Use Multisim to simulate the inverting amplifier shown in Figure 8.
Set R = 1kS2, R$ = 10kS2, RL = 4.7k92, and Vin = 1.2sin(2000t) Volts
(this is a 2.4V peak-to-peak signal with 1kHz frequency. Make sure
to verify the signal amplitude using the virtual scope). Submit a
printout of the virtual scope display showing (simultaneously)
traces of Vin and vo. Repeat your simulation by using R$= 15kS2.

$\[ v_{0}=-\frac{R_{f}}{R} v_{i n} \] Figure 8 . Inverting amplifier circuit.$

Question

Use Multisim to simulate the inverting amplifier shown in Figure 8.

Set R = 1kS2, R$ = 10kS2, RL = 4.7k92, and Vin = 1.2sin(2000t) Volts

(this is a 2.4V peak-to-peak signal with 1kHz frequency. Make sure

to verify the signal amplitude using the virtual scope). Submit a

printout of the virtual scope display showing (simultaneously)

traces of Vin and vo. Repeat your simulation by using R$= 15kS2.

$\[ v_{0}=-\frac{R_{f}}{R} v_{i n} \] Figure 8 . Inverting amplifier circuit.$

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Expert Answer to - Use Multisim to simulate the inverting amplifier shown in Figure 8.Set R = 1kS2, R$ = 10kS2, RL = 4.

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Solution for - Use Multisim to simulate the inverting amplifier shown in Figure 8.Set R = 1kS2, R$ = 10kS2, RL = 4.

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(Solved): Use Multisim to simulate the inverting amplifier shown in Figure 8.Set R = 1kS2, R$ = 10kS2, RL = 4. ...