Figure 3 shows an operational amplifier circuit with two current sources to model its bias currents. The op-amp can be considered as ideal. I-10µA Vi w Rx Vo
Figure 3 shows an operational amplifier circuit with two current sources to model its bias currents. The op-amp can be considered as ideal. I-10µA Vi w Rx Vo
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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
Transcribed Image Text:2 Figure 3 shows an operational amplifier circuit with two current sources to
model its bias currents. The op-amp can be considered as ideal.
1,-10µA
Vi
Rx
Vo
R2
I-10µA
R1
Figure 3
The gain of the amplifier is 30dB, R1=10KQ, determine the resistance
value of R2.
Determine the output voltage of the amplifier for Vi=0.1V, Rx=00.
Determine the value of Rx so that no bias current error appears at
the output of the amplifier
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