and current collector of each stage. Also, calculate the voltage gain for each stage and the overall voltage gain (transfer function) for the multi-stage amplifier. 2. Calculate the input and output impedances for the cascade amplifier and the cutoff frequencies (fL & fH) for the cascade amplifier. Draw the equivalent circuit for each stage. +20 V 2.2 k2 15 k2 2.2 k2 0.5 µF 0.5 µF O- 7 mV Ipss = 10 mA Vp = -4 V 0.05 µF B= 200 3.0 M2 4.2 k2 680 2 = 100 µF 1 k2 =100 pF
Transcribed Image Text:Reference to Multi-stage Amplifier. FET Data (Cgd = 2pF, Cgs= 4pF, Cds=0.5pF, Cwi=5pF,Cwo-6pF). BJT Data (Cbe = 36pF, Cbc= 4pF, Cce=1pF, Cwi=6pF,Cwo=8pF) 1. For the multi-stage amplifier of the figure, calculate the polarization voltages and current collector of each stage. Also, calculate the voltage gain for each stage and the overall voltage gain (transfer function) for the multi-stage amplifier. 2. Calculate the input and output impedances for the cascade amplifier and the cutoff frequencies (fL & fH) for the cascade amplifier. Draw the equivalent circuit for each stage. +20 V 2.2 k2 15 k2 2.2 k2 0.5 µF 0.5 µF O- 7 mV Ipss = 10 mA Vp = -4 V 0.05 µF B= 200 3.0 M2 4.2 k2 680 2 = 100 µF 1 k2 =100 pF
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