Question

Problem 3: Derive an expression for $V_{out}$ in terms of $V_1$ and $V_2$; op amps are ideal. Hint: Consider each op-amp with its respective feedback circuit individually in terms of the classic op-amp circuits we covered in the lectures or using ideal op-amp circuit analysis techniques (mainly KCL) and work your way through the circuit from the inputs to the output. Answer: $V_{out} = 4V_1 - 4V_2$

          Problem 3:
Derive an expression for $V_{out}$ in terms of $V_1$ and $V_2$; op amps are ideal.
Hint: Consider each op-amp with its respective feedback circuit individually in terms of the
classic op-amp circuits we covered in the lectures or using ideal op-amp circuit analysis
techniques (mainly KCL) and work your way through the circuit from the inputs to the output.
Answer: $V_{out} = 4V_1 - 4V_2$

Problem 3:
Derive an expression for Vout in terms of V1 and V2; op amps are ideal.
Hint: Consider each op-amp with its respective feedback circuit individually in terms of the
classic op-amp circuits we covered in the lectures or using ideal op-amp circuit analysis
techniques (mainly KCL) and work your way through the circuit from the inputs to the output.
Answer: Vout = 4V1 - 4V2

Added by Bethany K.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Cyra Jelle Calleja

Step 1

We can see that the non-inverting input of U1A is connected to Vi, and the inverting input is connected to the output of U1B. Since op-amps are ideal, the voltage at the inverting input is equal to the voltage at the non-inverting input, which is Vi. Therefore, Show more…

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Problem 3: Derive an expression for Vout in terms of Vi and V2; op amps are ideal. Hint: Consider each op-amp with its respective feedback circuit individually in terms of the classic op-amp circuits we covered in the lectures or using ideal op-amp circuit analysis techniques (mainly KCL) and work your way through the circuit from the inputs to the output. R5 R6 V1. 20kÎ© 80kÎ© TLC27CP R9 U1A 40kÎ© R12 10kÎ© JLC277CP -U2A R1 20kÎ© R2 20kÎ© R11 -U3A TLC277CP R4 Vout. 10kÎ© R13 10kÎ© R3 R10 U2B 20kÎ© TLC277CP 20kÎ© U1B 40kÎ© TLC277CP R7 V2 R8 20kÎ© 80kÎ© Answer: Vout = 4V - 4V