Question

Non-ideal effects in real integrated circuit operational amplifiers can cause : Select one: a. The difference in voltage between the + and - inputs to decrease as the signal frequency increases b. The difference in voltage between the + and - inputs to be zero c. The output voltage to be equal to zero when the voltage between the + and - inputs is zero d. The input currents into the + and - inputs to be greater than zero e. None of these

          Non-ideal effects in real integrated circuit operational amplifiers can cause :
Select one:
a. The difference in voltage between the + and - inputs to decrease as the signal frequency increases
b. The difference in voltage between the + and - inputs to be zero
c. The output voltage to be equal to zero when the voltage between the + and - inputs is zero
d. The input currents into the + and - inputs to be greater than zero
e. None of these

Non-ideal effects in real integrated circuit operational amplifiers can cause :
Select one:
a. The difference in voltage between the + and - inputs to decrease as the signal frequency increases
b. The difference in voltage between the + and - inputs to be zero
c. The output voltage to be equal to zero when the voltage between the + and - inputs is zero
d. The input currents into the + and - inputs to be greater than zero
e. None of these

Added by Elizabeth P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Khoobchandra Agrawal

Step 1

The difference in voltage between the + and - inputs to decrease as the signal frequency increases: This is a possible non-ideal effect in operational amplifiers, known as frequency-dependent gain. As the signal frequency increases, the gain of the amplifier may Show more…

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Non-ideal effects in real integrated circuit operational amplifiers can cause: a. The difference in voltage between the + and - inputs to decrease as the signal frequency increases b. The difference in voltage between the + and - inputs to be zero c. The output voltage to be equal to zero when the voltage between the + and - inputs is zero d. The input currents into the + and - inputs to be greater than zero e. None of these