(Solved): Part III (Op Amp Integrators and Differentiators) - (20 pts) Integrator : 1) Build the integrator ...

Part III (Op Amp Integrators and Differentiators) - (20 pts) Integrator : 1) Build the integrator circuit shown below, with the appropriate voltage probes and resistance and capacitance values as shown. Ensure the $$0\mathrm{p}A\mathrm{mp}$$ is ideal. Use a 'Step Voltage' source as the power supply. Click on the Step Voltage Supply and in the 'Item' panel on the right, under the submenu 'Model', assign the following values - Initial level 'VI' $$=0\mathrm{V}$$ Final level 'VP' $$=5\mathrm{V}$$ Step time 'TD' $$=0\mathrm{s}$$ Output rise time ' $$\mathrm{TR}$$ ' $$=5\mathrm{s}$$ This will cause the input voltage to increase linearly from $$0\mathrm{V}$$ at $$\mathrm{t}=0$$ to $$5\mathrm{V}$$ at $$t=5\mathrm{s}$$. After $$t=5\mathrm{s}$$, the input voltage will stay at a constant value of $$5\mathrm{V}$$. 2) Select a 'Transient' simulation, set 'End Time' to 10s, and click on 'Start Simulation'. 3) Plot the input and output voltages on the same graph for the total time period. 4) What are the functions $$V_{II}(t)$$ and $$V_{\text{out }}(t)$$ for the time period $$t=0s$$ to $$t=5s$$ ? 5) What are the functions $$V_{IN}(t)$$ and $$V_{\text{ouT }}(t)$$ for the time period $$t=5s$$ to $$t=10s$$ ?