Question

bConsider the non-inverting amplifier shown in Fig. 18b. Assume the OPAMP in the circuit to be ideal. Find the output voltage $v_o$ in the circuit. Show work to gain full credits. 16 Ω www $v_1$ 8Ω www $v_2$ + 7.5 V 24 Ω 12Ω $v_o$ - Fig. 18b $v_o$ = _______ V [2 Marks]

Name: bconsider the non inverting amplifier shown in fig 18b assume the opamp in the circuit to be ideal find the output voltage vo in the circuit show work to gain full credits 16 www v1 8 www 07018
Uploaded: 2021-05-08T13:05:34-08:00
Duration: 1 min 24 s
Channel: Khoobchandra Agrawal
Description: bconsider the non inverting amplifier shown in fig 18b assume the opamp in the circuit to be ideal find the output voltage vo in the circuit show work to gain full credits 16 www v1 8 www 07018

          bConsider the non-inverting amplifier shown in Fig. 18b. Assume the OPAMP in the circuit to be ideal. Find the output voltage $v_o$ in the circuit. Show work to gain full credits.
16 Ω
www
$v_1$
8Ω
www
$v_2$
+
7.5 V
24 Ω
12Ω
$v_o$
-
Fig. 18b
$v_o$ = _______ V
[2 Marks]

bconsider the non inverting amplifier shown in fig 18b assume the opamp in the circuit to be ideal find the output voltage vo in the circuit show work to gain full credits 16 www v1 8 www 07018

Added by Catalina B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Khoobchandra Agrawal

05/08/2021

Step 1

The voltage at the non-inverting terminal is given by the voltage divider rule: $v_+ = 7.5 \times \frac{24}{16+24} = 7.5 \times \frac{24}{40} = 4.5 V$ Show more…

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bConsider the non-inverting amplifier shown in Fig. 18b. Assume the OPAMP in the circuit to be ideal. Find the output voltage $v_o$ in the circuit. Show work to gain full credits. 16 Ω www $v_1$ 8Ω www $v_2$ + 7.5 V 24 Ω 12Ω $v_o$ - Fig. 18b $v_o$ = _______ V [2 Marks]