Consider the op amp integrator circuit in Fig. 4. a) Set up the op amp integrator...

 

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Consider the op amp integrator circuit in Fig. 4. a) Set up the op amp integrator circuit as shown in Fig. 4. Give a rectangula rwave of +5V (10V pp) and 1 kHz frequency at the input andobserve the input and output wave forms in PSpice. Provide your circuit schematic and simulation output. (R=15k and C=0.01uF).Calculateandsketchtheoutputvoltagetocompareyourresults. b) Repeat the experiment by feedin gtriangular wave and sine wave at the input and observe the output. c) Design a summing integrator that gives an outputof Vo= - S (V1+5V2)dt V2areinputvoltages). (V1 and Simulatethiscircuit in PSpice, andprovideyoursimulationoutput. C ic R a. Consider the op amp integrator circuit in Fig. 4. a) Set up the op amp integrator circuit as shown in Fig. 4. Give a rectangula rwave of +5V (10V pp) and 1 kHz frequency at the input andobserve the input and output wave forms in PSpice. Provide your circuit schematic and simulation output. (R=15k and C=0.01uF).Calculateandsketchtheoutputvoltagetocompareyourresults. b) Repeat the experiment by feedin gtriangular wave and sine wave at the input and observe the output. c) Design a summing integrator that gives an outputof Vo= - S (V1+5V2)dt V2areinputvoltages). (V1 and Simulatethiscircuit in PSpice, andprovideyoursimulationoutput. C ic R a.

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