(Solved): please do parts A, B, and C and show work. thank you. 1. Differentiator Circuit A) Using PSpice or s ...

1. Differentiator Circuit A) Using PSpice or similar circuit simulator - Construct the differentiator circuit of Figure 1.5 using a $10\mathrm{mH}$ inductor and a $\mathrm{k}?$ resistor. Apply an input of a Triangular wave with a $2\mathrm{V}$ peak to peak input. Run a series of transient response with input frequencies from $2,000\mathrm{Hz}$ to $10,000\mathrm{Hz}$ in $2\mathrm{KHz}$ steps and document your results. B) Compute the peak-to-peak value of the voltage output and compare the results to those measured. Show all calculations explain the main differences between simulated and calculated values. Why this differentiator circuit is not a perfect differentiator? For PSpice use a LM741 as the Op-Amp. C) Create a Matlab Simulink Simulation that performs the same simulation with transfer function Blocks and apply the same input set. Compare and results from the hand analysis and different simulation methods.