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1. Below is the design of the subtracting operational amplifier (op-amp). Please derive the output voltage (Vo). V₁0- R R W R V₂ 0W R R -O Vout Vout= V1 - V₂ Note: -A variation of summing amplifier circuits -V1 drives an inverter with a voltage gain of unity, output of first stage -V1. -Since the gain of each channel is unity, final output voltage equals v1 minus v2.

1. Below is the design of the subtracting operational amplifier (op-amp). Please derive the output voltage (Vo). V₁0- R R W R V₂ 0W R R -O Vout Vout= V1 - V₂ Note: -A variation of summing amplifier circuits -V1 drives an inverter with a voltage gain of unity, output of first stage -V1. -Since the gain of each channel is unity, final output voltage equals v1 minus v2.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1. Below is the design of the subtracting operational amplifier (op-amp). Please derive the output voltage (Vo). V10- R R V₂0 R R R -O Vout Vout= V1 - V₂ Note: -A variation of summing amplifier circuits -V1 drives an inverter with a voltage gain of unity, output of first stage -V1. -Since the gain of each channel is unity, final output voltage equals v1 minus v2.
Transcribed Image Text:1. Below is the design of the subtracting operational amplifier (op-amp). Please derive the output voltage (Vo). V10- R R V₂0 R R R -O Vout Vout= V1 - V₂ Note: -A variation of summing amplifier circuits -V1 drives an inverter with a voltage gain of unity, output of first stage -V1. -Since the gain of each channel is unity, final output voltage equals v1 minus v2.
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