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2. For the differential amplifier circuit shown below , calculate the output voltage (including polarity) for the following values of V X and V Y . a. V X = 1.5 V and V Y = - 1 V. b. V X = - 2 V and V Y = - 1.5 V. c. V X = 8 V and V Y =10 V. d. V X = 5.5 V and V Y = 6.25

2. For the differential amplifier circuit shown below , calculate the output voltage (including polarity) for the following values of V X and V Y . a. V X = 1.5 V and V Y = - 1 V. b. V X = - 2 V and V Y = - 1.5 V. c. V X = 8 V and V Y =10 V. d. V X = 5.5 V and V Y = 6.25

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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2. For the differential amplifier circuit shown below , calculate the output voltage (including polarity) for the following values of V X and V Y .
a. V X = 1.5 V and V Y = - 1 V.
b. V X = - 2 V and V Y = - 1.5 V.
c. V X = 8 V and V Y =10 V.
d. V X = 5.5 V and V Y = 6.25 V.

R,= 1 kΩ RE = 5 kN +15 V R, = 1 kN 741 - 15 V RL R3 = 5 kN
Transcribed Image Text:R,= 1 kΩ RE = 5 kN +15 V R, = 1 kN 741 - 15 V RL R3 = 5 kN
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