The output of the operational amplifier in Figure 71 is the integral of the input. This integrator circuit produces an output voltage as follows: v, - svat AV Figure 71. Integrator The input to the integrator shown in Figure 2is the +/- 10V, 250 Hz square waveform shown in Figure 73. Knowing that C = 1µF and R = 100k 2, the output voltage waveform is ? Figure 72. Integrator 10 Ja me ms Tima -10 V Figure 73. Hz square waveform

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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Chapter1: Introduction
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The output of the operational amplifier in Figure 71 is the integral of
the input. This integrator circuit produces an output voltage as follows:
V, - AcS Vdt
AV
Figure 71. Integrator
The input to the integrator shown in Figure 72is the +/- 10V, 250 Hz
square waveform shown in Figure 73. Knowing that C = 1µF and R =
100k2, the output voltage waveform is ?
Figure 72. Integrator
10 v4
lams
Time
아
-10 v
Figure 73. Hz square waveform
Transcribed Image Text:The output of the operational amplifier in Figure 71 is the integral of the input. This integrator circuit produces an output voltage as follows: V, - AcS Vdt AV Figure 71. Integrator The input to the integrator shown in Figure 72is the +/- 10V, 250 Hz square waveform shown in Figure 73. Knowing that C = 1µF and R = 100k2, the output voltage waveform is ? Figure 72. Integrator 10 v4 lams Time 아 -10 v Figure 73. Hz square waveform
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