Consider 100 Ω· = a voltage amplifier with an input resistance, R₁ = 110 , an output resistance, R i and an open-circuit gain, A VO = 10. The input port of the amplifier is connected to a non-ideal current source which may be modelled as an ideal current source, producing an AC current with a peak amplitude, I, in parallel with a resistance, R = 1000 Ω· F S resistor R 502, is connected across the output terminals of the amplifier. Determine L the magnitude of the gain, I,II, where I, is the peak amplitude of the current across the L 'S' load resistor. Round your answer to one decimal place and do not type any letters in the answer box Your answer must be purely numerical!

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider a voltage amplifier with an input resistance, R = 110, an output resistance, R
i
0
= 100, and an open-circuit gain, A = 10. The input port of the amplifier is connected to
VO
a non-ideal current source which may be modelled as an ideal current source, producing
1000 Ω. Α
an AC current with a peak amplitude, I in parallel with a resistance, R
s'
S
resistor R =
L
=
502, is connected across the output terminals of the amplifier. Determine
the magnitude of the gain, I, II, where I, is the peak amplitude of the current across the
S'
L
load resistor.
Round your answer to one decimal place and do not type any letters in the answer box.
Your answer must be purely numerical!
Transcribed Image Text:Consider a voltage amplifier with an input resistance, R = 110, an output resistance, R i 0 = 100, and an open-circuit gain, A = 10. The input port of the amplifier is connected to VO a non-ideal current source which may be modelled as an ideal current source, producing 1000 Ω. Α an AC current with a peak amplitude, I in parallel with a resistance, R s' S resistor R = L = 502, is connected across the output terminals of the amplifier. Determine the magnitude of the gain, I, II, where I, is the peak amplitude of the current across the S' L load resistor. Round your answer to one decimal place and do not type any letters in the answer box. Your answer must be purely numerical!
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