For the amplifier shown below, the ideal Vou VS. Vin characteristic has been plotted. However, you've seen in Lab that the output voltages cannot go to infinity. Given the op-amp circuit details – specifically, the power supply voltages - draw a new Vou Vs. Vin characteristic on the plot that accounts for saturation of the output. a. 80 k2 20 k2 10 V Vout Vin + 10 V

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25
20
Ideal Op-Amp Theory
15
10
5
-5
-10
-15
-20
-25
-5
3
4
V [V]
in
ino
[A]
Transcribed Image Text:25 20 Ideal Op-Amp Theory 15 10 5 -5 -10 -15 -20 -25 -5 3 4 V [V] in ino [A]
For the amplifier shown below, the ideal Vou Vs. Vin characteristic has been
plotted. However, you've seen in Lab that the output voltages cannot go to infinity.
Given the op-amp circuit details – specifically, the power supply voltages – draw a new
Vou Vs. Vin characteristic on the plot that accounts for saturation of the output.
a.
80 k2
20 kΩ
-10 V
Vout
V in
+ 10 V
Transcribed Image Text:For the amplifier shown below, the ideal Vou Vs. Vin characteristic has been plotted. However, you've seen in Lab that the output voltages cannot go to infinity. Given the op-amp circuit details – specifically, the power supply voltages – draw a new Vou Vs. Vin characteristic on the plot that accounts for saturation of the output. a. 80 k2 20 kΩ -10 V Vout V in + 10 V
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