student is working operational amplifier in such a way that performs an integrator and differentiator respectively. if input voltage 100 sin volt is applied of both amplifier at inverting terminal keeping non invertional terminal grounded then find the following using same input voltage. 1. Analyze the nature of output voltage of differentiator. a) It converts pulse waveform into square waveform. b) it converts square waveform triangular waveform. c) It converts square waveform into pulse waveform. d) it converts triangular waveform into square waveform. 1. Analyze the nature of output voltage of integrator a) It converts square waveform into triangular waveform b) It converts triangular waveform into square waveform c) It converts pulse waveform into square waveform d) It converts square waveform into pulse
A student is working operational amplifier in such a way that performs an integrator and
differentiator respectively. if input voltage 100 sin volt is applied of both amplifier at inverting terminal keeping non invertional terminal grounded then find the following using same input voltage.
1. Analyze the nature of output voltage of differentiator.
a) It converts pulse waveform into square waveform.
b) it converts square waveform triangular waveform.
c) It converts square waveform into pulse waveform.
d) it converts triangular waveform into square waveform.
1. Analyze the nature of output voltage of integrator
a) It converts square waveform into triangular waveform
b) It converts triangular waveform into square waveform
c) It converts pulse waveform into square waveform
d) It converts square waveform into pulse waveform
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