Question

Op Amp Integrators and Differentiators 1.) Design an op-amp circuit that acts as an integrator. Chose R and C values to give you a gain of 5 at f-1kHz Draw out the circuit and show the input and output, label all the pin numbers and show where the +-12 power supply connections for the chip are. Turn in the circuit diagram, carefully labelled 2.) Build your circuit and measure the gain as a function of frequency. Collect enough data to Turn in the data and the graph, label produce a good Bode plot. Use a 5 to 10 mV input signal. them carefully 3.) Set the function generator to 1 kHz, but now use both a square wave as an input. Sketch both the input and output wave from your circuit. Set your function generator to a triangle wave and sketch the input and output waves. Turn in these sketches, labeled. Explain why and how the square wave and triangle wave are changed by the circuit. explain why the shape of the sine wave is not changed. Also 4.) Design an op-amp circuit that acts as an differentiator. gain of 5 at f-1kHz. Chose R and C values to give you a Draw out the circuit and show the input and output, label all the pin numbers and show where the +-12 power supply connections for the chip are. Turn in the circuit diagram, carefully labelled. 5.) Build your circuit and measure the gain as a function of frequency. Collect enough data to produce a good Bode plot. Use a 5 to 10 mV input signal. Turn in the data and the graph, label them carefully 6.) Set the function generator to 1 kHz, but now use both a square wave as an input. Sketch both the input and output wave from your circuit. Set your function generator to a triangle wave and sketch the input and output waves. Turn in these sketches, labeled. Explain why and how the square wave and triangle wave are changed by the circuit. explain why the shape of the sine wave is not changed. Also Gan

Answer 1

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