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1. For the amplifiers shown below, assume gm = 4mA/V. Calculate a) The input resistance, Rin b) Thevenin equivalent source voltage c) Overall voltage gain (vo/vs) d) Overall current gain (io/is) I. II. (+1 500 + S Vs 50Ω WW 1000 W in 100Ω 1000 1000 + - + - 10Ω M 1000 11v₁ 10Ω M + EV₂ 100ΩΙ 11v₁ + V₂ i + Vo BmV, [ΜΩ ]1ΜΩ + Bm" }ΜΩ]1ΜΩ –

1. For the amplifiers shown below, assume gm = 4mA/V. Calculate a) The input resistance, Rin b) Thevenin equivalent source voltage c) Overall voltage gain (vo/vs) d) Overall current gain (io/is) I. II. (+1 500 + S Vs 50Ω WW 1000 W in 100Ω 1000 1000 + - + - 10Ω M 1000 11v₁ 10Ω M + EV₂ 100ΩΙ 11v₁ + V₂ i + Vo BmV, [ΜΩ ]1ΜΩ + Bm" }ΜΩ]1ΜΩ –

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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1. For the amplifiers shown below, assume gm = 4mA/V. Calculate a) The input resistance, Rin b) Thevenin equivalent source voltage c) Overall voltage gain (vo/vs) d) Overall current gain (io/is) I. II. (+1 500 + S Vs 50Ω WW 1000 W in 100Ω 1000 1000 + - + - 10Ω M 1000 11v₁ 10Ω M + EV₂ 100ΩΙ 11v₁ + V₂ i + Vo BmV, [ΜΩ ]1ΜΩ + Bm" }ΜΩ]1ΜΩ –
Transcribed Image Text:1. For the amplifiers shown below, assume gm = 4mA/V. Calculate a) The input resistance, Rin b) Thevenin equivalent source voltage c) Overall voltage gain (vo/vs) d) Overall current gain (io/is) I. II. (+1 500 + S Vs 50Ω WW 1000 W in 100Ω 1000 1000 + - + - 10Ω M 1000 11v₁ 10Ω M + EV₂ 100ΩΙ 11v₁ + V₂ i + Vo BmV, [ΜΩ ]1ΜΩ + Bm" }ΜΩ]1ΜΩ –
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