Find the voltage gains Aus=V/V; and Au=V/Vi R$ Ro IMN + ImV ui R 2Mn 10ʻu RL

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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As shown in Figure , a source with an internal voltage of V's=1mV•rms
and an internal resistance of Rs=1M2 is connected to the input terminals of an
amplifier having an open circuit voltage gain of Auoc=104, an input resistance of
R=2M2, and an output resistance of Ro=20. The load resistance is RL=8N.
Find the voltage gains Aus=Vo/V3 and Au=V/Vi.
Rs
Ro
ΜΩ +
252
us
ImV
ui Ri 2M2 10ʻuj
RL
ims
Transcribed Image Text:As shown in Figure , a source with an internal voltage of V's=1mV•rms and an internal resistance of Rs=1M2 is connected to the input terminals of an amplifier having an open circuit voltage gain of Auoc=104, an input resistance of R=2M2, and an output resistance of Ro=20. The load resistance is RL=8N. Find the voltage gains Aus=Vo/V3 and Au=V/Vi. Rs Ro ΜΩ + 252 us ImV ui Ri 2M2 10ʻuj RL ims
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