An operational amplifier has a slew rate of 5 V/uS, and has been configuredas a non-inverting unity voltage follower. What is the correct explanation forthe waveform at the output of the amplifier if a 5 V sine wave of 1 MHz isapplied to the input?A. No explanation below is correctB. At this frequency, no change to the output will occurC. At this frequency only a very small change in the output signal willC16occurD. At this frequency the output signal will become a triangular waveformlimited to the slew rate of the amplifier.C17Which of the following equations is correct for the Upper Tripping Point of anoperational amplifier configured as a Schmitt trigger?R1B. UTP=R1+ R2A. UTP=:B.VsatR1R1 + R2B.VsatR1R1+ R2]C. UTP=·(-ß)·VsatD. UTP=:(-B).VsatR1R1 + R2

Since here both problem are different so I am solving C17 for you. C.17) Schmitt trigger circuit

C17 Which of the following equations is correct for the Upper Tripping Point of an operational amplifier configured as a Schmitt trigger? RI B. UTP=| R1+ R2] A. UTP=| RI ·B.Vsat · B.Vsat R1 + R2_ R1 RI+ R2 C. UTP= ·(-ß)·Vsat D. UTP= ·(-B)·Vsat R1+ R2 R1

C17 Which of the following equations is correct for the Upper Tripping Point of an operational amplifier configured as a Schmitt trigger? RI B. UTP=| R1+ R2] A. UTP=| RI ·B.Vsat · B.Vsat R1 + R2_ R1 RI+ R2 C. UTP= ·(-ß)·Vsat D. UTP= ·(-B)·Vsat R1+ R2 R1

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

An operational amplifier has a slew rate of 5 V/uS, and has been configured
as a non-inverting unity voltage follower. What is the correct explanation for
the waveform at the output of the amplifier if a 5 V sine wave of 1 MHz is
applied to the input?
A. No explanation below is correct
B. At this frequency, no change to the output will occur
C. At this frequency only a very small change in the output signal will
C16
occur
D. At this frequency the output signal will become a triangular waveform
limited to the slew rate of the amplifier.
C17
Which of the following equations is correct for the Upper Tripping Point of an
operational amplifier configured as a Schmitt trigger?
R1
B. UTP=
R1+ R2
A. UTP=
:B.Vsat
R1
R1 + R2
B.Vsat
R1
R1+ R2]
C. UTP=
·(-ß)·Vsat
D. UTP=
:(-B).Vsat
R1
R1 + R2

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