A steady voltage of -0.75V is applied to an op-amp integrator having component values of R= 200 Kohm and C = 2.5μF. Assuming that the initial capacitor charge is zero, determine the value of the output voltage 100 ms after applying the input.
A steady voltage of -0.75V is applied to an op-amp integrator having component values of R= 200 Kohm and C = 2.5μF. Assuming that the initial capacitor charge is zero, determine the value of the output voltage 100 ms after applying the input.
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![A steady voltage of -0.75V is applied to an op-amp integrator having component values of R= 200 Kohm and C
= 2.5μF. Assuming that the initial capacitor charge is zero, determine the value of the output voltage 100 ms
after applying the input.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd834a72a-79ad-4c17-b1cf-273e23b6cf0c%2F6713c2e3-071f-4c8a-a0b4-2ead5c7797c6%2Fr55lb5n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A steady voltage of -0.75V is applied to an op-amp integrator having component values of R= 200 Kohm and C
= 2.5μF. Assuming that the initial capacitor charge is zero, determine the value of the output voltage 100 ms
after applying the input.
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